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July 18, 2016 | Author: Michael Nasief | Category: N/A
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Benha University Faculty of Engineering (Shoubra)
Postgraduate Studies Programs
Vision Achieve excellence in scientific and applied researches, locally and regionally and effective contribution to sustainable development in Egypt and the middle-east region and provide a suitable environment for innovation and creativity.
Mission Support distinct research activities with a focus on activities that deal with development and solve problems of the local environment to achieve the desired goals to ensure the quality assurance of output, research and academic community service, and to provide all material and human resources required to create an ideal research environment for upgrading the scientific standing for the faculty and achieve competitive advantage at the local and international levels.
Goals - Linking the scientific research by the strategic University goals and development plans in Egypt and the region. - Provide an excellent research environment helps to develop the skills of innovation and creativity and contribute to solving the problems faced by the university and the community alike. - Support outstanding scientific research to encourage researchers to focus on research that contributes to the solution of problems faced by the labor market, both in the public or private sector. - Encourage joint research between academic departments and that would create a creative and innovative environment conducive to excellence. - Encourage publication in international indexed journals and participate in specialized scientific conferences. - Holding conferences and workshops related with the issues and the needs of the community. - Stimulate and increase the organization of specialized scientific conferences by providing the necessary support. - The development of scientific research journal of the college and put it on the international database. 1
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Dean of Faculty Shoubra Faculty of Engineering Looks forward to creativity and leadership in the fields of science and engineering applications, and make great efforts in order to develop the internal regulations so they can prepare engineering staff distinct and leadership in research, studies and knowledge transfer in order to serve and develop the community and the surrounding environment. The Faculty Prof. Dr. Ibrahiem G. Shaban aims to: - Provide students with the basics of knowledge in the fields of science and engineering. - Improve students' abilities in the direction of professional analytical and creative thinking. - Transplantation research ethical values. - Prepare well-qualified engineers fits the responsibilities that await them in the workplace. - Add a touch of practical experience and experimental methods and the use of computer technology and writing technical reports and communication skills and to communicate with others and instill a sense of team work through among students. - Focus on scientific research and its key role in the service of society and solve its problems and to encourage faculty staff and students to take this aspect into account with the guidance and support capabilities and provide anything to achieve this. - Encourage the establishment and start graduate programs in different departments, where some of which started since 1980. - Permanent development and renewed the study plan to ensure keep up with the rapid and successive changes in various fields.
Benha University Faculty of Engineering (Shoubra)
Postgraduate Studies Programs
Vice Dean of Graduate Studies and Research There is no doubt that the fundamental objective of the concept of graduate studies in faculties of engineering is the scientific and technical qualification of engineers working in the various sectors of national engineering as well as human resources coming to Egypt from various countries of
Prof. Dr. Mousa A. Abd-Allah
the arab nation and some of the countries of the world. The graduate studies in the faculty of engineering at Shoubra have contributed effectively in qualifying successive members of the staff at the university and
private universities as well as by staff that contributed to the
establishment of many of the private universities in Egypt and some of them work at universities around the world.
The system of Graduate
Studies in the Faculty of Engineering at Shoubra produced generations specialized in various fields of engineering. Graduate Studies in Faculty of Engineering at Shoubra aims to consolidate scientific research and deepen its relation with the labor market on the basis of the concept of comprehensive development and its role in achieving sustainable development for Egypt and the Middle East. They also seeks to contribute effectively and efficiently in the rehabilitation and development of capabilities and skills of engineers to meet the needs of the labor market, research centers and public and private universities from qualified staff and specialized. On the basis of faith in this message and this vision and awareness of the role assigned to them, they are striving to recruit staff potential and students and motivate them for creativity and the pursuit of excellence and the application of local and international standards of quality and academic accreditation
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Contents Serial
Topics
Page
1 2 3 4 5 6 7 8
Introduction The Overall Objectives of Credit Hours Study System Post Graduates Rules Study Stages General Provisions The Scientific Degrees and specialists for Graduate Studies Basic Courses Architecture Engineering Department - Programs - The Contents of Courses Civil Engineering Department - Programs - The Contents of Courses Surveying Engineering Department - Programs - The Contents of Courses Electrical Engineering Department - Programs - The Contents of Courses Mechanical Engineering Department - Programs - The Contents of Courses Engineering Mathematics and Physics Department - Programs - The Contents of Courses
5 7 8 12 18 19 24
9
10
11
12
13
27 48 60 81 92 104 108 139 154 174 188 197
4
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
1. Introduction The role of the engineers is growing in scientific research and development, which amounted to a wide range of contemporary society in various fields of engineering, leading to a quantum leap in factories, corporations and companies, depending on the experience of engineering graduates. In the interest of faculty to pursue the steps of progress and strengthen scientific and research expertise which supported this development witnessed by the world, the faculty is developing its curricula periodically to raise the level of Graduate Studies and Research by/and providing academic programs to pursue areas of development and strengthening of scientific expertise and research that will support the successive development. Study in graduate credit hours system allows enrollment of engineering graduates at Egyptian universities, as well as obtaining degrees in engineering disciplines, which are neutralized by the Supreme Council of Universities
First: Goals of faculty Engineering profession is a profession at which engineering science is applied, as well as the knowledge gained through study, experience and practice in order to develop and innovate methods and techniques, machinery and equipment for optimal use of materials and natural resources for the benefit of human society. So the faculty operates through its departments that cover most of the scientific disciplines needed by the labor market to achieve the following objectives: • prepare graduates able to apply engineering knowledge and methods in practical life. • Prepare a graduate capable of decision-making and dealing with crises. • Develop a graduate familiar with modern technology and information technology and how to deal with it. • prepare graduates capable of competing in the labor market under the new circumstances and changing. • Contribute to the preparation of cadres in the field of scientific disciplines existing faculty. • Contribute to the development of society and the environment through participation in the development of scientific solutions to the existing problems by studies and research. 5
Benha University Faculty of Engineering (Shoubra)
Postgraduate Studies Programs
Second: Faculty Development and its Scientific Departments • 1961 founded the engineering division at the Higher Institute of Technology in Cairo, Ministry of Higher Education. It grants bachelor's degree after a five-year study. • 1975 Engineering Division of the Higher Technical Institute is incorporated in the Faculty of Technology at Matareya (one of the faculties of the University of Helwan) where Helwan University is created in the same year. • 1976 issuance of Presidential decree No. 367 of 1976 in 07/04/1976 annexation Higher Institute at Shoubra to Ain Shams University under the name of the Faculty of Engineering at Shoubra. • 1976 issuance of presidential decree No. 1069 of 1976 in 10/30/1976 annexation of the Faculty of Engineering in Shoubra to Zagazig University / Benha branch. • 2005 issuance of Presidential decree No. 84 creates Banha University and the Faculty of Engineering in Shoubra is one of its Faculties.
Third: Scientific Departments 1 - Department of Architecture 2 - Department of Civil Engineering 3 - Department of Surveying Engineering 4 - Department of Electrical Engineering 5 - Department of Mechanical Engineering 6 - Department of Engineering Mathematics and Physics
Subdivisions scientific departments are shown in Table (1)
6
Benha University Faculty of Engineering (Shoubra)
Postgraduate Studies Programs
2 - The Overall Objectives of Credit Hours Study System 1 - Application of credit hours system in graduate studies aims generally to provide an opportunity for students to choose whether the program or course which increases the correlation of graduate by the university with increasing cooperation between the university and industrial and service institutes. This system allows the study of supplementary courses in the disciplines of the original student is allocated to help him in his application, also provides diversity course for students even within the same specialty. 2- Meet the growing professional demands of the industrial and service institutes in the applied fields, open more job opportunities to graduates in the areas unique by creating new interface diplomas disciplines 3 - Development and construction of the student's personal responsibility and self-reliance, research and continuous learning. 4 - The diversity of students enrolled for the new diplomas allow natural interaction between students of different levels and disciplines. 5 - Select the appropriate academic load for each student where the student chooses a number of courses commensurate with his efficiency and choose to study a course before another unless there is a correlation between the two courses. 6 - Overall system allows the possibility of proposing new courses and create another disciplines without the need for significant change in the study plans. 7 - Develop scientific content for each graduate courses in all the departments on the latest world-class and, according to many of the current technical standards in universities in the world with the possibility of his continued development. 8 - Encourage academic departments to develop research plans approved by the Board of faculty and University and be linked to the country development plan and integrated with the surrounding environment. 9 - To urge support for scientific research by the country and the industrial and service institutions to activate the relationship between the university and industry, whether physically or scientifically applied research and marketing domestically and internationally and elevating the level of dissemination of scientific thesis across different media publishing. 10 - The application of electronic management system in the graduate study in the faculty, allowing extension full development of the career structure and the overall performance of the whole faculty. 7
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
3- Post Graduates Rules Item (1):Scientific Degree-granting Banha University granted at the suggestion of the Board of the Faculty of Engineering in Shoubra the following degrees: 1. 2. 3. 4. 5.
Professional Diploma Postgraduate Diploma Master of Engineering (M. Eng) Master of Science (M. Sc) Doctor of Philosophy (Ph. D)
The disciplines are contained in the tables (2-5), respectively. Specified in the certificate of graduation the diploma name or thesis title for master's and doctoral degrees in engineering sciences, as well as the scientific department and branch specialization, if any.
Item (2):Definition of the Scientific Degree 1.Professional Studies Diploma: This study aims to raise professionalism in the areas of geographic information systems (GIS), photogrammetry and remote sensing from Surveying Engineering department through the study of applied courses accompanied by practical exercises 2.Graduate Diploma: This study aims to increase the scientific efficiency in the applied fields of special disciplines in various branches of engineering through advanced applied and practical courses and develop practical projects 3. Master's degree in Engineering: This study aims to develop scientific capabilities and development in the specialty area chosen by the student, using modern techniques and scientific methods through the study of a number of advanced academic courses. 4.Master's degree in Engineering Sciences: This study aims to develop research capacity and scientific thinking and development in the branch and area and the subject chosen by the student from the reality of research plan for faculty, using modern techniques and scientific methods through the study of a number of advanced academic courses and provide a scientific integrated thesis. 5. Doctor of Philosophy Degree PhD: This study aims to develop independent thought and the ability to innovate and development and then add the new science in the branch, area and the subject chosen by the student by following the scientific and specialized research rules and deepen research capabilities that have been developed in the stage of 8
Benha University Faculty of Engineering (Shoubra)
Postgraduate Studies Programs
Masters by studying a number of advanced academic courses and provide an integrated scientific thesis. Item (3): Study System The studying is by the credit hour system. Credit hour means one hour lecture teaching at least or two hours of exercise or 3 practical hours in laboratories and workshops or 3 hours of field practical training each week per semester. Item (4): Dates of the Study The academic year is divided into three semesters as follows: 1. First semester: starting at the third Saturday of September for a period of 15 weeks. 2. Second semester: starting from the second Saturday of February for a period of 15 weeks. 3. Summer semester: starting at the first Saturday of July for a period of 6 weeks where the hours are doubled. Item (5): Dates of enrollment 1. Opening of enrollment and registration must be announced for different semesters by six weeks before the start of any semester, to provide applications to administration office of graduate studies. 2. Enrollment to any semester must be at two weeks before the deadline of the beginning of any semester and upon approval of the scientific department and the adoption of the faculty board and upon payment of the prescribed fees. Item (6): Tuition fees Tuition fees are collected according to the regulating universities law and regulations as amended, as well as the decisions of the Supreme Council of Universities Item (7): Academic Advisor 1. The Council of Scientific department nominates an advisor for each student at the start of the study and continues with him until the end of the study of diploma and a master's degree in engineering. 2. The main supervisor replaces academic advisor in the state of progress of the recording to study of Master of Engineering Science or PhD.
9
Benha University Faculty of Engineering (Shoubra)
Postgraduate Studies Programs
Item (8): Registration requirements 1. A student can register in the first or second semester courses up to 6 credit hours as a minimum and a maximum of 18 credit hours and allowed to register maximum credit hours only for full sabbatical students to study. 2. A student can register in the summer semester courses not exceeding 6 credit hours. 3. Registration requirements for different degrees are detailed in Item No. (17) Which showing the system of the study. Item (9): Changing and cancellation conditions 1. A student can change courses by changing or deletion or addition within two weeks from the start of the study after the approval of the academic advisor and this does not apply to the summer semester. 2. A student can withdrawn from the course through eight weeks maximum from the beginning of the first and second semesters and three weeks at the most in the summer semester and in any case does not recover his tuition fees. 3. Students can re-register at any course failed in it or achieved the estimate (D) and restudy and re-examine it a once after paying his tuition fees. In the case of restudy, the student should get an estimate (C) at least and if he got more than that only an estimate (C) will recorded when calculating the cumulative sum. Item (10): Denial of entry exam 1. The student prohibits from progress to test of any course if he did not achieve an attendance rate of at least 75% of the total actual hours of the course based on a report from Professor of the course and recommendation of the department council and the approval of the faculty board. In this case the student will consider failed in this course with an estimate (F).
Item (11): Apologize for the exam The Faculty Board may accept an apology for non-entry student test for any course if submitted his application before the start of the exam supported by a justification accepted by the Faculty Board. In this case his credit assessment and credit hours are not considered as a repetition time for him. In the case provided to study the course again, he repeats the study and a test after paying his tuition fees. Item (12): Dropout and enrollment freeze 1. No student has the right to stop the study (enrollment or registration) during any stage of the graduate to more than four semesters (other than summer semester) otherwise his registration is considered to be frozen. When the student's desire to stop the study he must apply reasoned 10
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
application to the department and will need to get the approval of the University Council. And in the absence of such a request the student's enrollment is frozen after three warnings sent to him to his address records in the college. 2. Freezing student's enrollment in the case of not getting the estimate (C) when re-examined which he had previously failed or got an estimate (D). 3. Freezes student's enrollment in the case of wrongdoing had, according to the regulating universities law. Item (13): Re-enrollment If student's enrollment is freezing in accordance to Item 12 of these Regulations he can re-enrollment based on the suggestion of the department board and after the approval of the Faculty Council. The rules should be applied as it applies to the new student and may be exempted from some courses that had previously studied within five years ago with an average points required for each stage and at the request of the Council of the department concerned
Item (14): Equivalent credit hours The Faculty Council can calculate, at the suggestion of the department board, credit hours equivalent courses at the postgraduate level, the student studied in the same specialty at any other university recognized by the Supreme Council of Universities, within no more than five years with an average points required for each stage under the condition that he did not obtain another degree. The equivalent credit hours must not exceed the half hours of the stage. Item (15): Estimates Calculations of course estimate and corresponding points are as follows; Points
Estimate
Percentage Obtained by student
4.00 3.70 3.30 3.00 2.70 2.30 2.00 1.70 1.30 1 0
A AB+ B BC+ C CD+ D F
94% - 100% 90% - 93% 85% - 89% 80% - 84% 76% - 79% 73% - 75% 70% - 72% 67% - 69% 64% - 66% 60% - 63% Less than 60%
Equivalent degrees range 85 80 -
90 86 81 76 73 70 67 64 60
91 87 82 77 74 71 68 65 61
92 88 83 78 75 72 69 66 62
93 89 84 79 63
11
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Item (16 ): Grade Point Average (GPA) 1. Points of every course are calculated as the number of credit hours multiplied by the number of points corresponding to the estimate obtained by the student in the course. 2. The total points earned by the student at any semester are calculated as the sum of the points of all courses studied. 3. The average cumulative points at any semester is calculated as a result of dividing the total points earned by the semester divided by the total credit hours of courses studied by the student. 4. The course at which the student would get estimate (D) does not count in the cumulative average points in semester only if he restudied and succeeded in grade not less than (C) and in this case his points are calculated corresponding to the estimate (C) when calculating the cumulative sum. 5. For finishing any grade the student should complete at least study the number of credit hours required for each stage and achieving an average minimum cumulative points for (C).
4. Study Stages Item (17): Study System The following paragraphs and Figure 1 show the stages of postgraduate study and the number of credit hours required for each stage and the conditions of the transition from one stage to another as well as the conditions of access to different scientific degrees. 1 – Preliminaries Study 1) The students enroll in one of the stages available in graduate studies and who satisfy the conditions for admission and after the department council considers relevant courses need to complete some of their knowledge of the material at the undergraduate level before registration for that stage. 2) The duration of the study is among one or two semesters and will not be counted within the credit hours required for any degree. 3) All courses must be passed with average minimum cumulative points of (C). 2- Professional Diploma Graduates of engineering faculties or practical faculties or any corresponding of scientific institute's graduates recognized by the Supreme Council of Universities can enroll in this diploma. The study of this 12
Benha University Faculty of Engineering (Shoubra)
Postgraduate Studies Programs
diploma is only available in the areas of geographic information systems (GIS), photogrammetry and remote sensing of Surveying Engineering Department. 1) The student at this stage study 24 credit hours of level 500 in accordance with the internal regulations of the faculty courses available spread over a minimum of two semesters. 2) Student is granted a professional diploma if successfully passed all the courses and the average minimum cumulative points is (C). 3) This degree is a terminated stage, and does not allow for progress holders to study in any other stages. 3 - Preliminary studies Students with a Bachelor of Engineering from Egyptian universities or faculties and foreign universities recognized by the Supreme Council of Universities can enroll in this study and at the same specialty study estimates at least a general estimate of good. The student at this stage study 12 credit hours at least distributed as follows: 1) 6 credit hours from the main courses of table (6). 2) 6 credit hours completed by the student from table (6) or from specialized courses at level 500 available in scientific department or other academic departments. 4 - Postgraduate Diploma 1) A student who has successfully passed 9 credit hours from the preliminary study with average points at least of (C+) can enroll at this study and completed the required three credit hours to finish the preliminary stage with studying diploma courses. 2) The student at this stage study 18 credit hours at least from level 500 of available courses in the faculty curriculum (according to his specialty). 3) A student is granted Graduate Diploma in specialization branch if fully examine all courses of Graduate Diploma successfully with at least an average cumulative points of (C). 5- Master of Engineering (M. Eng) 1) Student can enroll to this stage, if the time from bachelor's degree less than 10 years or equivalent in credit hours system, and excluded from this requirement whose obtaining higher specialist diploma with an estimate (C+) at least. 2) Student can enroll to study Master of Engineering with condition of receiving an estimate of good at least in undergraduate or equivalent in 13
Benha University Faculty of Engineering (Shoubra)
Postgraduate Studies Programs
credit hours system and completed a preliminary study with average points of (C+) at least or after receiving a Graduate Diploma with average points of (C+) at least. 3) The student at this stage study 18 credit hours from level 600 of courses available in the faculty curriculum (according to his specialty). And this may include some courses hours of level 500 which has never studied with a maximum of 6 credit hours after the approval of the department and the adoption of the faculty board. 4) A student is granted a master's degree in engineering after he has been successfully completed the study requirements with an average of at least (C). 5) This degree is a terminated stage, and does not allow for progress holders to enroll for the degree of Doctor of Philosophy in Engineering Sciences. 6- Master of Science (M.Sc) 1) Student can enroll to study Master of Engineering Science, if he obtained an estimate of a good at least in undergraduate or equivalent in the credit hour system (with no more 10 years from graduation) and completed a preliminary study with at least an average points of (C+) or after receiving a Graduate Diploma with at least average points of (C+). 2) Student's applicants to the Master of Engineering Science degree in Engineering Mathematics and Engineering Physics must complete preliminary studies with at least average cumulative points of (C) and pass the preparatory study with average points of (C+) at least. 3) The student at this stage study 18 credit hours at least from level 600 of available courses in the faculty curriculum (according to his specialty). 4) Before starting the preparation of a Master thesis it is required for the student to certificate TOEFEL in English with a minimum of 500 points or equivalent certificates recognized in English language. 5) At the beginning of the preparation of the scientific thesis the student must register credit hours under the name (follow-up master's thesis) with a minimum of six credit hours per semester for at least two semesters. 6) The student prepares a scientific thesis which scored as 18 credit hours. 7) The student cannot discuss his thesis before passing all courses successfully and with average cumulative points of (C) at least. 8) Required for the formation of the judging and discussion panel of MSc thesis that the researcher published a one scientific paper at least in a specialized scientific journal or a scientific conference. Paper must extract from the Master's thesis and provides a statement of publishing or acceptance for publication.
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Benha University Faculty of Engineering (Shoubra)
Postgraduate Studies Programs
7- Doctor of Philosophy (Ph.D) Required to enroll in PhD program that a student has a master's degree in engineering sciences from Egyptian universities or equivalent degree from the Supreme Council of Universities in the same engineering specialty that he want to study with an estimate of (C+) at least. 7 - a – Qualifying Exam 1) The PhD student must pass a qualifying exam and not allowed to study PhD courses except after his success in this exam. This exam is equivalent to 6 credit hours. 2) The department council identifies a committee from five members of professors and are chosen of varied disciplines in the major domain of the search point of the student with at least two of them from another university. The oldest professor be the committee chairman. 3) Committee will meet at the invitation of its chairman to determine the topics of the student exam and it must include the basic disciplines on the public field, and a level suitable with a doctoral degree. 4) The student submits a request for the written exam and the committee determines the date and the time required for it. 5) After the written exam the committee determines the date of the oral exam in the presence of all its members to discuss the student in the specialty. At the end of the session, the Commission declare the success or failure of the student in this test. 6) Students can reapply the qualifying exam by the same committee, after the payment of registration fees for this stage again 7 - b - Ph.D. Courses 1) Enroll in this stage who's completed successfully the qualifying. 2) Required prior to registration of the courses of this stage to get a certificate of TOEFEL in English with a minimum of 500 points or equivalent certificates recognized in the English language. 3) Required prior to registration of the Courses to get an ICDL certificate in the computer. 4) The student at this stage study 12 credit hours at least from level 700 or 600 courses available in scientific specialization that the student has never studied. 5) The student must achieve in PhD courses average points of (C) at least.
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Benha University Faculty of Engineering (Shoubra)
Postgraduate Studies Programs
7 - c - preparing of doctoral thesis 1) At the beginning of the preparation of the scientific thesis the student register credit hours under the name of (follow-up doctoral thesis) with a minimum of 6 credit hours per semester for four semesters at least. 2) The student prepares a scientific thesis calculated as 30 credit hours. Item (18): Studying Duration 1) The minimum duration of the study for a professional studies diploma and postgraduate diploma is two semesters not including the summer semester. 2) The minimum duration of the study for a master of Engineering (MEng) or Master of Science of Engineering (MSc) is four 4 semesters not including the summer semester from the date of entry in Masters Courses. It includes study Masters Courses and a thesis in the case of Master of Engineering Science. 3) The minimum duration of the study for a Ph.D. is 6 semesters not including the summer semester. 4) The maximum duration of the study for a professional studies diploma and postgraduate diploma is 4 semesters not including summer semester. 5) The maximum duration of the study for a master of Engineering (MEng) or Master of Engineering Science (MSc) is 10 semesters not including the summer semester from the date of entry in Masters Courses. It includes study Masters Courses and a thesis in the case of Master of Engineering Science. 6) The maximum duration of the study for the degree of Doctor of Philosophy is 12 semesters not including summer semester from the date of success in the qualifying exam. It includes study of doctoral courses and preparation of a thesis. 7) The maximum duration limit of MSc and PhD can be extended for two semesters not including the summer semester according to the report of the main supervisor (supervisory committee) and the approval of the Department Council and the adoption of the faculty Board Item (19): The judging and Discussion Committee (For MSc and PhD degrees) 1) After completion of the study requirements successfully and provide a seminar on the thesis results the supervisor (supervision committee) Submit a report on the validity of the thesis for discussion. 2) The faculty board identifies a scientific committee based on the suggestion of the Department Council to examine the thesis and judged 16
Benha University Faculty of Engineering (Shoubra)
Postgraduate Studies Programs
by three members; the supervisor is one of them (or supervisors of professors and associate professors maximum two members by one voice). One member at least must be from another university and oldest professors must be the chairman of the committee. 3) The thesis is forwarded to the judging and discussion committee and after receiving detailed individual reports, the committee agrees with the main supervisor about the date for a public discussion of the thesis within three months from the date of the formation of the Committee. This date is announced at least two weeks before discussion. The committee meets at the faculty and looks at the individual reports and discusses the student and submits collective report about the thesis and discussion explaining the thesis level and the opinion of the Committee to grant the degree. The Committee may return the thesis to the student to complete the lack and give him the opportunity to a maximum of six months. The condition for granting the degree is the agreement of all committee members. 4) Required for the formation of the judging and discussion panel of MSc that the student publish at least one scientific paper in a specialized scientific journal or a scientific conference. Paper must be extracted from the Master's thesis and provides statement of publishing or accepted for publication. The PhD student must publish at least two scientific papers in a specialized scientific journal or a scientific conference. Paper must be extracted from his doctoral thesis and provides statement of publishing or accepted for publication. 5) The reports of individuals and collective report are submitted to the department council, which shall submit them to the Faculty Board and then to the university to grant the degree.
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Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
5- General Provisions Item (20): Sharing and Interfacing Programs A) Upon the suggestion of the department council the faculty board can agree on the organization of scientific degrees (Diploma - Master) in collaboration with foreign universities or Egyptian linked by agreements with the Faculty of Engineering in Shoubra and can study some of these courses through distance education with a commitment to the provisions of item 17 of the curriculum. In this case it is necessary to obtain a prior approval from the Commission sector of engineering studies and the Supreme Council of Universities. B) Upon the suggestion of the department council the faculty board can agree on the establishment of Graduate Interface Diplomas combines different disciplines with a commitment to the provisions of Item 17 of the curriculum. In this case it is necessary to obtain the prior approval of the Commission sector of engineering studies and the Supreme Council of Universities. Item (21): Curriculum Application 1) This curriculum and academic programs for postgraduate students start to apply on the students accepted for enrollment to such studies after the issuance of the Ministerial Decision on the adoption of this curriculum. The students enrolled before that date study on the curriculum on which the students accepted upon it. 2) For not provided in these curriculum, apply the provisions of the law (49) of 1972 to organize the Egyptian universities and its implementing regulations and laws amended to them as well as ministerial decisions based on the resolutions issued by the Supreme Council of Universities.
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Benha University Faculty of Engineering (Shoubra)
Postgraduate Studies Programs
6- The Scientific Degrees and specialists for Graduate Studies
Table 1: Departments and Divisions Serial
Department
1
Architecture
2
Civil Engineering
3
Divisions
Codes
---
Arch
Structures
STR
General Civil
CVE
Surveying Engineering
--Electrical Power
4
5
6
Electrical Engineering
Mechanical Engineering
Engineering Mathematics and Physics
Electronics and Communications
SUR EPM CME
Computers
CES
Mechanical Power
MEP
Production
MED
Mechatronics
MET
Mathematics
EMM
Physics
EMP
19
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Table 2: Professional Postgraduate Diplomas Department
Professional Diploma / Specialties Geographic Information System
Surveying Engineering
Photogrammetry and Remote Sensing
Table 3: Postgraduate Diplomas Serial
Department
1
Architecture
2
Civil Engineering
3
Surveying Engineering
4
Electrical Engineering
5
Mechanical Engineering
Postgraduate Diploma / Specialties
Architectural Design Urban Design Urban and Regional Planning Maintenance and Restoration Structural Engineering Geotechnical Engineering Water Resources and Hydraulics Engineering Sanitary and Environmental Engineering Geodesy Geographic Information System Photogrammetry and Remote Sensing Electrical Machines Power Electronics Electrical Power Systems High Voltage Engineering Electronics Communications Computer System Engineering Refrigeration and Air Conditioning Sciences and Technology Conventional and Renewable Power Plants Pumping and Pipe Networks Engineering CNC Machines Industrial Processes Control Engineering Materials Industrial Automation and Mechatronics
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Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Table 4-A: Master of Engineering (M. Eng) Serial
Department
1
Architecture
2
Civil Engineering
Master of Engineering / Specialties
3
Electrical Engineering
4
Mechanical Engineering
Architectural Design Urban Design Urban and Regional Planning Maintenance and Restoration Structural Engineering Geotechnical Engineering Water Resources and Hydraulics Engineering Sanitary and Environmental Engineering Electrical Machines and Electrical Drive Systems Electrical Power Systems High Voltage Engineering Electronics Communications Computer System Engineering Mechanical Power Engineering Mechanical Production and Design Engineering Mechatronics Engineering
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Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Table 4-B: Master of Science (M. Sc) Serial
Department
1
Architecture
2
Civil Engineering
3
Surveying Engineering
4
Electrical Engineering
5
Mechanical Engineering
6
Engineering Mathematics and Physics
Master of Science / Specialties
Architectural Design Urban Design Urban and Regional Planning Maintenance and Restoration Structural Engineering Geotechnical Engineering Water Resources and Hydraulics Engineering Sanitary and Environmental Engineering Geodesy Geographic Information System Photogrammetry and Remote Sensing Electrical Machines and Electrical Drive Systems Electrical Power Systems High Voltage Engineering Electronics Communications Computer System Engineering Mechanical Power Engineering Production Engineering and Design Mechatronics Engineering Mathematics Physics
22
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Table 5: Doctor of Philosophy (Ph. D) Serial
Department
1
Architecture
2
Civil Engineering
Doctor of Philosophy / Specialties
3
Surveying Engineering
4
Electrical Engineering
5
Mechanical Engineering
6
Engineering Mathematics and Physics
Architectural Design Urban Design Urban and Regional Planning Maintenance and Restoration Structural Engineering Geotechnical Engineering Water Resources and Hydraulics Engineering Sanitary and Environmental Engineering Geodesy Photogrammetry and Remote Sensing Electrical Machines and Electrical Drive Systems Electrical Power Systems High Voltage Engineering Electronics Communications Computer System Engineering Mechanical Power Engineering Production Engineering and Design Mechatronics Engineering Mathematics Physics
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Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Table 6: Basic Courses
Oral / Practical
Written Exam
Total
ENG 501
Advanced Engineering Mathematics
3
100
--
200
300
3
ENG 502
Engineering Computational Methods
3
100
--
200
300
3
ENG 503
Experimental Engineering Methods
3
100
--
200
300
3
ENG 504
Design and Analysis of Engineering Systems
3
100
--
200
300
3
5
ENG 505
Advanced Programming
3
100
--
200
300
3
6
ENG 506
Statistics and Random Processes
3
100
--
200
300
3
ENG 507
Introduction to Industrial Engineering
3
100
--
200
300
3
8
ENG 508
Scientific Writing
3
100
--
200
300
3
9
ENG 509
Projects Management
3
100
--
200
300
3
ENG 510
Technical Skills
3
100
--
200
300
3
ENG 511
Advanced Solid State Physics
3
100
--
200
300
3
ENG 512
Principals of Laser Physics
3
100
--
200
300
3
1 2 3 4
7
1 0 1 1 1 2
Test Time
Course Name
Serial
Course Code
Course Work
Credit Hours
Grades
24
Benha University Faculty of Engineering (Shoubra)
Postgraduate Studies Programs
Table (7): Contents of Basic Courses Code
Course Name
ENG 501
Advanced Engineering Mathematics
ENG 502
Engineering Computational Methods
ENG 503
Experimental Engineering Methods
ENG 504
ENG 505
Contents Ordinary and partial differential equations and its applications – System of linear ordinary differential equations – Series solution – Numerical methods for solving ordinary differential equations – Laplace transformations – Special functions – Initial boundary value problems – Wave equation in spherical and cylindrical coordinates – Fourier series and Fourier integrals. Errors – Solution of equations of one variable – Interpolation by using polynomials , differences and Lagrange's method – Least squares method – Numerical differentiation and integration - Numerical methods for solving partial differential equations - Numerical methods for solving systems of nonlinear equations – Wave equations in spherical and cylindrical coordinates Statistical terminology used in experimental design – Experimental design – random distribution – experimental error – control of experimental error – properties of a good experiment – types of statistical design – Statistical analysis – presentation of statistical tables – comparison of mean factors – Means tables
Design and Analysis of Engineering Systems
Basic concepts, the definition of the system, user profiles, different types of user, gap concepts, system analyzer, system management, analysis of system structure, analysis tools, flow of data diagrams, the data dictionary, tables resolution, decision tree, the life cycle of the system, problem identification and its units, the feasibility study, sources and estuarine data, data stores, the construction plan, the stage of editing, the input map / processing / output, generating of alternatives, design methods, the limits of mechanization, implementation alternatives, maps of system flow, the timetable for implementation, the physical components of the system design, system software, a list of the components of the system , system files, forms and shapes of the system, determination of the logic of the processes, detailed design, identify alternatives, design of control software in the system, screens, reports, and files, Determination of the test Plan, implementation and maintenance.
Advanced Programming
Introduction to programming structured with programming language appropriate to give the student a background for the programming language selected and used in decisions of the advanced programming and cover the following: data types, Sentences of control and duplicates, treatment of numbers and texts, records, Sub-Procedures and indicators, an introduction to the concepts of programming directed to the objective, elements, classifications, methods, Genetics, polymorphism. 25
Benha University Faculty of Engineering (Shoubra)
ENG 506
Statistics and Random Processes
ENG 507
Introduction to Industrial Engineering
ENG 508
Scientific Writing
ENG 509
Projects Management
ENG 510
Technical Skills
ENG 511
Advanced Solid State Physics
ENG 512
Principals of Laser Physics
Postgraduate Studies Programs Statistical data and notations – Statistical tables and measures – Measures of central tendency and dispersion – Regression analysis – Confidence intervals – Test of hypothesis – Reliability theory – Probability theory – Discrete and continuous random variable – Distributions: binomial, normal, gamma, Poisson, Bernoulli – Moment generating function – Correlation coefficients of two random variables. Tools, skills, and abilities needed in industrial and manufacturing engineering. Industrial Engineering as applied in the work world. Practical examples: time study training, inventory management, incentive programs, forecasting, sequencing, and production planning. Concise report writing – Subject Analysis and simplification – Study of some programs used in analysis, tabulation and drawing conclusions. Project Management Systems – Plans and Programming methods – Follow up and reports – Total Quality Management Communication Skills – Language and public speech skills – Effective presentation – Working within groups –Report Writing Atomic Bonding in solids – Elastic Crystals – Diffusion in solids – Free-electron theory in solids – Crystal lattice – State density –Types of electron emission – Boltzmann equation and electrical resistance – Effect of impurities. Introduction to exchangeable interaction for high irradiance light with gases – Classical density Matrix – Principals of laser and its applications.
26
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department (Code: Arch) Specialties
Degree Postgraduate Diploma
Master of Engineering (M. Eng) Master of Science (M. Sc) Doctor of Philosophy (Ph. D)
Architectural Design Urban Design Urban and Regional Planning Maintenance and Restoration Architectural Design Urban Design Urban and Regional Planning Maintenance and Restoration Architectural Design Urban Design Urban and Regional Planning Maintenance and Restoration Architectural Design Urban Design Urban and Regional Planning Maintenance and Restoration
27
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-1: Preparatory Courses - Architecture Design
Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
Pre-requisites
Serial
Grades
--
3
100
---
200
300
3
--
3
100
---
200
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
Compulsory Courses Design and Analysis of Engineering Systems 2 ENG 505 Advanced Programming Elective Courses 1
3 4
ENG 504
Elective from courses of 500 level or Table (6) Elective from courses of 500 level or Table (6)
Students holding B.sc in Architecture from Egyptian Universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the postgraduate studies Diploma the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). To join the M.Sc. Program, the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+).
28
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-2: Postgraduate Diploma - Architectural Design
Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
Pre-requisites
Serial
Grades
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
Compulsory Courses 1
Arch 502 Principles of Architectural Design Schools and Trends of 2 Arch 503 Architecture Environmental Design Domains 3 Arch 504 and Trends 4 Arch 510 Humanities and Architecture Elective Courses 1 2 3 4
Rehabilitation and Development of Building Uses Arch 507 Project Evaluation and Analysis Public Spaces Context for Arch 511 Building Design Computer Applications in Arch 512 Architecture Arch 506
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma, the student should achieve grade point average not less than (C).
29
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-3: Master of Engineering (M. Eng.) - Architectural Design
Oral or practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
Pre-requisites
Serial
Grades
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
Compulsory Courses Architectural Form and Composition 2 Arch 602 Sustainability and Architecture Urban Context for The Built 3 Arch 603 Environment Humanities in The Built 4 Arch 604 Environment Elective Courses 1
Arch 601
1
Arch 513
2
Arch 514
3
Arch 605
4
Arch 606
5
Arch 608
Regional and Vernacular Architecture Building Restoration and Conservation Techniques Community Culture and Urban Development Visual Studies Contemporary International Architectural Design Trends
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student may be allowed to study up to 6 credit hours of subjects with code 500 which he/she did not study before. The student is granted the degree of Master of Engineering if he/she completes the required courses with grade point average of at least (C).
The degree does not allow its holders to join the Ph.D. program.
30
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-4: Master of Science (M. Sc) - Architectural Design
Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
Pre-requisites
Serial
Grades
--
3
120
90
90
300
3
---
3 3
120 120
90 90
90 90
300 300
3 3
--
3
120
90
90
300
3
--
18
--
--
--
--
--
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
Compulsory Courses Humanities in The Built Environment 2 Arch 609 Architectural Criticism 3 Arch 610 Philosophy of Aesthetics Philosophy of Architecture 4 Arch 611 Design 5 M. Sc Thesis Elective Courses 1
Arch 604
1
Arch 602
2
Arch 603
3
Arch 605
4
Arch 607
5
Arch 608
Sustainability and Architecture Urban Context for The Built Environment Community Culture and Urban Development Virtual Reality Applications in Architecture Contemporary International Architectural Design Trends
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
31
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-5: Doctor of Philosophy (Ph. D) - Architectural Design
Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
prerequisites
Serial
Grades
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
6
300
300
--
600
Oral
--
30
--
--
--
--
--
Compulsory Courses 1 2 3 4
Arch 701 Studies in Philosophy Contemporary Architecture Arch 702 Trends and Future Visions Advanced Forum /Applied Arch 703 Research in the Field of Specialty Ph.D. Thesis
To join this program, the student should have a M. Sc. degree with a grade point average of at least (C+) and pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
32
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-6: Preparatory Courses- Urban Design
Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
prerequisites
Serial
Grades
--
3
100
--
200
300
3
--
3
100
--
200
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
Compulsory Courses 1
ENG 505 Advanced Programming Statistics and Random 2 ENG 506 Processes Elective Courses 3 4
Elective from courses of level 500. Elective from courses of level 500.
Students holding B.sc. in Architecture from Egyptian Universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the postgraduate studies Diploma the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). To join the M.Sc. Program, the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+).
33
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-7: Postgraduate Diploma - Urban Design
Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
prerequisites
Serial
Grades
---
3 3
120 120
90 90
90 90
300 300
3 3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
Compulsory Courses 1 2
Arch 520 Urban Housing Arch 521 Urban Space Design Urban Rehabilitation / 3 Arch 522 Upgrading Renovation Architectural and Urban 4 Arch 523 Context Elective Courses 1 2 3 4 5
Institutional system / Arch 501 Structure and Planning Legislation Urban Housing Design and Arch 515 Planning Management of Urban Arch 516 Development Sites Theories of Aesthetics and Arch 517 Visual Perception of Space Preservation and Arch 518 Conservation of The Urban Built Environment
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma, the student should achieve grade point average not less than (C).
34
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-8: Master of Engineering (M. Eng) - Urban Design
Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
prerequisites
Serial
Grades
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
---
3 3
120 120
90 90
90 90
300 300
3 3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
Compulsory Courses 1
Arch 612 Humanities and Social Sciences 2 Arch 613 Culture and Urbanization Studies 3 Arch 614 Housing Development Studies 4 Arch 615 Landscape Design Elective Courses 1 2 3 4 5
Arch 524 Theories of Urban Design Arch 525 Urban Management Environmental Context for Arch 616 Urban Design Urban Design and Arch 617 Sustainability Arch 631 GIS and Urban Data Profiles
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+).
Total number of required credit hours is 18 hours. The studied subjects should have a code 600.
The student may be allowed to study up to 6 credit hours of subjects with code 500 which he/she did not study before. The student is granted the degree of Master of Engineering if he/she completes the required courses with grade point average of at least (C).
The degree does not allow its holders to join the Ph.D. program.
35
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-9: Master of Science (M. Sc) - Urban Design
Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
prerequisites
Serial
Grades
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
6
300
300
--
600
Oral
--
18
--
--
--
--
--
--
3
120
90
90
300
3
--
3
120
90
90
300
3
---
3 3
120 120
90 90
90 90
300 300
3 3
Compulsory Courses Humanities and Social Sciences Culture and Urbanization 2 Arch 613 Studies Advanced Forum / Selected 3 Arch 619 Topics in the Field of Study 4 M. Sc Thesis Elective Courses 1
Arch 612
Environmental Context for Urban Design Urban Design and Arch 617 Sustainability Arch 618 Urban Economics Arch 631 GIS and Urban Data Profiles
1
Arch 616
2 3 4
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
36
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-10: Doctor of Philosophy (Ph. D) - Urban Design
Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
prerequisites
Serial
Grades
--
3
120
90
90
300
3
--
6
300
300
--
600
Oral
--
3
120
90
90
300
3
--
30
--
--
--
--
--
Compulsory Courses 1 2 3
Arch 701 Studies in Philosophy Advanced Forum /Applied Arch 703 Research in the Field of Specialty Technological Changes Arch 704 and Urban Spaces Design Ph.D. Thesis
To join this program, the student should have a M.sc. degree with a grade point average of at least (C+) and pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
37
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-11: Preparatory Courses- Urban and Regional Planning Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
prerequisites
Serial
Grades
---
3 3
100 100
---
200 200
300 300
3 3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
Compulsory Courses 1 ENG 505 Advanced Programming 2 ENG 508 Scientific Writing Elective Courses 3 4
Elective from courses of level of 500. Elective from courses of level 500.
Students holding B.sc in Architecture from Egyptian Universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the postgraduate studies Diploma the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). To join the M.Sc. Program, the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+).
38
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-12: Postgraduate Diploma- Urban and Regional Planning
Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
prerequisites
Serial
Grades
--
3
120
90
90
300
3
---
3 3
120 120
90 90
90 90
300 300
3 3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
Compulsory Courses 1
Arch 529
2 3
Arch 530 Arch 531
4
Arch 532
City / Town Services Structure Landscape Design Design of Public Spaces Upgrading Informal / Under Developed Urban Areas
Elective Courses 1
Arch 501
2
Arch 525
3
Arch 526
4
Arch 528
5
Arch 533
Institutional System / Structure and Planning Legislation Urban Management Urbanization and Traffic Transport Urbanization and Utility Networks Demography Studies
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma, the student should achieve grade point average not less than (C).
39
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-13: Master of Engineering (M. Eng) Urban and Regional Planning
Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
prerequisites
Serial
Grades
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
----
3 3 3
120 120 120
90 90 90
90 90 90
300 300 300
3 3 3
--
3
120
90
90
300
3
Compulsory Courses 1
Arch 614
2
Arch 620
3
Arch 621
4
Arch 622
Housing Development Studies Concepts of Urban Development Principle of Regional Planning Urban Environmental Context
Elective Courses 1
Arch 501
2 3 4
Arch 525 Arch 535 Arch 618
5
Arch 623
Institutional System / Structure and Planning Legislation Urban Management Demography Studies Urban Economics Planning Policies for Distinctive Urban Areas
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student may be allowed to study up to 6 credit hours of subjects with code 500 which he/she did not study before. The student is granted the degree of Master of Engineering if he/she completes the required courses with grade point average of at least (C). The degree does not allow its holders to join the Ph.D. program.
40
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-14: Master of Science (M. Sc) - Urban and Regional Planning
Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
prerequisites
Serial
Grades
--
6
300
300
---
600
oral
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
18
--
--
--
--
--
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
Compulsory Courses Advanced Forum / Selected Topics in the Field of Study Management of Urban 2 Arch 624 Development Contemporary Approaches 3 Arch 625 to Urban Planning 4 M. Sc Thesis Elective Courses 1
Arch 619
1
Arch 618 Urban Economics Principles of Regional Arch 621 Planning Urban Environmental Arch 622 Context Planning Policies for Arch 623 Valuable Urban Areas
2 3 4
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
41
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-15: Doctor of Philosophy (Ph. D) - Urban and Regional Planning
Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
prerequisites
Serial
Grades
--
3
120
90
90
300
3
--
6
300
300
---
600
Oral
---
3 30
120 --
90 --
90 --
300 --
3 --
Compulsory Courses 1 2 3
Arch 701 Studies in Philosophy Advanced Forum Arch 703 /Applied Research in the Field of Specialty Arch 705 Urban Modeling Ph. D Thesis
To join this program, the student should have a M.sc. degree with grade point average of at least (C+) and pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
42
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-16: Preparatory Courses - Maintenance and Restoration
Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
prerequisites
Serial
Grades
---
3 3
100 100
---
200 200
300 300
3 3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
Compulsory Courses 1 ENG 505 Advanced Programming 2 ENG 509 Projects Management Elective Courses 3 4
Elective from courses of level 500. Elective from courses of level 500.
Students holding B.sc in Architecture from Egyptian Universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the postgraduate studies Diploma the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). To join the M.Sc. Program, the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+).
43
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-17: Postgraduate Diploma- Maintenance and Restoration
Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
prerequisites
Serial
Grades
--
3
200
100
---
300
oral
--
3
120
90
90
300
3
--
3
100
--
200
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
Compulsory Courses Field Studies in The Area of Specialization Documentation of Heritage 2 Arch 536 Buildings with Reference to Legislation Charters Evaluation, Repair and 3 STR 511 Strengthening of Structures Elective Courses 1
1 2 3
Arch 508
Ornamental and Arch 535 Architectural Details in Heritage Buildings Materials and Techniques Arch 537 of Heritage Crafts Techniques of Building Arch 514 Maintenance and Restoration
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma, the student should achieve grade point average not less than (C).
44
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-18: Master of Engineering (M. Eng) Maintenance and Restoration
Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
prerequisites
Serial
Grades
--
3
120
90
90
300
3
--
6
300
300
---
600
oral
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
Compulsory Courses Maintenance and Arch 534 Restoration Projects Management Advanced Forum / 2 Arch 619 Selected Topics in the Field of Study Building Documentation 3 Arch 626 and Monitoring Elective Courses 1
1
Arch 535
2
Arch 627
3
Arch 628
4
Arch 629
Architectural and Ornamental Details of Heritage Buildings Structural Fortification of Historic Buildings Specifications of Restoration Works for Heritage Buildings Technical Installations and Security Systems in Heritage Buildings
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student may be allowed to study up to 6 credit hours of subjects with code 500 which he/she did not study before. The student is granted the degree of Master of Engineering if he/she completes the required courses with grade point average of at least (C). The degree does not allow its holders to join the Ph.D. program.
45
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-19: Master of Science (M. Sc) - Maintenance and Restoration
Oral / practical
Written exam
Total
Exam duration
course work
Course Name
Credit hours
Course Code
prerequisites
Serial
Grades
--
3
120
90
90
300
3
--
6
300
300
---
600
oral
--
3
120
90
90
300
3
--
18
--
--
--
--
--
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
--
3
120
90
90
300
3
Compulsory Courses Maintenance and 1 Arch 534 Restoration Projects Management Advanced Forum / 2 Arch 619 Selected Topics in the Field of Study Building Documentation 3 Arch 626 and Monitoring 4 M. Sc Thesis Elective Courses 1
2
3 4
Architectural and Arch 535 Ornamental Details of Heritage Buildings Specifications of Arch 628 Restoration Works for Heritage Buildings Technical Installations and Arch 629 Security Systems in Heritage Buildings Arch 630 Artifacts Restoration
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
46
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-20: Doctor of Philosophy (Ph. D) - Maintenance and Restoration
Oral / practical
Written exam
Total
--
3
120
90
90
300
3
--
6
300
300
---
600
Oral
--
3
120
90
90
300
3
--
30
--
--
--
--
--
Exam duration
course work
Course Name
Credit hours
Course Code
Prerequisites
Serial
Grades
Compulsory Courses 1 2
3
Arch 701 Studies in Philosophy Advanced Forum Arch 703 /Applied Research in the Field of Specialty International and Local Arch 706 Schools of Maintenance and Restoration Ph. D Thesis
To join this program, the student should have a M.Sc. degree with a grade point average of at least (C+) and pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D. thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
47
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Architectural Engineering Department Table 1-21: The Contents of Courses Code Course Name
Prerequisit es
Arch 501
Institutional System / Structure and Planning Legislation
---
Arch 502
Principles of Architectural Design
---
Arch 503
Schools and Trends of Architecture
---
Arch 504
Environmental Design Domain and Trends
---
Arch 505
Methodology and Processes of Architecture Design
---
Arch 506
Rehabilitation and Development of Building Uses
---
Course Contents Institutional and legislation for control, management, development and maintenance for urban areas/ role and context for promoting urban growth and dealing with sprawl considering urban economic base/ interface and interrelation between urban intensity/ urban environment/ efficiency of use and supply of infrastructure networks. Design process/ determinants and forces affecting the process/ space functional programming/ matrix of functional interrelations/ environmental factors/ symbolic and philosophical architectural context/ contemporary role of architecture and human demand/ harmony and contrast between architecture and urban context. Evolution of architectural movement from traditional to contemporary approaches/ emergence and development of modern architecture/ functional/organic/ metropolis/ deconstruction and post deconstruction/ advanced technology/ revival of 20 th century/ sculpture forms/ galactic architecture The concept of environment and environmental preponderance/ human comfort and climate/ heat transfer and behavior/ natural ventilation/ passive ways of energy savings/ computer programs and climate and degree of comfort analysis/ environmental design and clusters of buildings Systematic design/ concepts of stage/ process design/ comparative analysis for the diverse schools of architecture design process and levels/ design concepts/ visions/ image configuration/ rhythms and balances, principles of functional space programming/ evaluation and criticism for architecture Basic principles for planning and design for service networks of buildings/ maintenance, follow up level commissioning of buildings/48 use of artificial intelligence in control/
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Arch 507
Project Evaluation and Analysis
---
Arch 508
Field Studies in The Area of Specialization
---
Arch 509
Research Tools and Methodology
---
Arch 510
Humanities in Architecture
---
Arch 511
Public Spaces Context for Building Design
---
Arch 512
Computer Applications in Architecture
---
operation/ for efficient use of buildings/ buildings management and I.T. usage/ efficiency of space use within and out with buildings Project management principles and determinants, management hierarchal and functional structural organization, project components, interrelations and value systems (financial/ technical and execution duration) vital path methods, computer models for planning and programming budget systems. Human and resources and supply, material collective management Methods and tools for undertaking field studies/ analytical means for concluding issues/ problems/ potentialities/ target objectives, as foreseen suitable for study fieldwork and ensure achievement of study objectives Principles and stage procedure for methodological concepts for carryout scientific research, considerations for the basic forms of research undertaking i.e. deductive and inductive principles/ other forms for research procedures analysis and inducement of conclusions directed towards diversity of research types Humanities as basic constituent in architecture design/ interactive relationships between man and built environment/ concept of complementarities between human needs and architecture/ social psychology studies, characteristics of local human behavior, human needs hierarchy and motivations, human behavioral patterns influences on architecture design process Components of urban built form/ constituent elements of image perception/ patterns and configuration of urban space elements/ spatial distribution of human activity functions and urban space forms/ visually beautified space configurations/ landmarks/ architectural style/ harmony contrast and unity of forms/ elevation collective harmony and composition of urban built environment Knowledge acquaintance of computer programs in architecture/ basic skills for program uses in support of architecture design (three dimensions/ modeling/ animation)/ artificial intelligence applications 49
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Arch 513
Regional and Vernacular Architecture
---
Arch 514
Building Restoration and Conservation Techniques
---
Arch 515
Urban Housing Design and Planning
---
Arch 516
Management of Urban Development Sites
---
Arch 517
Theories of Aesthetics and Visual Perception of Space
---
Arch 518
Preservation and Conservation of The Urban Built Environment
---
Concepts and particular characteristics of regional community architecture and distinct vernacular designs/ influences of sociocultural, socio-economic and environmental factors on architectural design/ impact of locally available raw materials and technology and level of skills and behavioral characteristics affecting architecture Restoration and maintenance of architectural elements in buildings, Restoration and maintained projects Time schedules, feasibility studies, Types of building maintained techniques, defects repair in architectural buildings (stone, wood, masonry stucco, ceramics..). Types of building maintenance / Restoration and maintenance of Architectural heritage. Reuse of heritage buildings. Spatial patterns of settlements/ physical patterns of residential communities and clusters/ methodology for land use distribution and supply of social services/ determinants influencing residential community development (anthropological/ sociocultural/economic profile)/ patterns of movement/ vehicles and pedestrian/ planning patterns for supply of infrastructure networks Basic principles for planning, design and maintenance, operation and follow up of utilities and road networks/ utilization of artifice intelligence in control and operation of urban sites, including urban spaces (whether greenery or hard caped spaces) computer programming for management of functional uses of building components/ clusters of urban built environment form and outer open space context Trends of thoughts regarding beauteous perception/ creation inform and color in time and space context/ ways of achieving visual balances and feelings of pleasure/ historic evolution of beauteous theories/ socio-cultural dimension for perception of beauty/ anthropological elements affecting feelings for pleasure based on visual elements of beauty Environment systems/ interrelations between environmental systems and built environment, life and biological cycles, environmental chains of action, environmental balance/ 50
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Arch 519
History and Development of Urban Design
---
Arch 520
Urban Housing
---
Arch 521
Urban Space Design
---
Arch 522
Urban Rehabilitation / Upgrading Renovation
---
Arch 523
Architectural and Urban Context
---
Arch 524
Theories of Urban Design
---
industrial activities affecting international systems/ other factors negatively affecting environmental systems History of town space (early history/ medieval / renaissance and modern concepts)/ reasoning why/ evolutionally aspects of urban public space design and impact of socio-cultural change/ architectural schools trends/ development of conceptual approaches/ case study analysis of existing urban spaces (public/ semi public/ private) concluding conceptual urban space design and concomitant positive and negative attributes Housing policy (private/ public sectors), basic issues/ problems of housing provision for diverse socio-economic groups/ affordability/ demand/ supply balance/ housing space provision standards/ housing subsidy/ location selection analysis intensity of land use/ public participation/ property management, marketing, valuation/ socio-cultural dimensions Physical determinants/ human activity types and behaviors/ climate/ community needs/ urban patterns/ circulation (pedestrians/ vehicles terminals and stop services) open space functional/ hard and soft landscaping/ built form and spatial patterns In the context of urban development strategies/ the diversity of approaches to urban renewal. Determinants of each concept, why and how and where. The historical background, socioeconomic and physical features, and location value and land use profile/ efficiency and effectiveness of planning approaches/ the implementation and legislative contexts/ public participation/ ownerships/ valuation of compensation and betterment Analysis of architecture form and patterns in its urban contexts/ considerations for climate, light and shade, community socio-economic and socio-cultural profiles and impact on interrelations between buildings and urban built form and function/ semi-private and public use of space community behavioral patterns Basics and determinants of positive and attractive urban design, visual perception and space form/ function/ history and evolution of urban design/ professional and conceptual 51
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Arch 525
Urban Management
---
Arch 526
Urbanization and Traffic Transport
---
Arch 527
Analysis of Urban Locations
---
Arch 528
Urbanization and Utility Networks
---
development of ways and means for application for urban design schemes/ developed countries (western approach) to urban design/ factors affecting beauty of complex forms/ harmony, contrast, color, size, ..etc. with regards to visual perception in terms of comfort, attraction and socio-cultural acceptance Principles for managing urban settlements/ role of local authority and nongovernmental organizations (NGO’s)/ development follow up systems and maintenance management programs/ sustainable development concepts for running day to day/ urban settlements/ infrastructural and utilities demand/ supply issues/ traffic controls and private/ public passenger transport system approach/ world experiences for city/ town/ urban area management valuation and potential application Traffic and transport models for spatial distribution of volumes reflecting the particular distribution of land uses and intensity of home/work trip generation, destination trips/ public transport, means and types and passenger car unit utilization and frequency speed evaluation. Traffic volume indicators and physical planning levels (regional/ city/ urban/ local) issues, including institutional framework and legislative controls Advanced course in location/ site planning covering survey, data collection and analysis for the environmental and physical determinants of locations proposed for urban development. Contexts regarding all natural resources, water, land geomorphology, vegetation, visual characteristics, geotechnical profile and climatic norms. The aim is to evaluate potentials and constrains for utilization of location/site for the proposed or expected functional attributes for the particular use. It also covers ways and means for evaluation of return on investment and prepare economic feasibility study The vital role provision of elements of utility/ infrastructure networks for upgrading existing and/ or developing new urban areas. Ways and means for estimating needed supply for expected diversity of types of demand, spatial 52
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Arch 529
City / Town Services Structure
---
Arch 530
Landscape Design
---
Arch 531
Design of Public Spaces
---
Arch 532
Upgrading Informal / Under Developed Urban Areas
---
and utility type prioritization, preparing preliminary feasibility studies. The impact of introducing phased utility networks on the development of new communities Principles of spatial distribution of services in terms of types and size and interdependency to match local community size and demand. The hierarchical structure of service facilities and local amenities are introduced in its context of spatial geography. Issues regarding handling existing situations for developing communities as well as newly initiated ones are considered in field work cases, including debates about mixed uses and rehabilitation of city/town centers to accommodate change in demand size/type and community aspirations Analysis and study of existing situations, regarding the physical characteristics of regional, locations, site, are introduced, covering vegetations, land geomorphology, climate, geo-technical profiles, and environmental attributes. Man made elements implications on the study area are considered/ planning for hard and landscape schemes are evaluated, based on the study of historical and contemporary examples to conclude positive and negative solutions/ exercises on preparing landscape plans/ schemes design are to take place as case studies related to regional, location and sites levels in the context of Egyptian local horticultural characteristic Evolution of planning/design for urban public spaces/ principles of planning design for spatial patterns of heights/ solid and void and land uses and visual perceptions and massage of meanings/ spatial distribution and design of human activities and considering their particular images reflecting their functional attributes and implications of human behavior/ hierarchal networks of public space size, form and level of public/private uses/ factors affecting public safety within the urban space Definition and concepts of rehabilitation, upgrading and development of informal areas (urban deprived area and informal spurious areas) principles of typological and methodological approaches to development of informal/deprived urban sectors. Infrastructural and services supply to match the needs of diverse socio-economic 53
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Arch 533
Arch 534
Arch 535
Demography Studies
Maintenance and Restoration Projects Management Architectural and Ornamental Details of Heritage Buildings
---
---
---
Arch 536
Documentation of Heritage Buildings with reference to Legislation Charters
---
Arch 537
Materials and Techniques of Heritage Crafts
--
Arch 601
Architectural Form and Composition
---
Arch 602
Sustainability and Architecture
---
communities, behavioral analysis and definition of local profiles, approach to confronting squatter and crime, social relations and encouraging public participation in improving local socio-economic profile and built environment Terminology and tools for analyzing human demographic profiles (age pyramid/ occupancy rate/ residential densities/ employment profile/ fertility rate/ family size/ education/….) impact of demographic studies on planning issues, decision making and strategic planning. Revising urban planning based on demographic development issues and undertaking planning exercises for future development of urban rural areas Philosophy of project management for maintenance and restoration- long term restoration projects- urgent maintenance and saving projects Architectural styles in history – evolution of ornaments in different architectural stylesForms and composition of ornaments according to used materials. Documentation as a method of heritage conservation – Steps of Architectural documentation Steps of Archaeological documentation. Conservation and security. International Charters of antiquities conservation –UNESCO stipulations as a base of antiquities conservation – Stipulations of excavation works – Stipulations of restoration and maintenance works. Definition of Heritage Crafts – Kinds and techniques of Heritage Crafts –Revitalization of extinguished crafts – Materials of Heritage Crafts products – Products of Heritage Crafts as a tool of heritage conservation and tourism promotion. Principles and elements of architectural composition / morphology of art form /basics and elements of composition (personal compatibility and symbolism.. etc.) / the dynamic forces of formation and configuration / applications and analytical studies of the designs and existing buildings Community and sustainability / local values of the physical, natural and manufactured environment / ways of activating 54
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Arch 603
Urban Context for The Built Environment
---
Arch 604
Humanities in The Built Environment
---
Arch 605
Community Culture and Urban Development
---
Arch 606
Visual Studies
---
Arch 607
Virtual Reality Applications in Architecture
---
Arch 608
Contemporary International Architectural Design Trends
---
the Architecture and local Urbanism / prevailing beliefs and concepts / Empowerment and Participation /environmental value of indigenous architecture / space and needs /aspects of personal and local cultural and social values / architectural features / structures systems and sustainability / environmental assessment of the ways of sustainability in architecture / development of local activities Elements and components of the urban context /elements of the visual perception/ studies and analysis of site components/ topographical studies / environmental studies of the urban context Mutual relationship between man and the built environment / concept of the urban environment that fulfills the psychological, social and aesthetic needs of man / the impact of the built environment on the human behavior Social psychological studies / the impact of behavioral activities on the design of urban spaces/ the role of design in improving users’ behavior The relationship between man and urban space / the impact of the social, cultural and psychological aspects on the urban form / culture and housing form / the impact of the built environment on human behavior and perception / analysis and applications on different urban communities Components of the physical structure of the built environment /elements of urban form / elements of the urban mental image / components of space/ space characteristics / landscape elements of space / role of signs in the urban form/ architectural and urban character/ combined facades / visual pollution in Egypt Concepts of virtual simulation / the use of virtual environment/ the use of computer programming in the production of virtual environments Urbanism and globalization/ trends of contemporary architecture/ Intelligence-Based Design in architecture/ the effect of linguistic analysis, philosophy, post-structuralism, and cultural theory and architecture 55
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Arch 609
Architectural Criticism
---
Arch 610
Philosophy of Aesthetics
---
Arch 611
Philosophy of Architectural Design
---
Arch 612
Humanities and Social Sciences
---
Arch 613
Culture and Urbanization Studies
---
Arch 614
Housing Development Studies
---
Arch 615
Landscape Design
---
Arch 616
Environmental Context for Urban Design
---
Arch 617
Urban Design and Sustainability
---
Architectural assessment methods – criticism of architecture styles- the use of digital programming in assessment – self evaluation. Intellectual trends of the theory of aesthetics - fundamentals of aesthetics - Innovation and aesthetics - aesthetics and cultural and social norms Basic principles, theories, contemporary visions, sociological and cultural environmental context of architecture Introducing human behavior and anthropological reasoning for urban and rural communities, development of social stratums and their spatial contexts and impact on urban perception and symbolization Interrelationships between man and urban space/ socio-cultural and psychological impact on urban design/ impact of urban design settings on functional components of urban development and on human behavior and environmental perception Conceptual and methodological approaches to residential development and basic determinants for strategies for developing local economic base. Institutional structure and managerial approaches for decision making regarding formulation of housing policy, community participation, implementation efficiency and performance for activity interrelations Design approaches to management of land morphology, suitable slopes for man and vehicles, configuration for settings for landscape elements, horticulture studies (plants, forms, functions and uses) greenery spaces, gardens, role, patterns, size/ form/ visual appearance) and determinants Elements of urban environment/ concepts of environmental harmony, equilibrium and balance/ environmental impact analysis/ criteria and attributes of urban environmental evaluation. Combating pollution sources and systems of urban environmental conservation/ applied projects and research on urban environmental analysis and evaluation Natural and manmade elements of urban design built form and open spaces/ utilization of urban geomorphology/ natural vegetation and land geomorphology and other man made physical 56
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Arch 618
Urban Economics
Arch 619
Advanced Forum / Selected Topics in the Field of Study
---
---
Arch 620
Concepts of Urban Development
---
Arch 621
Principles of Regional Planning
---
Arch 622
Urban Environmental Context
Arch 623
Planning Policies for Distinctive Urban Areas
contexts/ sustainability structural system of components/ development strategies in harmony with natural potential and profile potentials/ urban environmental institutions, legislations and policy framework/ impact of population size, densities and demand for natural and manmade resources on sustainable urban environment. Socio-cultural and environmental development, public participation and NGO’s involvement in sustainable, urban environmental harmony Cite towns’ economics base / regional functions / principles of supply / demand / intercity, town economic interrelations / opportunity cost / localized economy rates / level of interrelation between urban settlements. Hierarchy of urban pattern and economic growth development/ ZIPF curve/ urban sphere of influence and delineation
to be selected by the supervisor within candidates’ field of specialization (to be specified by the supervisor according to students’ fields of specialization) Evolution of towns, cities and urbanization processes/ theory and concept of urban development/ impact of interrelation between socio-economic and cultural change on urban development processes and land use demand types/ location/ prediction/ demand, supply for land/ urban projects development and property management, institutional urban policies and development control Theories and approaches to regional delineation and development, regional economic profiles/ functions and role in national, evolution of towns, and urbanization processes. Diverse planning levels, strategic planning, regional planning, issue planning, history and theory of emergence of towns and cities. Spatial patterns of settlements and size hierarchy impact on regional economic development, urban population and activity capacities and spatial delineation. Regional development planning theory and practice in developed and developing countries
---
Evolution of concepts for preservation of urban environment sources of pollution of urban forms, principles of environmental systems and approaches to sustainability. Tools, means and policies for ensuring qualitative communities urban environment
---
Planning policies and approaches to the management of urban areas of distinct/ valuable characteristics. Methodology for identifying and classification of qualitatively distinct urban areas, their types, particular features, strategic location, their historic and evolutionary valuable qualities. 57
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Policies of management and preservation of their qualitative features, their urban context, ways and means for maintaining and redefining their land uses ensuring sustainability of their particular urban form and structure in face of necessary future change
Arch 624
Management of Urban Development
---
Arch 625
Contemporary Approaches to Physical Planning
---
Arch 626
Arch 627
Arch 628
Arch 629
Building Documentation and Monitoring
Consolidation and Scaffolding of Historic Buildings Specifications of Restoration Works for Heritage Buildings Technical Installations and Security Systems in Heritage Buildings
---
---
---
---
Arch 630
Artifacts Restoration
---
Arch 631
G.I.S and Urban Data Profiles
---
Introduction to local government and institutions involved in the evolution and development of urban areas, their role and spheres of authority, upgrading and future plan implementation and development controls, local community development initiatives. Legislative frame work for land acquisition/ compensation and betterment Theories of urban growth and development/ determinants/ urban economy/ mathematical and I.T. models for analysis of intensity of land use activities, interrelations/ analytical approaches to urban fabric, land use patterns, spatial distribution of services supply and theories of supply/ demand balance Principals and concepts of Architectural survey & documentation / modern documentation methods / building elements and documentation requirements / techniques of monitoring and documentation of deterioration reasons & manifestations / methods of monitoring cases of deterioration , structure stability and consolidation of materials. General consolidation methods – Methods of scaffolding and stabilizing of stone elements Methods of scaffolding and stabilizing of wooden elements –appropriate consolidation for Heritage Buildings Required analysis for building materials – Standard Specifications of modern additions for restoration works – Specifications of works according to international standards Systems of lighting and monitoring against thievery and fire in Heritage Buildings – The use of Technical installations within Heritage Buildings conservation Stipulations – Effect of artificial light on colors and ornaments Basis and principals of artifacts restoration of building element / Materials and methods of application / Case study. G.I.S. models and programs, land morphology analysis, spatial patterns analytical techniques, settlement, geographical pattern and spatial 58
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Arch 701
Arch 702
Arch 703
Studies in Philosophy
Contemporary Architecture Trends and Future Visions Advanced Forum /Applied Research in the Field of Specialty
---
---
---
Arch 704
Technological Changes and Urban Spaces Design
---
Arch 705
Urban Modeling
---
Arch 706
International and Local Schools of Maintenance and Restoration
---
development. Road networks and urban distribution mutual support Ways and means for carrying out scientific methodologies for research preparation (in general and for specific fields of study) considering existing and culture planned urban contexts/ problem solving exercises, and comprehensive approaches to research undertaking presentation approaches to research To be defined and carried out by research supervisors committee Applied research forum in Architecture Design (I) to be defined and carried out by research supervisors committee
In depth study of evolution of urban spaces and types/ interrelation ships between public spaces and human needs and activity functions/ tools and means of configuration of urban spaces/ networks of urban spaces/ security and safety/ human behavior and urban spaces/ innovations and new technological approaches/ applied research and projects / maintenance/ urban development Mathematical and I.T. modeling for Ph.D. research, introducing and preparing mathematical models to hypothesis of philosophical mature Philosophy of maintenance and restoration within UNESCO stipulations - European schools of Architectural Restoration – The case of Egypt – Case studies
59
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Structures (Code: STR)
Degree
Postgraduate Diploma
Master of Engineering (M. Eng)
Master of Science (M. Sc)
Doctor of Philosophy (Ph. D)
General Civil (Code: CVE)
Specialties Structural Engineering Geotechnical Engineering Water Resources and Hydraulics Engineering Sanitary and Environmental Engineering Structural Engineering Geotechnical Engineering Water Resources and Hydraulics Engineering Sanitary and Environmental Engineering Structural Engineering Geotechnical Engineering Water Resources and Hydraulics Engineering Sanitary and Environmental Engineering Structural Engineering Geotechnical Engineering Water Resources and Hydraulics Engineering Sanitary and Environmental Engineering
60
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-1: Preparatory Studies - Structural Engineering
Course Name
Credit Hours
Course Work
Oral / Practical
Written Exam
Total
Test Time
Serial
Grades
Course from Table 6 Course from Table 6
3 3
100 100
---
200 200
300 300
3 3
3
100
--
200
300
3
3
100
--
200
300
3
3
100
--
200
300
3
3
100
--
200
300
3
Course Code
Compulsory Courses 1 2 Elective Courses 1
2
3
STR 501
4
STR 502
Elective from Table 6 or from code 500 subjects Elective from Table 6 or from code 500 subjects Advanced Matrix Analysis Dynamics of Structures
Students holding B.sc in Civil Engineering from Egyptian Universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the postgraduate studies Diploma the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). To join the M.Sc. Program, the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+).
61
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-2: Postgraduate Diploma - Structural Engineering
Advanced Matrix Analysis
3
100
--
200
300
3
2
STR 502
Dynamics of Structures
3
100
--
200
300
3
1
Elective from code 500 subjects
3
100
--
200
300
3
2
Elective from code 500 subjects
3
100
--
200
300
3
3
Elective from code 500 subjects
3
100
--
200
300
3
4
Elective from code 500 subjects
3
100
--
200
300
3
Course Name
Test Time
Total
STR 501
Course Code
Course Work
1
Serial
Written Exam
Oral / Practical
Credit Hours
Grades
Compulsory Courses
Elective Courses
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma, the student should achieve grade point average
not less than (C).
62
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-3: Master of Engineering (M. Eng) - Structural Engineering
Total
100
--
200
300
3
STR 501
3
100
--
200
300
3
1
Elective from code 500 or 600 subjects
--
3
100
--
200
300
3
2
Elective from code 500 or 600 subjects
--
3
100
--
200
300
3
3
Elective from code 600 subjects
--
3
100
--
200
300
3
4
Elective from code 600 subjects
--
3
100
--
200
300
3
Test Time
Written Exam
3
Course Name
Oral / Practical
STR 501
Course Code
Course Work
Credit Hours
Advanced Finite Elements Analysis Computational Methods for Nonlinear Analysis
Serial
Pre-requisites
Grades
Compulsory Courses 1
STR 601
2
STR 602
Elective Courses
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student may be allowed to study up to 6 credit hours of subjects with code 500 which he/she did not study before. The student is granted the degree of Master of Engineering if he/she completes the required courses with grade point average of at least (C).
The degree does not allow its holders to join the Ph.D. program.
63
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-4: Master of Science (M. Sc) - Structural Engineering
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisites
Serial
Grades
STR 501
3
100
--
200
300
3
STR 501
3
100
--
200
300
3
Compulsory Courses Finite Elements Analysis Computational 2 STR 602 Methods for Nonlinear Analysis 3 M. Sc Thesis Elective Courses 1
1 2 3 4
STR 601
Elective from code 600 subjects Elective from code 600 subjects Elective from code 600 subjects Elective from code 600 subjects
18
--
3
100
--
200
300
3
--
3
100
--
200
300
3
--
3
100
--
200
300
3
--
3
100
--
200
300
3
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
64
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-5: Doctor of Philosophy (Ph. D) - Structural Engineering
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisites
Serial
Grades
30
--
--
--
--
--
3
100
--
200
300
3
3
100
--
200
300
3
3
100
--
200
300
3
3
100
--
200
300
3
Compulsory Courses 1 Ph. D Thesis Elective Courses 1 2 3 4
Elective from code 600 or 700 subjects Elective from code 600 or 700 subjects Elective from code 600 or 700 subjects Elective from code 600 or 700 subjects
To join this program, the student should have a M.Sc. degree with a grade point average of at least (C+) and pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
65
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-6: Preparatory Studies - Geotechnical Engineering
Oral / Practical
Written Exam
Total
Test Time
Course Name
Course Work
Course Code
Credit Hours
Serial
Grades
3 3 3
100 100 60
--60
200 200 180
300 300 300
3 3 3
3
60
60
180
300
3
Compulsory Courses 1 2 3
ENG 508 ENG 509 CVE 501
4
CVE 502
Scientific Writing Project Management Site Investigation Problematic Geomaterials
Students holding B.sc. in civil engineering from Egyptian Universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the postgraduate studies Diploma the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). To join the M.Sc Program, the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+) and the student should have achieved a (good) grade in the undergraduate B.sc.
66
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-7: Postgraduate Diploma - Geotechnical Engineering
Oral / Practical
Written Exam
Total
Test Time
1
CVE 503
Advanced Foundation Engineering
3
60
60
180
300
3
2
CVE 504
Laboratory Characterization of Geo-materials
3
100
--
200
300
3
3
CVE 505
Earth Retaining Structures
3
60
60
180
300
3
4
CVE 506
Tunnel Engineering
3
60
60
180
300
3
Serial
Course Work
Credit Hours
Grades
Course Code
Course Name
Compulsory Courses
Elective Courses 1
STR 506
Construction Materials
3
100
--
200
300
3
2
CVE 507
Advanced Laboratory Testing Techniques
3
60
60
180
300
3
3
CVE 511
Sediment Transport
3
100
--
200
300
3
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma, the student should achieve grade point
average not less than (C).
67
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-8: Master of Engineering (M. Eng) - Geotechnical Engineering
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Cours e Code
Pre-requisites
Serial
Grades
--
3
60
60
180
300
3
CVE 501
3
60
60
180
300
3
CVE 502
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
3
60
60
180
300
3
--
3
100
--
200
300
3
--
3
60
60
180
300
3
Compulsory Courses 1
CVE 601
Soil Hydraulics
Advanced Site Investigation Techniques CVE Soil Stabilization and 3 603 Reinforcement CVE Geotechnical 4 604 Engineering Modeling Elective Courses 2
1 2 3
4
CVE 602
Advanced CVE Geotechnical 605 Engineering CVE Soil Structure 606 Interaction Dynamic CVE Geotechnical 607 Engineering Special Studies in CVE Geotechnical 608 Engineering
CVE 503
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student may be allowed to study up to 6 credit hours of subjects with code 500 which he/she did not study before. The student is granted the degree of Master of Engineering if he/she completes the required courses with grade point average of at least (C).
The degree does not allow its holders to join the Ph.D. program. 68
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-9: Master of Science (M. Sc) - Geotechnical Engineering
Oral / Practical
Written Exam
Total
--
3
60
60
180
300
3
CVE501
3
60
60
180
300
3
CVE502
3
60
60
180
300
3
--
3
60
60
180
300
3
--
18
--
--
--
--
--
Test Time
Course Work
Course Name
Credit Hours
Course Code
Pre-requisites
Serial
Grades
Compulsory Courses 1
CVE601
2
CVE602
3
CVE603
4
CVE604
Soil Hydraulics Advanced Site Investigation Techniques Soil Stabilization and Reinforcement Geotechnical Engineering Modeling
M. Sc Thesis 5 Elective Courses 1
CVE605
Advanced Geotechnical Engineering
--
3
60
60
180
300
3
2
CVE606
Soil Structure Interaction
CVE503
3
60
60
180
300
3
4
CVE607
--
3
100
--
200
300
3
5
CVE608
--
3
60
60
180
300
3
Dynamic Geotechnical Engineering Special Studies in Geotechnical Engineering
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
69
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-10: Doctor of Philosophy (Ph. D)- Geotechnical Engineering
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisites
Serial
Grades
3
60
60
180
300
3
3 30
60 --
60 --
180 --
300 --
3 --
3
100
--
200
300
3
3
60
60
180
300
3
CVE 502
3
60
60
180
300
3
CVE 607
3
60
60
180
300
3
--
3
60
60
180
300
3
Compulsory Courses Ground Improvement Techniques 2 CVE 702 Dam Engineering 3 Ph. D Thesis Elective Courses
CVE 603 ---
1
-CVE 601
1
2 3 4 5
CVE 701
CVE 703
Rock Engineering Geo-environmental CVE 704 Engineering Rehabilitation of CVE 705 Foundations Geo-structures Geotechnical Earthquake CVE 706 Engineering Advanced Topics in CVE 707 Geotechnical Engineering
To join this program, the student should have a M.Sc. degree with a grade point average of at least (C+) and pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph .D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
70
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-11: Preparatory Studies Water Resources and Hydraulics Engineering
Written Exam
Total
Test Time
Oral / Practical
Course Name
3 3
100 100
---
200 200
300 300
3 3
3 3 3 3
100 60 60 100
60 60 --
200 180 180 200
300 300 300 300
3 3 3 3
3
60
60
180
300
3
Course Work
Course Code
Credit Hours
Serial
Grades
Compulsory Courses 1 Course from Table 6 2 Course from Table 6 Elective Courses 1 2 3 4
CVE 501 CVE 502 CVE 510
5
Course from Table 6 Subsurface Investigation Problematic Geo-materials Wave Mechanics Elective from level 500 subjects in water resources and hydraulics engineering
Students holding B.sc. in civil engineering from Egyptian Universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the postgraduate studies Diploma the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). To join the M.Sc. Program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+) and the student should have achieved a (good) grade in the undergraduate B.sc.
71
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-12: Postgraduate Diploma Water Resources and Hydraulics Engineering
Total
3 3 3 3
100 100 100 100
-
200 200 200 200
300 300 300 300
3 3 3 3
3
60
60
180
300
3
3 3
60 60
60 60
180 180
300 300
3 3
Test Time
Written Exam
Oral / Practical
Course Name
Course Work
Course Code
Credit Hours
Serial
Grades
Compulsory Courses 1 CVE 508 Hydraulics of Open Channels 2 CVE 509 Engineering Hydrology 3 CVE 510 Wave Mechanics 4 CVE 511 Sediment Transport Elective Courses 1
CVE 503
2 3
CVE 505 CVE 506
Advanced Foundation Engineering Earth Retaining Structures Tunnel Engineering
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma the student should complete all the required courses with grade point average not less than (C).
72
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-13: Master of Engineering (M. Eng) Water Resources and Hydraulics Engineering
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisites
Serial
Grades
--
3
100
-
200
300
3
CVE 510
3
100
-
200
300
3
3
100
-
200
300
3
3
100
-
200
300
3
3
60
60
180
300
3
3
60
60
180
300
3
3
60
60
180
300
3
3
100
-
200
300
3
Compulsory Courses 1
CVE 609
Water Resources Management
2
CVE 610
Coastal Engineering I
3
CVE 611
Hydraulic Modeling
4
CVE 612
Coastal Structures
CVE 510
Elective Courses 1
CVE 601
2
CVE 602
3
CVE 603
4
CVE 616
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student may be allowed to study up to 6 credit hours of subjects with code 500 which he/she did not study before. The student is granted the degree of Master of Engineering if he/she completes the required courses with grade point average of at least (C). The degree does not allow its holders to join the Ph.D. program.
Soil Hydraulics Advanced Site Investigation Techniques Soil Stabilization and Reinforcement Advanced Wastewater Treatment
CVE 501 CVE 502 --
73
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-14: Master of Science (M. Sc) Water Resources and Hydraulics Engineering
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisites
Serial
Grades
--
3
100
--
200
300
3
CVE 510
3
100
--
200
300
3
3
100
--
200
300
3
Compulsory Courses 1
CVE 609
Water Resources Management
2
CVE 610
Coastal Engineering I
3
CVE 611
Hydraulic Modeling
4
CVE 612
Coastal Structures M. Sc Thesis
CVE 510 --
3
100
--
200
300
3
18
--
--
--
--
--
--
3
60
60
180
300
3
CVE 501
3
60
60
180
300
3
CVE 502
3
60
60
180
300
3
--
3
100
--
200
300
3
Elective Courses 1
CVE 601
2
CVE 602
3
CVE 603
4
CVE 616
Soil Hydraulics Advanced Site Investigation Techniques Soil Stabilization and Reinforcement Advanced Wastewater Treatment
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
74
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-15: Doctor of Philosophy (Ph. D) Water Resources and Hydraulics Engineering
Course Name
Credit Hours
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Code
Pre-requisites
Serial
Grades
--
3
100
-
200
300
3
CVE 610
3
100
-
200
300
3
Compulsory Courses 1
CVE 708
Computational Fluid Dynamics
2
CVE 709
Coastal Engineering II
3
CVE 710
Groundwater Hydrology
--
3
100
-
200
300
3
Ph. D Thesis
--
30
--
--
--
--
--
CVE 603
3
60
60
180
300
3
4 Elective Courses 1
CVE 701
Ground Improvement Techniques
2
CVE 703
Dam Engineering
--
3
60
60
180
3
CVE 711
Marine Dredging Engineering
--
3
100
--
200
300
3
4
CVE 712
Water Quality in River Nile and Estuaries
--
3
100
--
200
300
3
5
CVE 713
Special Studies in Water Resources Engineering
--
3
100
--
200
300
3
300
3
To join this program, the student should have a M.Sc. degree with a grade point average of at least (C+) and pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters. 75
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-16: Preparatory Studies Sanitary and Environmental Engineering
Oral / Practical
Written Exam
Total
Test Time
Course Name
Course Work
Course Code
Credit Hours
Serial
Grades
3 3
100 100
---
200 200
300 300
3 3
3 3 3
60 100 100
60 ---
180 200 200
300 300 300
3 3 3
Compulsory Courses 1 Course from Table 6 2 Course from Table 6 Elective Courses 1 2 3
CVE 501 CVE 512 CVE 513
Site Investigation Advanced Water Treatment Wastewater Collection Systems
Students holding B.sc in civil engineering from Egyptian Universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the postgraduate studies Diploma the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). To join the M.Sc. Program, the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+).
76
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-17: Postgraduate Diploma Sanitary and Environmental Engineering
Oral / Practical
Written Exam
Total
Test Time
Course Name
Course Work
Course Code
Credit Hours
Serial
Grades
3
100
--
200
300
3
3
100
--
200
300
3
3
100
--
200
300
3
3
100
--
200
300
3
3
60
60
180
300
3
3 3
100 100
---
200 200
300 300
3 3
Compulsory Courses Environmental Engineering and Pollution Control 2 CVE 515 Sludge Treatment Economical Methods of 3 CVE 516 Wastewater Treatment Wastewater Engineering in Rural 4 CVE 517 Areas Elective Courses 1
1 2 3
CVE 514
Advanced Geotechnical Engineering CVE 508 Hydraulics of Open Channels CVE 509 Engineering Hydrology CVE 503
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma the student should complete all the required courses with grade point average not less than (C).
77
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-18: Master of Engineering(M. Eng) Sanitary and Environmental Engineering
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisites
Serial
Grades
--
3
100
--
200
300
3
--
3
100
--
200
300
3
--
3
100
--
200
300
3
CVE516
3
100
--
200
300
3
--
3
60
60
180
--
300
CVE501
3
60
60
180
300
3
CVE502
3
60
60
180
300
3
--
3
100
--
200
300
3
Compulsory Courses 1
Sanitary Chemistry Bacteriology of Water 2 CVE614 and Wastewater Environmental 3 CVE615 Assessment Advanced Wastewater 4 CVE616 Treatment Elective Courses 1
CVE613
CVE601
2 CVE602 3 CVE603 4
CVE609
Soil Hydraulics Advanced Site Investigation Techniques Soil Stabilization and Reinforcement Water Resources Management
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+).Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student may be allowed to study up to 6 credit hours of subjects with code 500 which he/she did not study before. The student is granted the degree of Master of Engineering if he/she completes the required courses with grade point average of at least (C). The degree does not allow its holders to join the Ph.D. program.
78
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-19: Master of Science (M. Sc) Sanitary and Environmental Engineering
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisites
Serial
Grades
--
3
100
--
200
300
3
--
3
100
--
200
300
3
3
100
--
200
300
3
3
100
--
200
300
3
18
--
--
--
--
--
-CVE 501 CVE 502
3
60
60
180
300
3
3
60
60
180
300
3
3
60
60
180
300
3
--
3
100
--
300
3
Compulsory Courses 1
CVE 613 Sanitary Chemistry Bacteriology of Water and 2 CVE 614 Wastewater 3 CVE 615 Environmental Assessment Advanced Wastewater 4 CVE 616 Treatment 5 M. Sc Thesis Elective Courses 1 2 3 4
CVE 601 Soil Hydraulics Advanced Site CVE 602 Investigation Techniques Soil Stabilization and CVE 603 Reinforcement Water Resources CVE 609 Management
CVE 516 --
200
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
79
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-20: Doctor of Philosophy (Ph. D) Sanitary and Environmental Engineering
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisites
Serial
Grades
--
3
100
--
200
300
3
---
3 30
100 --
---
200 --
300 --
3 --
3
60
60
180
300
3
3
100
--
200
300
3
--
3
100
--
200
300
3
--
3
100
--
200
300
3
Compulsory Courses Industrial Wastewater Treatment 2 CVE 715 Solid Waste 3 Ph. D Thesis Elective Courses 1
1 2 3 4
CVE 714
Geo-environmental Engineering CVE 710 Groundwater Hydrology Water Quality in River CVE 712 Nile and Estuaries Special Studies in Sanitary CVE 716 and Environmental Engineering CVE 704
CVE 601 --
To join this program, the student should have a M.Sc. degree with a grade point average of at least (C+) and pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
80
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-21: The Contents of Courses
Structural Engineering Code
Course Name
STR 501
Advanced Matrix Analysis
--
STR 502
Dynamics of Structures
--
STR 503
Structural Systems
--
STR 504
STR 505
STR 506
High Rise Buildings
Design of Structural Steel Members Using LRFD
Construction Materials
Prerequisites
--
--
--
Course Contents Matrix methods for analysis of statically indeterminate structures. Direct stiffness method. Computation of element stiffness matrix of 2D and 3D trusses, frames and grids. Load vectors. Assembly and equation solution techniques. Use of computer for solution. Types of dynamic loads. Types of structural systems (single-degree-of-freedom and multi-degree-offreedom analytical models), Dynamic equilibrium equations. Response of single degree of freedom system to dynamic excitation: free vibration, harmonic loads, pulses and earthquakes. Response of multidegree-of-freedom systems. Solution of Eigen value problem. Modal superposition method, Deterministic time domain integration method, Computer implementation and application. Loads on buildings. Evaluation of gravity loads, wind and earthquake loads on structures according to national design code. Different structural systems, behavior under gravity and lateral loads. Selection of structural system, layout and conceptual design. Hand and computer analysis methods. Preliminary conceptual design: layout and proportioning of structural members in steel or reinforced concrete. Special Considerations for Tall Buildings, Structural Behavior of Different Systems of Tall Buildings and Range of Application, Analysis of Different Systems, Rigid Frames, Shear Walls, Coupled Shear Walls, Shear Wall and Frame Interaction, Outrigger Systems, Open and Closed Cores, Tube Structures, Effect of Torsion, Special Topics, Applications. Fundamentals of design of structural steel members using the Load and Resistance Factor Design (LRFD) Specification for Structural Steel Buildings. The course emphasizes a limit states view of the design process. An explanation of the common failure modes, or limit states, for which members must be designed and how the LRFD Specification addresses these limit states is the focus of the course. Engineering properties of materials (strength, toughness, hardness, elasticity), introduction to common types of building materials, steel, cement, 81 aggregates, concrete, admixtures, bricks, stones,
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
timber, glass, polymers, adhesives, sealants.
STR 507
STR 508
Building Construction Technology
Elasticity Theory in Engineering
STR 509
Earthquake Engineering
STR 510
Comprehensive Design of Reinforced Concrete Structures
STR 511
Evaluation, Repair & Strengthening of Structures
--
--
Construction engineering of conventional and industrialized building systems. Emphasis on structural systems utilizing cast-in-place concrete, precast concrete, prestressed concrete, structural steel, coldformed steel, masonry, timber, composite and mixed materials. Mechanisms for resisting and transmitting loads, detailing, fabrication, transportation, erection, stability, shoring, quality control and integration of service systems. Vectors, Tensors, Stress Tensors, Strain Tensors, Constitutive Equations for Linear Elasticity, Strain Energy, Compatibility Equations, Formula of Elasticity Problems, Variation Principles and Energy Methods, Plane problems of isotropic and anisotropic materials. Application to plane, two- and threedimensional problems.
STR 502
Nature and characteristics of earthquakes, earthquake ground motion intensity. Main assumptions and governing equations for analysis, structural modeling and analysis, Quasi-static method, Response spectrum method, Step-bystep integration method, Building code requirements and seismic detailing. Applications to structures by commercial computer packages.
--
Behavior and design of reinforced concrete multistory skeleton systems. Stability of RC frames. Progressive collapse of RC structures. Design to avoid progressive collapse. Structural systems for lateral load resistance.
--
Causes of deterioration of structures, Evaluation of structures. Repair and strengthening materials (types, selection, handling). Different repair and strengthening techniques. Protection and maintenance of steel structures. Structural analysis for repair and strengthening, Design of repair and strengthening, Case studies.
STR 601
Finite Elements Analysis
STR 602
Computational Methods for Nonlinear Analysis
STR 501
STR 603
Plastic Analysis and Design of Structures
STR 501
STR 501
Basic principles and fundamentals of the finite element method. Formulations for trusses, frames, plates, shells, and problems of plane stress/strain. Solution methods and computer implementation. Problem solving using commercial software. Nonlinear behavior of reinforced concrete and steel structural elements. Methods of nonlinear analysis. Numerical and computer representation of the failure for normal and high strength concrete and steel. Applications using computer programs for solution. Basic concepts of plastic analysis, Plastic hinge formation, Development and analysis of collapse mechanisms, Basis of plastic design, Analysis and design of flexural beams, frames and connections, design problems. Application to collapse load 82
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
calculations of single and multi-story frame structure. STR 604
Structural Stability
--
STR 605
Composite Structures
--
STR 606
Design of Masonry Structures
--
Elastic buckling of axially loaded bars - lateral buckling of beams - Buckling of beams with lateral loads - Buckling of frames - Buckling of thin plates Elastic stability of columns and simple frames. Introduction to composite materials. Types and properties of constituent materials: fibrous concrete, ferro-cement, fiber-reinforced polymer (FRP) composites. Manufacture and construction methods. Mechanical properties and structural behavior. Introduction to analysis and design synthesis of beams, columns, rods, plates, and panels made of structural composites. Hybrid and composite structural members, connections and systems. Fiber Reinforced Polymers (FRP) for repair and retrofit. Analysis, design and construction of masonry structures. Mechanical properties of masonry units, mortar, and grout. Analysis and design of load bearing walls, columns and pilasters, shear walls. Analysis and design of reinforced masonry members - Systems of masonry multi-storey buildings – Lateral load resistance and seismic behaviour. Masonry design codes. Recent developments in masonry construction and research. Strengthening and retrofit of un-reinforced masonry buildings.
STR 607
STR 608
Theory of Plates and Shells
Advanced Topics in Design of Reinforced Concrete Structures
STR 602
Classical plate bending theory; Equations of slope and curvature. Moments and equilibrium equations. Basic equations of equilibrium of axi-symmetrical shells. Curvature, slope and bending moment relations. Membrane theory for axi-symmetric shell structures. Analysis of shells by membrane and bending theories. Classical and numerical solutions. Anisotropic and sandwich plates and shells. Applications to design of plate and shell structures with different boundary conditions.
STR 502 STR 602
Advanced topics such as analysis and design of RC shear walls for high-rise buildings. (cantilever, coupled shear walls, openings in shear walls). Design of precast units, fiber-reinforced concrete, high strength concrete. Analysis of axi-symmetric bodies, stresses and deformations (shell, spherical, conical structures). Non-linear Analysis of RC structures.
STR 609
Bridges Construction Technology
--
STR 610
Design for
--
Introduction to methods of construction of bridges. Explanation to most famous methods of construction (Cantilever shuttering, Launching nose.) Fabrication and erection of steel constructions - Equipment selection. This course will cover the spectrum of cold-formed steel applications to include joists, purlins, girts, 83
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra) Cold Formed Steel Structures
STR 611
Steel Plated Structures
--
STR 612
Microstructure of Engineering Materials
--
STR 613
Special Concrete Types
--
STR 614
Quality in Construction
--
STR 615
Inspection and Testing of Materials in Structures
--
STR 701
Advanced Finite Elements Analysis
STR 602
STR 702
Structural Vibration Analysis
STR 502
headers, trusses, shear walls and diaphragms, panels, and decks. Design criteria and example problems will be presented. Orthotropic floors and decks, Behavior and design, Construction details. Steel box girders: Different applications, Theory and behavior, Members design, Connections design, Details of connections. Steel hollow section structures: Different applications in trusses, Arches and vierendeels. Storage structures: Tanks: Types of tanks, Analysis and design, Construction details. Silos: Types of silos, Analysis and design, Construction details. Types of crystal structures, microstructure and effect on macro-properties. Concrete containing mineral or chemical admixtures. Light weight, heavy weight, high strength, underwater, self compacting, roller compacted, polymer, fiber, high performance, reactive powder. Quality concerns in construction, organizing for quality and work and material specifications, quality control and inspection, statistical methods, sampling by attributes and variables, total quality management (TQM), ISO concepts and regulations. Materials tests (steel, cement, aggregate, brick, paints …etc.). Types of defects in buildings - Inspection procedures - Definition of defects - preparation of technical report of inspection - Methods of testing and assessment of existing structures Advanced topics in finite element analysis: axisymmetric elements, higher-order isoparametric elements, consideration of geometric and material nonlinearities, dynamic analysis (modal analysis, timedomain analysis), computational procedures, meshing issues, convergence and stability of solutions. Accidental, environmental and operational dynamic forces due to wind, earthquakes, waves, machinery operations, explosions and impact are major causes of structural failures. Equivalent static loads were used to design for dynamic loads in the past because of the computational complexities of dynamic analysis. With the availability of abundant computer resources (powerful PCs), dynamic analysis is more widely used nowadays. Structural designs on the basis of dynamic analyses are usually less conservative and thus more economical compared to equivalent static design procedures.
84
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
STR 703
Structural Optimization
--
STR 704
Advanced Analysis and Design of Steel Frames
STR 509
STR 705
Suspension and Guyed Structures
STR 509
STR 706
Mechanics and Technology of Engineering Materials
STR 508
STR 707
Transport Properties in Concrete
STR 612
STR 708
Options for Building Repair and Demolition
STR 511 STR 615
STR 709
Materials Specifications
--
Introduction to optimum design (minimum weight, minimum cost, fully stressed design) - Introduction to mathematical programming (linear, nonlinear, dynamic, geometric) - Linear programming (simplex method, sensitivity analysis) - Nonlinear programming (single variable, multivariable, and constrained problems) - Applications to optimum design of some steel and concrete structures. Fundamental equations governing the elastic and elasto-plastic equilibrium of beam, sheer beam, column, joint-panel and brace elements for steel frames. Analysis of elastic buckling, elasto-plastic capacity and earthquake-exited behavior of steel frames. Hysteretic behavior of steel beam-column, composite beams. Development of structural design approaches. Reliability- based advanced analysis. Methods and procedures for establishing practical design formula. Classification of Suspension and Guyed Structures, Construction Materials, Joint Details, Design Considerations, Static Analysis, Dynamic Analysis, Computer Programming for Suspension and Guyed Structures, Practical Applications. Mechanics and Technology of Concrete : failure criteria, principles of fracture mechanics, mechanics of fresh concrete, special types, precast concrete technology, - Simulation and analysis of structural models - Stress/Strain Analysis : stress concentration, stress relaxation, residual stresses, strain energy. Definitions, methods of measurements, assessment in buildings. Methods of repair (structural repair, patch repair), Performance of repaired buildings. Long term repair solutions (cathodic protection, alkalinity restoration…etc). Demolition arrangements and procedures. Types of specifications. Types of project specifications. Examples and applications.
85
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Civil Engineering Department Table 2-22: The Contents of Courses
General Civil Engineering Code
Course Name
Prerequisites
CVE 501
Site Investigation
--
CVE 502
Problematic Geo-materials
--
CVE 503
Advanced Foundation Engineering
--
CVE 504
Laboratory Characterization of Geo-materials
--
CVE 505
Earth Retaining Structures
--
CVE 506
Tunnel Engineering
--
Course Contents Field and laboratory testing, sampling of geomaterials, primarily soils and rocks, methods of drilling, probing, and in-situ measurement of soils for determining stratigraphy and engineering parameters for analysis, including soil borings, penetration tests, vane shear test, load tests, foundation recommendation and geotechnical report writing. This course presents many of the fundamental concepts behind the mechanical behavior of unsaturated soils such as collapsible soils and expansive soils and rocks. It also includes the engineering problems and geotechnical solutions for weak problematic geomaterials such as; organic soils, compressible silts, soft clay, shale, cavernous limestone and soluble gypsum. Evaluation and design of foundations for civil engineering structures, including the settlement and bearing capacity of shallow and deep foundations. Beams on elastic foundations. Raft foundation, driven piles, bored piles, and drilled shafts analyzed using elastic continuum theory, limit plasticity, and cavity expansion solutions, lateral and moment loading of piles, behavior of pile groups, and pile testing. Instruction in the procedures, methods of interpretation and apparatus limitations and influences for geotechnical laboratory index, strength, deformation, and permeability tests, analysis of test results, determination of basic physical and mechanical properties and soil deformation and strength parameters. Instruction in techniques for assessing the stability of earth-retaining structures including unreinforced slopes, reinforced slopes, free-standing retaining structures, diaphragm walls, secant piles, and various reinforced retaining structures. Main concepts associated to design and construction of tunnels in soils and rocks. Urban tunnels, excavated in soil or weak rock masses, geotechnical aspects related to tunnel behavior, factors controlling this behavior, tunnel construction methods, improvement and reinforcement techniques, the available analysis methods and tunnel instrumentation and observation.
86
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
CVE 507
Advanced Laboratory Testing Techniques
--
CVE 508
Hydraulics of Open Channels
--
CVE 509
Engineering Hydrology
--
CVE 510
Wave Mechanics
--
CVE 511
Sediment Transport
--
CVE 512
Advanced Water Treatment
--
CVE 513
Wastewater Collection Systems
--
CVE 514
Environmental Engineering and Pollution Control
--
CVE 515
Sludge Treatment
--
CVE 516
Economical Methods of Wastewater Treatment
--
Advanced laboratory testing, dynamic laboratory tests, swelling pressure tests, collapsibility tests, lab vane shear test, soil chemistry tests, ground water analysis, x-ray diffraction, differential thermal analysis, electron microscope. Application of momentum and energy principles to advanced topics in uniform, nonuniform, gradually varied and rapidly varied flow problems. Backwater flow profile computation in steady flow. The method of characteristics applied to unsteady flows. Jeffreys-Vedernikov criteria. Weather and hydrology, precipitation, streamflow analysis, evaporation and transportation, subsurface water, streamflow hydrographs, precipitation-runoff relations, streamflow routing, probability studies, stochastic hydrology, sedimentation, morphology of river basins. Wave theory and applications to engineering problems; linear and non-linear theories of regular gravity waves; wave properties and transformation in shoaling water; spectral analysis of irregular waves; forecasting, hindcasting and theoretical spectra. Sediment properties and size distribution, sediment transport equations, movement of material by the sea, review of wave theories, littoral drift, inlet stability, coastal protection structures, similarity in sediment transport, movable bed models, sediment tracing and case studies. Water resources, potability of water, drinking water standards, ground water, surface water collection works, low lift units, sedimentation processes, water filtration, water disinfection. Collection methods of domestic sewage, industrial wastes, storm water types of collection sewers, design of storm water sewer system, design of domestic sewers, primary studies of collection systems, pipelines construction, appurtenances of sewer systems, collection sumps, pump stations and rising mains. Main Parameters of environment impacts on the projects, environmental impacts of the project on the human, animals, Plants, and Birds, environmental impacts of the project on the rest of Components of the environment, environmental impacts of the project during the construction, environmental impacts of the project after construction, governing Laws. Characteristics and volume of sludge, sludge handling, sludge stabilization, thermal processing of sludge, ultimate disposal and utilization of sludge. Natural treatment methods, stabilization ponds, aerated lagoons, wetlands, land treatment.
87
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra) CVE 517
Wastewater Engineering in Rural Areas
CVE 601
Soil Hydraulics
--
CVE 602
Advanced Site Investigation Techniques
CVE 501
CVE 603
Soil Stabilization and Reinforcement
STR 502
CVE 604
Geotechnical Engineering Modeling
--
CVE 605
Advanced Geotechnical Engineering
--
CVE 606
Soil Structure Interaction
--
CVE 607
Dynamic Geotechnical Engineering
CVE 608
Special Studies in Geotechnical Engineering
--
--
--
Characteristics of wastewater in rural areas, wastewater treatment methods in rural areas, disposal and reuse, biogas. Seepage and its effects on engineering behavior of soils and its consequences for design of geoinfrastructure, flow nets, construction dewatering, pumping tests, and lowering of water table. Field shear strength tests, pressuremeter, dilatometer, piezometers, piezocone, collapsibility tests, swelling tests, geophysical methods including seismic, magnetic, electromagnetic, radar, and resistivity methods. Mechanical, physical, chemical, electrical, thermal stabilization of foundation soils, embankments for roads, railways, and runways, water structures and dams. Geosynthetics; development, fabrication, design, and applications of geotextiles, geogrids, geonets, and geomembranes. Fundamental concepts in modeling behavior of soils, implementation of models into numerical solution codes. Evaluation of models used in practice. Geotechnical Analysis Using Mathematical Methods, Finite Difference Method, Finite Element Method, Geotechnical Analysis Using Boundary Element Method, Numerical Analysis of Case Studies in Geotechnical Engineering. Analysis and Design Packages, Package Selections, Commercial Computer Packages. Soil mineralogy, physical and chemical behavior of soils, fundamental concepts related to the mechanical behavior of soils, including: effective stress, strength, stiffness, permeability, time-dependent behavior. Interaction between ground and structure, exchange of mutual stress between structure and foundation ground, interface of the major structural elements within a structure and the foundation material, methods of analysis and modeling, effect of ground movement, site response analysis, numerical seismic analysis and modeling for underground structures, soil-structure interaction under extreme loading conditions including performance during earthquakes, floods, landslides, large deformations due to tunneling, deep excavations, and subsidence due to due to dewatering and cavernous rocks. Introduction to wave propagation theories; engineering behavior of soils under dynamic loading; dynamic soil properties; dynamic stiffness of foundations; response of foundations to dynamic loads; machine foundations; dynamic analysis of pile driving. Updated theoretical and practical studies that cover advanced and comprehensive knowledge relating to topics relevant to M. Eng. and M.Sc. students research interests.
88
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
CVE 609
Water Resources Management
--
CVE 610
Coastal Engineering I
CVE 510
CVE 611
Hydraulic Modeling
--
CVE 612
Coastal Structures
CVE 613
Sanitary Chemistry
--
CVE 614
Bacteriology of Water and Wastewater
--
CVE 615
Environmental Assessment
--
CVE 616
Advanced Studies in Wastewater Treatment
CVE 510
CVE 516
Planning and measurement concepts for control, conservation and use for water resources by emphasizing interdisciplinary approaches; alternatives to minimize flood damages; Egypt water rights, multipurpose projects, environmental impacts, policies for the future and systems approach to planning. Small amplitude wave theory and applications to engineering problems. Analysis of wave data. Wave forces on coastal structures. Wave run-up on seawalls and breakwaters. Control of spills and offshore piplines. Dimensional analysis; model laws; mathematical techniques; applications to fluid mechanics and coastal engineering models; fixed-bed; movable-bed, geometric and distorted models for flows with free surface; sediment transport; waves, tides and estuary models. Effects of waves on coastal structures; design of seawall breakwaters, jetties, harbors, ship channels and pipelines, intentional and accidental discharge of pollutants; diffusion and spreading; oil spill containment and collection. Water quality and methods of measurements, design of water quality measurement program, physiological and physical properties such as pH, hardness, nitrogen, phosphorus, phosphate, sulfate, chlorides, dissolved oxygen, chlorine, iron and manganese, water pollution with pesticides, methods of removal of dissolved organic matter, methods of determination of BOD, COD, and TOC. Biological organisms, water borne diseases, Indicator organisms for water quality, water as a source of bacterial contamination. Tests for the coliform group, BOD of domestic sewage and industrial wastewater, Factors affecting growth in biological treatment systems. information on the recent advances and various approaches to EIA, developments in the improved evaluation of the social, economic and environmental impacts of development, detailed account of the evolution of environmental assessment related processes, procedures and best practices, limitations, highlight the links between EA and other planning and decision-making systems in support of sustainable development, a current perspective on the existing tools being used in EA to enable more integrated assessments. Quantity and quality of wastewater, primary treatment, suspended growth biological treatment, attached growth and dual biological treatment, nitrification, identification, phosphorus removal, chemical treatment, anaerobic treatment, oxidation ponds, aerated lagoons, land application, disinfecting, upgrading of existing wastewater treatment plants
89
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
CVE 701
Ground Improvement Techniques
CVE 603
Methods for improving sites for geotechnical engineering projects, preloading, dynamic compaction, blast densification, pounding, chemical, physical and electrical stabilization.
CVE 702
Dam Engineering
--
Rock characterization, scale effect, in-situ stresses, mechanisms of rock deformation and fracture, rockfalls, rockslides, rock cavities, foundations on rocks.
CVE 703
Rock Engineering
--
Types of dams, dam selection, site selection, design loads, factors of safety, seepage prevention, concrete dams, embankment dams; rockfill dams and earth dams.
CVE 704
Geoenvironmental Engineering
CVE 601
The course deals with landfill design and construction; site selection, geomaterial selection and characterization, chemical compatibility, placement procedures (including compaction), design strategies, seepage issues, instrumentation, and environmental monitoring.
CVE 705
Rehabilitation of Geo-structures
CVE 502
Underpinning, grout curtains, injection grouting, geopiers, stone columns, and micropiles.
CVE 706
Geotechnical Earthquake Engineering
CVE 607
CVE 707
Advanced Topics in Geotechnical Engineering
--
CVE 708
Computational Fluid Dynamics
--
CVE 709
Coastal Engineering II
CVE 610
CVE 710
Groundwater Hydrology
--
CVE 711
Marine Dredging Engineering
--
CVE 712
Water Quality in River Nile and Estuaries
--
Earthquake magnitude and intensity, seismic hazard evaluation using deterministic and probabilistic approaches, site response analyses and ground motion amplification liquefaction, and response of earth structures. Advanced theoretical and practical and/or experimental studies that cover updated scientific knowledge and stateof-the-art in engineering practice relating to topics relevant to the Ph. D. students research interests. Finite-difference and finite-element methods and basic numerical concepts for the solution of dispersion, propagation and equilibrium problems commonly encountered in real fluid flows. Theoretical accuracy analysis techniques. Non-linear wave theories and their application to engineering problems, wave forces on off-shore structures; floating, hydraulic and pneumatic breakwaters; off-shore pipelines; diffusion in coastal waters; oil spill containment and collection. Groundwater hydrology, theory of groundwater movement, steady state flow, potential flow, flow nets, mechanics of well flow, multiple-phase flow, salt water intrusion, artificial recharge, legal aspects and models. Dredge pump selection; pump and system characteristics; cavitation; types of dredges; head loss on horizontal and vertical pipes for two and three-phase flow; design of disposal methods for dredged material; environmental effects of dredging. Physical, chemical, radiological and biological properties of streams, reservoirs and estuaries, and the interrelationships of these properties; water quality standards, legal aspects of water pollution control; quality 90
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
criteria for beneficial uses of water; evaluation of critical problems. CVE 713
Special Studies in Water Resources Engineering
--
Field, physical and studies covering the advances and comprehensive information and knowledge covering the research topics related to the students.
CVE 714
Industrial Wastewater Treatment
--
Effect of industrial wastes on sewerage system and wastewater treatment plant, methods of industrial wastes produced from paper industry, textile, feed industry, pharmaceutical industry, steel industry, reuse of treated Industrial wastewater.
CVE 715
Solid Waste
--
Solid wastes sources, collection, transportation and classification, Sanitary landfill, composting, recycling.
CVE 716
Special studies in Sanitary and Environmental Engineering
--
Theoretical and experimental studies covering advanced and comprehensive knowledge in research topics of interest to post graduate students.
91
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Surveying Engineering Department (Code: SUR) Degree Professional Diploma Postgraduate Diploma Master of Science (M. Sc) Doctor of Philosophy (Ph. D)
Specialties
Geographic Information System Photogrammetry and Remote Sensing Geodesy Geographic Information System Photogrammetry and Remote Sensing Geodesy Geographic Information System Photogrammetry and Remote Sensing Geodesy Photogrammetry and Remote Sensing
92
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Surveying Engineering Department Table 3-1: Professional Diploma Geographical Information systems
Total
Test Time
100
--
200
300
3
3
100
--
200
300
3
SUR 514 Database Principles
3
60
60
180
300
3
SUR 520 Applied project
3
100
200
--
300
3
Course Code
Course Name
Course Work
3
Serial
Written Exam
Oral / Practical
Credit Hours
Grades
Compulsory Courses 1
SUR 502 Cartography 1
2
SUR 510
3 4
Principles of Geographical Information Systems
Elective Courses 1
SUR 501 Satellite Geodesy 1
3
60
60
180
300
3
2
SUR 506 Hydrographic Survey
3
100
--
200
300
3
3
SUR 509
3
100
--
200
300
3
4
SUR 511 Remote Sensing 1
3
100
--
200
300
3
5
SUR 513 Ground Survey
3
60
60
180
300
3
6
SUR 515
Photogrammetry 1
3
60
60
180
300
3
7
SUR 519
Image Interpretation
3
100
--
200
300
3
Observing and Analysis of Deformation
Faculty of engineering graduates, practical faculties graduates, or graduates of any other institute accredited by the Egyptian Supreme Council of Universities are admitted to this program. Total number of required credit hours is 24 hours. The studied subjects should have a code 500, the minimum period of study is two academic semesters and with an accumulated grade not less than (C). The degree does not allow its holders to join the M.sc. program.
93
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Surveying Engineering Department Table 3-2: Professional Diploma Photogrammetry and Remote Sensing
Written Exam
Total
Test Time
SUR 510
Principles of Geographical Information Systems
3
100
--
200
300
3
2
SUR 511
Remote Sensing 1
3
60
60
180
300
3
3
SUR 515
Photogrammetry 1
3
60
60
180
300
3
4
SUR 520
Applied Project
3
100
200
--
300
3
Course Code
Course Name
Oral / Practical
Course Work
1
Serial
Credit Hours
Grades
Compulsory Courses
Elective Courses 1
SUR 501
Satellite Geodesy 1
3
100
--
200 300
3
2
SUR 502
Cartography 1
3
100
--
200 300
3
3
SUR 506
Hydrographic Survey
3
100
--
200 300
3
4
SUR 509
Observing and Analysis of Deformation
3
100
--
200 300
3
5
SUR 512
Digital Image Processing
3
--
100
200 300
3
6
SUR 513
Ground Survey
3
60
60
180 300
3
7
SUR 519
Image Interpretation
3
100
--
200 300
3
Faculty of engineering graduates, practical faculties graduates, or graduates of any other institute accredited by the Egyptian Supreme Council of Universities are admitted to this program. Total number of required credit hours is 24 hours. The studied subjects should have a code 500, the minimum period of study is two academic semesters and with a grade point average not less than (C). The degree does not allow its holders to join the M.sc. program.
94
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Surveying Engineering Department Table 3-3: Preparatory Studies
Oral / Practical
Written Exam
Total
Test Time
Course Name
Course Work
Course Code
Credit Hours
Serial
Grades
3 3
100 100
---
200 200
300 300
3 3
3
100
--
200
300
3
3
100
--
200
300
3
Compulsory Courses 1 2
ENG 508 Scientific Writing ENG 509 Project Management
Elective Courses 1
2
Elective from Table 6 or from code 500 subjects Elective from Table 6 or from code 500 subjects
Student holding B.sc. from Egyptian Universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, are admitted to this program. Number of required credit hours are 12. (6 credit hours are to be selected from Table 6 and the other 6 are selected from either Table 6 or from subjects with code 500 offered by the department or related departments). To join the Postgraduate Diploma, the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). To join the M.Sc. Program, the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+).
95
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Surveying Engineering Department Table 3-4: Postgraduate Diploma - Geodesy
Written Exam
Total
Test Time
Compulsory Courses 1 SUR 501 Satellite Geodesy 1 2 SUR 502 Cartography 1 3 SUR 503 Geometrical geodesy 4 SUR 504 Physical Geodesy 1
Oral / Practical
Course Name
Course Work
Course Code
Credit Hours
Serial
Grades
3 3 3 3
100 100 60 100
--60 --
200 200 180 200
300 300 300 300
3 3 3 3
3
100
--
200
300
3
3
100
--
200
300
3
3
60
60
180
300
3
3
60
60
180
300
3
3
100
--
200
300
3
Elective Courses 1
SUR 505
2
SUR 506
3
SUR 507
4
SUR 508
5
SUR 509
Geographical Information System 1 Hydrographic Survey Adjustment & Analysis of Survey Observations Design of Geodetic Networks Observing and Analysis of Deformation
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma the student should complete all the required courses with grade point average not less than (C).
96
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Surveying Engineering Department Table 3-5: Postgraduate Diploma Geographical Information System
100
--
200
300
3
3
100
--
200
300
3
SUR 511 Remote Sensing 1
3
100
--
200
300
3
SUR 512 Digital Image Processing
3
--
100
200
300
3
3
100
--
200
300
3
3
60
60
180
300
3
3
100
--
200
300
3
Course Name
Test Time
Total
3
Course Code
Course Work
Written Exam
Oral / Practical
Credit Hours
Serial
Grades
Compulsory Courses 1
SUR 502 Cartography 1
2
SUR 510
3 4
Principles of Geographical Information Systems
Elective Courses
3
Geographical Information System 1 Adjustment and Analysis of SUR 507 Survey Observations SUR 513 Ground Survey
4
SUR 517 Measuring Height by Satellite
3
100
--
200
300
3
5
SUR 518
Modeling of Digital Terrain Models
3
60
60
180
300
3
6
SUR 519
Image Interpretation
3
100
--
200
300
3
1
SUR 505
2
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma the student should complete all the required courses with grade point average not less than (C).
97
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Surveying Engineering Department Table 3-6: Postgraduate Diploma Photogrammetry and Remote Sensing
3
100
--
200
300
3
2
SUR 511 Remote Sensing 1
3
100
--
200
300
3
3
SUR 512 Digital Image Processing
3
--
100
200
300
3
4
SUR 515
Photogrammetry 1
3
100
--
200
300
3
1
SUR 501 Satellite Geodesy 1
3
100
--
200
300
3
2
SUR 506 Hydrographic Survey
3
60
60
180
300
3
3
SUR 507 Adjustment & Analysis of Survey Observation SUR 516 Geographical Information Science SUR 517 Measuring Heights by Satellite SUR 519 Image Interpretation
3
60
60
180
300
3
3
100
--
200
300
3
3
100
--
200
300
3
3
100
--
200
300
3
Course Name
Test Time
Total
SUR 502 Cartography 1
Course Code
Course Work
1
Serial
Written Exam
Oral / Practical
Credit Hours
Grades
Compulsory Courses
Elective Courses
4 5 6
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma the student should complete all the required courses with grade point average not less than (C).
98
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Surveying Engineering Department Table 3-7: Master of Science (M. Sc) - Geodesy Credit Hours
Course Work
Oral / Practical
Written Exam
Total
Test Time
1
SUR 604 Geodetic Astronomy
--
3
60
60
180
300
3
2
SUR 606
--
3
100
--
200
300
3
3
SUR 608 Satellite Geodesy 2
SUR 501
3
100
--
200
300
3
4
SUR 609 Physical Geodesy 2
SUR 504
3
60
60
180
300
3
--
18
--
--
--
--
--
Serial
Course Name
Pre-requisites
Grades
Course Code
Compulsory Courses
5
Standard & Specification of Surveying Work
M. Sc Thesis
Elective Courses 1
SUR 603 Mathematical Surveying
--
3
60
60
180
300
3
2
SUR 605 Surveying Laws
--
3
100
--
200
300
3
3
SUR 607 Cartography 2
SUR 502
3
100
--
200
300
3
4
SUR 610 Photogrammetry 2
SUR 515
3
100
--
200
300
3
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
99
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Surveying Engineering Department Table 3-8: Master of Science (M. Sc) Geographical Information Science
-- 200 300
3
SUR 511
3
60
60 180 300
3
--
3
60
60 180 300
3
SUR 515
3
60
60 180 300
3
--
18
--
--
--
--
3
100
-- 200 300
3
--
3
100
-- 200 300
3
SUR 502
3
100
-- 200 300
3
--
3
100
-- 200 300
3
Test Time
100
Total
3
Written Exam
SUR 505
Oral / Practical
Course Work
Course Name
Credit Hours
Course Code
Pre-requisites
Serial
Grades
Compulsory Courses 1
SUR 601
2
SUR 602
Geographical Information systems 2 Remote Sensing 2
3
SUR 603
Mathematical Surveying
4
SUR 610
Photogrammetry 2
5
M. Sc Thesis
--
--
Elective Courses 1
SUR 605
Surveying Laws Surveying Standard and Specification
2
SUR 606
3
SUR 607
Cartography 2
4
SUR 611
Planning and Land Use
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
100
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Surveying Engineering Department Table 3-9: Master of Science (M. Sc) Photogrammetry and Remote Sensing Credit Hours
Course Work
Oral / Practical
Written Exam
Total
Test Time
Pre-requisites
Serial
Grades
3
60
60
180
300
3
-SUR 515
3
60
60
180
300
3
3
100
--
200
300
3
SUR 612 Digital Photogrammetry
--
3
60
60
180
300
3
M.Sc. Thesis
--
18
--
--
--
--
--
Course Code
Course Name
Compulsory Courses 1
SUR 602 Remote Sensing 2
2
SUR 603 Mathematical Surveying
3
SUR 610 Photogrammetry 2
4 5
SUR 511
Elective Courses 1
SUR 604 Geodetic Astronomy
--
3
60
60
180
300
3
2
SUR 605 Surveying Laws
-
3
100
--
200
300
3
3
SUR 606
--
3
100
--
200
300
3
4
SUR 607 Cartography 2
3
100
--
200
300
3
5
SUR 608 Satellite Geodesy 2
3
100
--
200
300
3
Surveying Standard and Specification
SUR 502 SUR 501
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
.
101
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Surveying Engineering Department Table 3-10: Doctor of Philosophy (Ph. D) - Geodesy
SUR 608
3
100
Test Time
60
Total
3
Written Exam
--
Oral / Practical
Course Work
Course Name
Credit Hours
Course Code
Pre-requisites
Serial
Grades
Compulsory Courses 1 2
Modern Applications in Geodesy Modern Applications of SUR 703 Global Navigation Systems SUR 702
60 180 300 -
200 300
3
60 180 300
3
3
SUR 704 Selected Topics 1
--
3
60
4
SUR 705 Selected Topics 2
--
3
100
-
--
30
--
--
5
Ph.D. Thesis
3
200 300 --
--
3 --
To join this program, the student should have a M.Sc. degree with a grade point average of at least (C+) and pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
102
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Surveying Engineering Department Table 3-11: Doctor of Philosophy (Ph. D) Photogrammetry and Remote Sensing Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisites
Serial
Grades
SUR 602
3
60
60
180
300
3
SUR 608
3
100
--
200
300
3
Compulsory Courses 1 3
Modern Systems for Remote Sensing Modern Applications SUR 703 of Global Navigation Systems SUR 701
2
SUR 704 Selected Topics 1
--
3
60
60
180
300
3
4
SUR 705 Selected Topics 2
--
3
100
-
200
300
3
--
30
--
--
--
--
--
5
Ph.D. Thesis
To join this program, the student should have a M.Sc. degree with a grade point average of at least (C+) and pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D. thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
103
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Surveying Engineering Department Table 3-12: The Contents of Courses Pre-
Code
Course Name
SUR 501
Satellite Geodesy 1
--
SUR 502
Cartography 1
--
SUR 503
Geometrical Geodesy
--
SUR 504
Physical Geodesy1
--
SUR 505
Geographical Information System 1
--
SUR 506
Hydrographic Survey
--
SUR 507
Adjustment and Analyses of Survey Observations
--
SUR 508
Design of Geodetic Networks
--
requisites
Course Contents Geodetic Satellites, types, Orbits, Satellite Coordinate System, Signal structure, observables, Satellite Observations techniques, and GPS. Principles of Cartography, Methods of Map Production, Technology of GIS for Map Production, theory and applications of artificial Intelligence, on the quality of maps and color theory. Definition of geodesy, Different Surfaces, System of Coordinates, calculation of Best Fit Ellipsoid, 2D and 3D Coordinates Transformation concept using different models , and Geodetic Calculations on the ellipsoid. Gravity Measurements, Gravity Corrections, Effect of Gravity on Observations, Geodetic boundary value problem, fast Fourier transform and least squares collocations, Geoid Determination, Airborne Gravimetry. Introduction, Definitions, Modeling, building of Spatial and attribute data System, Data Collection and Analysis, GIS applications. Positioning – radio navigation systems from the ground or satellite – integrated positioning systems and positioning accuracy-Echo-sounder measurements with single or multiple beam -Sonar- laser – Electromagnetic methods and its corrections. Theory of Probability, Least Squares method, Statistical Analyses of Observations, Adjustment of large geodetic networks, in two and three dimensions. Introduction to Kalman filtering. Study of geodetic network, analysis and estimation of the required accuracy, sensitivity of a net work and the optimal design concepts, detection of errors, 104
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
SUR 509
Observing and Analysis of Deformation
--
SUR 510
Principles of Geographical Information System
--
SUR 511
Remote Sensing 1
--
SUR 512
Digital Image Processing
--
SUR 513
Ground Survey
--
SUR 514
Database Principles
--
SUR 515
Photogrammetry 1
--
SUR 516
Geographical Information Science
--
SUR 517
Measuring Height by Satellite
--
SUR 518
Modeling of Digital Earth Surface
--
SUR 519
Image Interpretation
--
Simulation Solutions. Methods of observing two or three dimensions deformation, deformation of tall buildings, deformation of structure, and methods of analysis. Introduction to GIS, History of GIS, Collection – Modeling and Analysis of Data, Applications of GIS, Use of GIS in supporting Decision making. Principles of remote sensing , Remote Sensing Satellite, Analysis and Corrections of Satellite Image, use of Digital Image, and Integration of Remote Sensing with GIS. Introduction to Digital Image processing, digital image acquisition, sampling, enhancement, restoration, segmentation, compression. Principles of Surveying, measurements techniques and instruments used for high precision survey work (Theodolite, Total Station, Level) systematic errors, Survey software. Modeling and Database, Languages, Data Attribute, Database Management, Design and Use of Database, and Database Programming,. Digital Photogrammetry-Close range Photogrammetry -plotting instrumentsVertical and oblique photographs Rectification- Strip and Block adjustment. Database Structure, Verification and Validation Test, Database Contents, Feature Definition, Discrete and Continuous Functions, Documentation, Metadata. Introduction, technology of measuring height by satellite, Satellite orbit determination , analysis and collection of height data, height networks, and sea surface topography, Oceanography and recent studies. Introduction, mathematical techniques used in data acquisition, processing, storage and treatment. Application of terrain modeling TM, methods used for gridding and interpolation between points. Various application of DTM . Principles of photo-interpretation, Basic characteristics of images, Geological information from images, Geotechnical 105
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
SUR 520
Applied Project
--
SUR 601
Geographical Information Science 2
SUR 505
SUR 602
Remote Sensing 2
SUR 511
SUR 603
Mathematical Surveying
--
SUR 604
Geodetic Astronomy
--
SUR 605
Surveying Laws
--
SUR 606
Standards and Specification of Surveying Work
--
SUR 607
Cartography 2
SUR 502
SUR 608
Satellite Geodesy 2
SUR 501
SUR 609
Physical Geodesy 2
SUR 504
SUR 610
Photogrammetry 2
SUR 515
applications, Geo-morphological information, Urban and regional planning, Environmental applications, Forestry and botany applications Applied project is executed under the supervision of a staff member. Structure of Geographic Information, Unified Modeling Language, Metadata ISO 10115, and ISO 19117. Use of GIS in data analysis. Technology of Remote Sensing, Digital Photogrammetry, Radiometry and Geometric Correction, Detection of similar features from digital images. Usage of Remote Sensing for separating and producing special purpose maps. Differential equations, Linear Equation, Matrices, and Statistical Analyses of survey Observations. Celestial sphere, Constellation, system of celestial coordinates, time in geodetic astronomy, observations for latitude, longitude and azimuth. Astronomical Ephemeris. Egyptian Surveying Laws, Owner Laws, contracts, and land Registrations, Notary Registration form, integration between survey offices and Real Estate publicity Departments. Specifications of survey work in Different Countries, Standardization of Project Elements, Applications of International Standards on Surveying Work, and Integrity of Surveying Data. Distortion ,index Factor, Kinds of Maps, Chose of Suitable Projection, Different Kinds of Map Projection, Calculation of Projected Coordinates, and Universal Transverse Mercator and ETM. Satellite Orbits and new satellite missions SLR, DORIS, GRACE, GOCE. Sources of Errors. Different Methods of Geoid Determination, Spherical Harmonics, Determination of Earth’s Mass, and Determination of Gravity field through Satellite. Geoid determination using heterogeneous data. Digital Photogrammetry, Laser Photos, Close Range Photogrammetry, Remote Sensing Applications, Digital Image Processing, and Different Programmes for Digital Image Use. 106
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
--
Theoretical and historical land use planning – cultural evolution and planning reform in Egypt-Planning Division of partial areasgovernmental requirements and regional support charts.
Digital Photogrammetry
SUR 515
Image acquisition, Types of Digital images, Digital image processing, Radiometric and geometric corrections, Generation of DTM, Feature extraction from digital Photograph.
SUR 701
Modern Systems for Remote Sensing
SUR 602
Studies of the new technology and science in Remote Sensing.
SUR 702
Modern Applications in Geodesy
--
Studies of new modern technology in geodesy.
SUR 703
Modern Applications of Global Navigation Systems
SUR 608
Studies of the modern applications in Global Navigation System .
SUR 704
Selected Topics 1
--
Subjects chosen by the supervisor needed for the Ph.D. thesis.
SUR 705
Selected Topics 2
--
Subjects chosen by the supervisor needed for the Ph.D. thesis.
SUR 611
Planning and Land Use
SUR 612
107
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Specialties Degree
Electrical Power (Code: EPM) Electrical Machines
Power Electronics
Postgraduate Diploma
Electrical Power Systems High Voltage Engineering
Master of Engineering (M. Eng)
Electrical Machines and Electrical Drive Systems Electrical Power Systems High Voltage Engineering
Master of Science (M. Sc)
Electrical Machines and Electrical Drive Systems Electrical Power Systems High Voltage Engineering
Doctor of Philosophy (Ph. D)
Electrical Machines and Electrical Drive Systems Electrical Power Systems High Voltage Engineering
Communications and Electronics (Code: CME)
Computers (Code: CES)
Electronics
Communications
Computer System Engineering
Electronics
Communications
Computer System Engineering
Electronics
Communications
Computer System Engineering
Electronics
Communications
Computer System Engineering
108
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-1: Preparatory Studies Electrical Machines and Power Electronics
Course Work
Oral / Practical
Written Exam
Total
ENG 501
Advanced Engineering Mathematics
--
3
100
--
200
300
3
2
ENG 505
Advanced Programming
--
3
100
--
200
300
3
--
3
90
--
210
300
3
--
3
90
--
210
300
3
Course Code
Course Name
Test Time
Credit Hours
1
Serial
Pre-requisite
Grades
Compulsory Courses
3
EPM 501
4
EPM 502
Introduction to Power Electronics Theory of Electrical Machines
Students holding B.sc. in electrical engineering from Egyptian Universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the postgraduate studies Diploma the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). To join the M.Sc Program, the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+) and the student should have achieved a (good) grade in the undergraduate B.sc.
109
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-2: Postgraduate Diploma - Electrical Machines
Oral / Practical
Written Exam
Total
3
90
--
210
300
3
3
90
--
210
300
3
3
90
--
210
300
3
--
3
90
--
210
300
3
EPM 502
3
90
--
210
300
3
EPM 502
3
90
--
210
300
3
Test Time
Course Work
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
Compulsory Courses 1
EPM 507
Technical Specifications of Electrical Machines
2
EPM 508
Electrical Machines
3
EPM 509
Transient Performance of Electrical Machines
4 EPM 510 Project Elective Courses Special Electrical Machines Electromagnetic Interference in Electric Drive Systems
EPM 502 EPM 502 EPM 502
1
EPM 511
2
EPM 512
3
EPM 513
Electrical Drive Systems
EPM 501
3
90
--
210
300
3
EPM 514
Analysis and Design of Power Electronics Circuits (1)
EPM 501
3
90
--
210
300
3
4
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma, the student should achieve grade point
average not less than (C).
110
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-3: Postgraduate Diploma - Power Electronics Oral / Practical
Written Exam
Total
3
90
--
210
300
3
3
90
--
210
300
3
3
90
--
210
300
3
3
90
210
-
300
3
Test Time
Course Work
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
Compulsory Courses 1 EPM514
Analysis and Design of Power Electronics Circuits (1)
2 EPM515
Controlled Rectifier Circuits
3 EPM516
Inverter Circuits
4 EPM517
Project
EPM 501 EPM 501 EPM 501 --
Elective Courses EPM 3 90 210 300 3 502 Analysis and Design of Power EPM 2 EPM518 Electronics Circuits (2) 3 90 -210 300 3 501 EPM 3 EPM519 DC Choppers Circuits 3 90 210 300 3 501 EPM 4 EPM520 AC/AC Converters 3 90 210 300 3 501 To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma, the student should achieve grade point average not less than (C). 1 EPM508
Electrical Machines
111
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-4: Master of Engineering (M. Eng) Electrical Machines and Electrical Drive
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
Compulsory Courses 1
EPM 601
2
EPM 602
Advanced Study in Electrical Drive Systems Analysis of Power Electronic Circuits
EPM 501 EPM 501
Elective Courses 1
EPM 509
Transient Performance of Electrical Machines
2
EPM 511
Special Electrical Machines
3
EPM 603
4
EPM 604
5
EPM 605
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student may be allowed to study up to 6 credit hours of subjects with code 500 which he/she did not study before. The student is granted the degree of Master of Engineering if he/she completes the required courses with grade point average of at least (C). The degree does not allow its holders to join the Ph.D. program.
Advanced Study in Electrical Machines Advanced Study in Power Electronics Control of Power Electronic Circuits
EPM 502 EPM 502 EPM 508 EPM 501 EPM 501
112
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-5: Master of Science (M. Sc) Electrical Machines and Electrical Drive
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
3
90
-
210
300
3
3
90
-
210
300
3
18
-
-
-
-
--
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
--
3
90
-
210
300
3
--
3
90
-
210
300
3
--
3
90
-
210
300
3
Pre-requisite
Serial
Grades
Compulsory Courses 1
EPM 601
2
EPM 602
3
Advanced Study in Electrical Drive Systems Analysis of Power Electronics Circuits M.Sc. Thesis
EPM
501 EPM
501 --
Elective Courses 1
EPM 603
2
EPM 604
3
EPM 605
4
EPM 606
5
EPM 607
6
EPM 608
Advanced Study in Electrical Machines Advanced Study in Power Electronics Control of Power Electronics Circuits Selected Topics in Electrical Drive Systems Selected Topics in Electrical Machines Selected Topics in Power Electronics
EPM
508 EPM
501 EPM
501
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
113
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-6: Doctor of Philosophy (Ph. D) Electrical Machines and Electrical Drive Systems
Total
30
-
-
-
-
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
Test Time
Written Exam
--
Oral / Practical
Course Work
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
Compulsory Courses Ph. D Thesis
1
Elective Courses 1
EPM 701
2
EPM 702
3
EPM 703
4
5
EPM 704
EPM 705
Selected Topics in Electrical Drive Systems Selected Topics in Electrical machines Selected Topics in Power Electronics Selected Topics in Digital Control of Electrical Drive Systems Selected Topics in Applications of Power Electronics
EPM
606 EPM
607 EPM
608 EPM
606 EPM
608
To join this program, the student should have a M.Sc. degree with a grade point average of at least (C+) and pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
114
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-7: Preparatory Studies Electrical Power Systems Credit Hours
Oral / Practical
Written Exam
Total
Test Time
--
3
90
-
210
300
3
--
3
90
-
210
300
3
Subject from Table (6)
--
3
100
-
200
300
3
Subject from Table (6)
--
3
100
-
200
300
3
Course Code
Course Name
Course Work
Pre-requisite
Serial
Grades
Compulsory Courses 1
EPM 503
2
EPM 504
3
ENG ***
4
ENG ***
Transmission and Distribution of Electrical Power Substations and Circuit Breakers
Students holding B.sc in electrical engineering from Egyptian Universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the postgraduate studies Diploma the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). To join the M.Sc. Program, the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+).
115
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-8: Postgraduate Diploma Electrical Power Systems
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
3
90
-
210
300
3
3
90
-
210
300
3
--
3
90
-
210
300
3
--
3
90
210
-
300
3
3
90
-
210
300
3
3
90
-
210
300
3
--
3
90
-
210
300
3
--
3
90
-
210
300
3
3
90
-
210
300
3
Pre-requisite
Serial
Grades
Compulsory Courses 1
EPM 521
2
EPM 522
3
EPM 523
4
EPM 524
Power System Protection Transient Analysis of Electrical Power Systems Economical Operation of Electrical Power Systems Project
EPM
504 EPM
503
Elective Courses 1
EPM 525
Utilization and Distribution of Electrical Power
2
EPM 526
Electrical Power Networks
3
EPM 527
4
EPM 528
5
EPM 529
Generation of Electrical Energy From Renewable Sources Microprocessor Application Control in Electrical Power Systems Electrical Power Systems Planning
EPM
503 EPM
503
EPM
503
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma, the student should achieve grade point
average not less than (C).
116
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-9: Master of Engineering (M. Eng) Electrical Power Systems
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
--
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
Elective Courses 1
EPM 527
2
EPM 609
2
EPM 610
3
EPM 611
4
EPM 612
5
EPM 613
7
EPM 614
8
EPM 615
Generation of Electrical Energy from Renewable Sources Advanced topics in Economic Operation of Electrical Power Systems (1) Control in Electrical Power Systems Advanced Topics in Electrical Power Systems Analysis (1) Topics in Numerical Analysis Methods Numerical Systems in Dynamic Modeling in Electrical Power Systems Microprocessor Application Control in Electrical Power Systems Advanced Topics in Power Systems Planning (1)
EPM
503 EPM
503 EPM
503 EPM
503 EPM
503 -EPM
529
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student may be allowed to study up to 6 credit hours of subjects with code 500 which he/she did not study before. The student is granted the degree of Master of Engineering if he/she completes the required courses with grade point average of at least (C). The degree does not allow its holders to join the Ph.D. program. 117
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-10: Master of Science (M. Sc) - Electrical Power Systems Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
EPM 503
3
90
-
210
300
3
EPM 503
3
90
-
210
300
3
EPM 503
3
90
-
210
300
3
--
18
-
-
-
-
--
3
90
-
210
300
3
EPM 503
3
90
-
210
300
3
EPM 503
3
90
-
210
300
3
--
3
90
-
210
300
3
EPM 529
3
90
-
210
300
3
Compulsory Courses Advanced Topics in 1 EPM 609 Economic Operation of Electrical Power Systems (1) Control in Electrical Power 2 EPM 610 Systems Advanced Topics in 3 EPM 611 Electrical Power Systems Analysis (1) 4 M. Sc Thesis Elective Courses Generation of Electrical 1 EPM 527 Energy From Renewable Sources Topics in Numerical 2 EPM 606 Analysis Methods Numerical Systems in 3 EPM 607 Dynamic Modeling in Electrical Power Systems Microprocessor Application 4 EPM 608 Control in Electrical Power Systems Advanced Topics in Power 5 EPM 615 Systems Planning (1)
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
118
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-11: Doctor of Philosophy (Ph. D) - Electrical Power Systems
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
30
-
-
-
-
Compulsory Courses 1
EPM 706
2
EPM 707
3
EPM 708
4
EPM 709
5
Advanced Topics in Electrical Power Systems Analysis (2) Advanced Topics in Electrical Power Systems Control Advanced Topics in Economic Operation of Electrical Power Systems (2) Advanced Topics in Power Systems Planning (2) Ph. D Thesis
EPM
611 EPM
610 EPM
609 EPM
615 --
To join this program, the student should have a M.Sc. degree with a grade point average of at least (C+) and pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
119
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-12: Preparatory Studies - High Voltage Engineering
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
--
3
100
-
200
300
3
---
3 3
100 90
-
200 210
300 300
3 3
--
3
90
-
210
300
3
Compulsory Courses 1 2 3 4
Advanced Engineering Mathematics ENG 502 Advanced Programming EPM 505 High Voltage Engineering Principles of Electrical EPM 506 Engineering ENG 501
Students holding B.sc. in electrical engineering from Egyptian Universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the postgraduate studies Diploma the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). To join the M.Sc. Program, the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+).
120
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-13: Postgraduate Diploma - High Voltage Engineering
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
Compulsory Courses EPM
1
EPM 530
2
EPM 531
Principles and Applications of High Voltage Engineering Electrical Substations
3
EPM 532
High Voltage Insulators
4
EPM 533
Principles of Electromagnetic Fields
EPM
Overvoltage Transients in Power Networks High Voltage Circuit Breakers
EPM
505 -EPM
505 506
Elective Courses 1
EPM 534
2
EPM 535
3
EPM 536
Power System Distribution
505 EPM
505 EPM
506
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma the student should complete all the required courses with grade point average not less than (C).
121
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-14: Master of Engineering (M. Eng) High Voltage Engineering Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
Elective Courses 1
EPM 616
Advanced Topics in High Voltage Engineering
2
EPM 617
Gas Discharge
3
EPM 618
Electromagnetic Fields
4
EPM 619
Circuit Breakers
5
EPM 620
6
EPM 621
7
EPM 622
8
EPM 623
HVDC Transmission Lines High Voltage Testing Techniques Properties of Materials and its Applications Precision Measurements
EPM
505 EPM
505 EPM
506 EPM 505 EPM
505 -EPM
506 EPM
505
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student may be allowed to study up to 6 credit hours of subjects with code 500 which he/she did not study before. The student is granted the degree of Master of Engineering if he/she completes the required courses with grade point average of at least (C).
The degree does not allow its holders to join the Ph.D. program.
122
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-15: Master of Science (M. Sc) High Voltage Engineering Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
EPM 506
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
18
-
-
-
-
--
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
Compulsory Courses 1
EPM 622
2
EPM 624
2
EPM 625
3
EPM 626
5
Properties of Electrical Material and its Applications Power Transmission by HVDC Systems Applications of High Voltage Engineering Numerical Analysis of Electromagnetic Fields M. Sc Thesis
EPM 505 EPM 505 ENG 501 --
Elective Courses 1
EPM 623
Precision Measurements
2
EPM 627
Electromagnetic Compatibility
3
EPM 628
Electrical Power Quality
EPM
505 EPM
505 EPM
506
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
123
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-16: Doctor of Philosophy (Ph. D) - High Voltage Engineering
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
EPM 625
3
90
-
210
300
3
EPM 626
3
90
-
210
300
3
--
3
90
-
210
300
3
--
3
90
-
210
300
3
--
30
-
-
-
-
--
Compulsory Courses 1
EPM 710
2
EPM 711
3
EPM 712
4
EPM 713
5
Advanced Topics in HV and UHV Engineering Advanced Topics in Electromagnetic Field Calculations Artificial Intelligence Applications in High Voltage Engineering Advanced Topics in Gas Discharge Ph. D Thesis
To join this program, the student should have a M.Sc. degree with a grade point average of at least (C+) and pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
124
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-17: Preparatory Studies Communications and Electronics
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
--
3
100
-
200
300
3
--
3
100
-
200
300
3
--
3
100
-
200
300
3
--
3
100
-
200
300
3
--
3
100
-
200
300
3
--
3
100
-
200
300
3
Compulsory Courses 1
ENG 505
2
ENG 506
Advanced Programming Statistics and Random Processes
Elective Courses 1
ENG 501
2
ENG 502
3
ENG 503
4
ENG 504
Advanced Engineering Mathematics Engineering Mathematical Methods Engineering Trial Methods Analysis and Design Engineering Systems
Students holding B.sc in electrical engineering from Egyptian Universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the postgraduate studies Diploma the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). To join the M.Sc. Program, the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+).
125
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-18: Postgraduate Diploma In Electronics
ENG 506
3
----
Test Time
90 90 90 90
Total
3 3 3 3
Written Exam
--ENG 504 --
Oral / Practical
Course Work
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
-
210 210 210 210
300 300 300 300
3 3 3 3
90
-
210
300
3
3
90
-
210
300
3
3 3
90 90
-
210 210
300 300
3 3
Compulsory Courses 1 2 3 4
CME 501 CME 502 CME 503 CME 504
Signal Analysis VLSI Embedded Systems Project
-
Elective Courses Communication Electronics Electronic Circuits Simulation Electronic Filters Sensor Networks
1
CME 505
2
CME 506
3 4
CME 507 CME 508
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma the student should complete all the required courses with grade point average not less than (C).
126
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-19: Postgraduate Diploma In Communications
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
--ENG 504 --
3 3
90 90
-
210 210
300 300
3 3
3
90
-
210
300
3
3
90
-
210
300
3
ENG 506
3
90
-
210
300
3
--
3
90
-
210
300
3
---
3 3
90 90
-
210 210
300 300
3 3
Compulsory Courses 1 2
CME 501 CME 502
Signal Analysis VLSI
3
CME 503
Embedded Systems
4
CME 504
Project
Elective Courses 1
CME 505
2
CME 506
3 4
CME 507 CME 508
Communication Electronics Electronic Circuits Simulation Electronic Filters Sensor Networks
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma the student should complete all the required courses with grade point average not less than (C).
127
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-20: Master of Engineering (M. Eng) - Electronics
90 90 90
--ENG 505 ENG 501
3 3
Test Time
3 3 3
Total
Course Work
----
Written Exam
Credit Hours
The Active Circuits Digital Electronics Engineering of Robot
Course Code
Oral / Practical
Course Name
Pre-requisite
Serial
Grades
-
210 210 210
300 300 300
3 3 3
90 90
-
210 210
300 300
3 3
3
90
-
210
300
3
3
90
-
210
300
3
Compulsory Courses 1 2 3
CME 601 CME 602 CME 603
Elective Courses 1 2
CME 604 CME 605
Electronic Devices The Distributed Networks
3
CME 606
Computer Aided Design
4
CME 607
Sonic and Ultrasonic Engineering
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student may be allowed to study up to 6 credit hours of subjects with code 500 which he/she did not study before. The student is granted the degree of Master of Engineering if he/she completes the required courses with grade point average of at least (C).
The degree does not allow its holders to join the Ph.D. program.
128
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-21: Master of Engineering (M. Eng) - Communications
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
Compulsory Courses 1 2 3
CME 608
Information Theory
CME 609
Digital Communications
CME 610
Antennas
ENG 506 ENG 506 ENG 501
Elective Courses 1 2 3 4
CME 611
Optical Waveguide
CME 612
Radar Systems
CME 613
Micro-Waves
CME 614
Digital Signal Processing
-ENG 506 ENG 501 --
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student may be allowed to study up to 6 credit hours of subjects with code 500 which he/she did not study before. The student is granted the degree of Master of Engineering if he/she completes the required courses with grade point average of at least (C). The degree does not allow its holders to join the Ph.D. program.
129
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-22: Master of Science (M. Sc) - Communications
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
3
90
-
210
300
3
Compulsory Courses 1
CME 608
Information Theory
2
CME 609
Digital Communications
3
CME 610
Antennas
4
M. Sc Thesis
ENG 506 ENG 506 ENG 501 --
18
Elective Courses 1
CME 611
Optical Waveguides
2
CME 612
Radar Systems
3
CME 613
Micro-Waves
4
CME 614
Digital Signal Processing
-ENG 506 ENG 501 --
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
130
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-23: Master of Science (M. Sc) - Electronics
Written Exam
3 3 3 18
90 90 90
-
-
210 210 210
--
--
--ENG 505 ENG 501
3 3
90 90
3 3
Test Time
Oral / Practical
-----
Total
Course Work
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
Compulsory Courses 1 2 3 4
CME 601 Active Circuits CME 602 Digital Electronics CME 603 Robotic Engineering M. Sc Thesis
--
300 300 300 --
--
-
210 210
300 300
3 3
90
-
210
300
3
90
-
210
300
3
-
3 3 3
Elective Courses 1 2
CME 604 Electronic Devices CME 605 Distributed Networks
3
CME 606 Computer Aided Design
4
CME 607
Sonic and Ultrasonic Engineering
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
131
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-24: Doctor of Philosophy (Ph. D) - Electronics
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
3
90
-
210
300
3
3
90
-
210
300
3
--
3
90
-
210
300
3
---
3 30
90 -
-
210 -
300 -
3
Compulsory Courses 1
CME701
Statistical Signal Processing
2
CME702
Soft Computing
3
CME703
4 5
CME704
Selected Topics in Electronic Engineering Intelligent Control Ph. D Thesis
ENG 506 ENG 506
--
To join this program, the student should have a M.Sc. degree with a grade point average of at least (C+) and pass the comprehensive exam.
The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
132
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-25: Doctor of Philosophy (Ph. D) - Communication
Statistical Signal Processing
ENG 506
3
90
-
210
300
3
2
CME 702
Soft Computing
ENG 506
3
90
-
210
300
3
3
CME 705
--
3
90
-
210
300
3
4
CME 706
--
3
90
-
210
300
3
--
30
-
-
-
-
--
Course Name
Test Time
Total
CME 701
Course Code
Course Work
1
Serial
Written Exam
Oral / Practical
Credit Hours
Pre-requisite
Grades
Compulsory Courses
5
Power Line Carrier Communication Selected Topics in Advanced Communications Ph. D Thesis
To join this program, the student should have a M.Sc. degree with a grade point average of at least (C+) and pass the comprehensive exam.
The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
133
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-26: Preparatory Studies - Computer Systems Engineering
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
--
3
100
-
200
300
3
--
3
100
-
200
300
3
3
90
--
210
300
3
Compulsory Courses 1
ENG 501
2
ENG 505
Advanced Engineering Mathematics Advanced Programming
Elective Courses Select courses of codes CES 500
Students holding B.sc in electrical engineering from Egyptian Universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the postgraduate studies Diploma the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). To join the M.Sc. Program, the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+).
134
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-27: Postgraduate Diploma - Computer System Engineering
Oral / Practical
Written Exam
Total
Test Time
Compulsory Courses Statistics and Random 1 ENG 506 Processes Advanced Computer 4 CES 501 Systems
Course Work
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
--
3
90
-
210
300
3
--
3
90
-
210
300
3
3
90
-
210
300
3
Elective Courses Select courses of codes CES 500
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma the student should complete all the required courses with grade point average not less than (C).
135
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-28: Master of Engineering (M. Eng) Computer System Engineering
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
--
3
90
-
210
300
3
--
3
90
-
210
300
3
3
90
-
210
300
3
Compulsory Courses 1 2
Data Information Building in Modern Environment CES 601 Distributed Computers CES 509
Elective Courses Select courses of codes CES 500 and 600
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student may be allowed to study up to 6 credit hours of subjects with code 500 which he/she did not study before. The student is granted the degree of Master of Engineering if he/she completes the required courses with grade point average of at least (C). The degree does not allow its holders to join the Ph.D. program.
136
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-29: Master of Science (M. Sc) Computer System Engineering
3
90
Test Time
90 90 --
Total
3 3 18
Written Exam
----
Oral / Practical
Distributed Computers Advanced Computer Networks M. Sc Thesis
Course Work
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
-
--
210 210 --
300 300 --
3 3 --
-
210
300
3
Compulsory Courses 1 2 3
CES 601 CES 602
-
Elective Courses Select courses of codes 600
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
137
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-30: Doctor of Philosophy (Ph. D) Computer System Engineering
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre-requisite
Serial
Grades
--
30
-
-
-
-
-
3
90
--
210
300
3
Compulsory Courses 1
Ph. D Thesis
Elective Courses Select courses of codes 600 and 700
To join this program, the student should have a M.Sc. degree with a grade point average of at least (C+) and pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
138
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-31: The Contents of Courses Electrical Power and Machines Cod e
Course Name
Prerequi site
EPM 501
Introduction to Power Electronics
--
EPM 502
Electric Machines Theory
--
EPM 503
Transmission and Distribution of Electrical Power
--
EPM 504
Substation and Switchgear
--
EPM 505
High Voltage Engineering
--
EPM 506
Basics of Electrical Engineering
--
EPM 507
Technical Specifications of Electrical Machines
EPM 502
EPM 508
Electrical Machines
EPM 502
Course Contents Types of power electronic converters - Semiconductor switches: types and protection Construction of DC machines, Types, Generators, Motors, Construction of induction machines, Types, Rotating field theory, Equivalent circuit, Performance and theory. Transmission lines resistance, Inductance, capacitance, ampicity, short transmission lines, medium transmission lines, long transmission lines, mechanical design of transmission lines, Line insulators, Corona phenomena, distributors, DC and AC distributors, voltage drop, power loss, underground cables, DC transmission system. Introduction, HV buses, Current transformers and their applications, Voltage transformers and their applications, Circuit breakers, Tests of HV circuit breakers, Disconnectors, Earthing switches, Load switches, Lightning arresters, Earthing system of substations, Gas insulated substations. Introduction, Conduction and breakdown in gases, Conduction and breakdown in insulating liquids, Conduction and breakdown in insulating solids, Generation of high voltages and currents, Measurements of high voltages and currents, High voltage phenomenon and insulation coordination in power systems, Grounding systems. DC and AC currents, Single phase AC circuits, Resonance circuits (series, parallel), Power factor, Power factor correction, Three-phase circuits (balanced and unbalanced), Magnetic fields, Flux density, Forces on current carrying conductor, e.m.f, Lenz’law, Faraday’s law, Magnetic strength around a current carrying conductor, Ohm’s law for magnetic circuit, static electricity and capacitance, electric field properties, charging current, time constant in RL, RC circuits, Basics of power electronics, Rectification circuits, Transistors and their circuits Introduction- Ratings and characteristics – Methods of calculation of losses and efficiency – Ingress protection code (IP code) – Cooling methods (IC code) – Terminals marking and direction of rotation – Starting performance of single-speed squirrel-cage induction motors Types of induction motors – Performance characteristics of induction motors fed from nonsinusoidal supply – Control of induction motors – Dynamic performance of synchronous motors – Different types of connections of three-phase transformers – Transformation from three-phase voltage source to two-phase voltage source – Harmonics in transformers 139
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
EPM 509
Transient Performance of Electrical Machines
EPM 510
Applied Project
EPM 511
Special Electrical Machines
EPM 502
EPM 512
Electromagnetic Interference in Electrical Drive Systems
EPM 502
EPM 513
Electrical Drive Systems
EPM 501
EPM 514
Analysis and Design of Power Electronics Circuits (1)
EPM 501
EPM 515
Controlled Rectifier Circuits
EPM 501
EPM 516
Inverter Circuits
EPM 501
EPM 517
Applied Project
--
EPM 518
Analysis and Design of Power Electronics Circuits (2)
EPM 519
DC Chopper Circuits
EPM 502
--
Introduction - Linear transformation of electrical machines equations - Transient performance of DC machines - Transient performance of induction machines - Transient performance of DC motor drive systems - Transient performance of induction motor drive systems After the student passes the compulsory and elective courses successfully he chooses a project under the supervision of a staff member in the field of electrical Machines (for postgraduate diploma in electrical machines) or in the field of power electronics (for postgraduate diploma in power electronics) – The student should submit a detailed report about the project after its completion – This report is evaluated and the student is discusses orally in the contents of the report Introduction -Reluctance motors - Linear motors -Stepper motors - Brushless DC motors – Ultrasonic motors Introduction - Nature of Electromagnetic interference - Natural sources of Electromagnetic interference - Electromagnetic interference from industrial sources- Electromagnetic emissions by conduction - Electromagnetic emissions by radiation Electromagnetic emissions in electrical drive systems Protection of sensitive circuits from electromagnetic emissions resulting from electrical drive systems – Precautions for installation of electric drive systems Requirements of a good electrical drive system - DC motor drive systems Analysis and design of controlled rectifiers circuits- Harmonic analysis and design of filters - Analysis and design of singlephase voltage source inverter circuits - Analysis and design of three-phase voltage source inverter circuits Single-phase half-wave and full-wave controlled rectifier circuits with different loads - Three-phase half-wave and fullwave controlled rectifier circuits with different loads – Applications Single-phase voltage source inverters - Single-phase current source inverters - Three-phase voltage source inverters –Pulsewidth modulated inverters circuits After the student passes the compulsory and elective courses successfully he chooses a project under the supervision of a staff member in the field of electrical Machines (for postgraduate diploma in electrical machines) or in the field of power electronics (for postgraduate diploma in power electronics) – The student should submit a detailed report about the project after its completion – This report is evaluated and the student is discusses orally in the contents of the report
Analysis and design of single-phase AC voltage regulator EPM5 circuits - Analysis and design of three-phase AC voltage 01 regulator circuits - Analysis and design of DC chopper circuits Buck chopper circuits – Boost chopper circuits – BuckEPM boost chopper circuits –Cuk DC regulator circuits 501 Applications 140
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Single-phase AC voltage controllers - Three-phase AC voltage controllers – Cycloconverters – Three-phase AC voltage controller with induction motor load Principles Of Protection – Usage of Signals on Transmission Lines – Breakers of different Powers Current Transformers – Voltage Transformers – Protection of Transformers – Protection of Generators – Protection of Transmission Lines Dynamic stability, Transient stability of power systems,
EPM 520
AC / AC Converters
EPM 501
EPM 521
Power System Protection
EPM 504
EPM 522
Transient Stability of Power Systems
EPM 503
EPM 523
Economic Operation of Electrical Power Systems
--
EPM 524
Project
--
EPM 525
Utilization and Distribution of Electrical Energy
EPM 503
Illuminations – Electrical Tractions – Applications in Different Fields
EPM 526
Electrical Networks
EPM 503
EPM 527
Generation of Electrical Powers from Renewable Sources
--
EPM 528
Usage of Microprocessor in Electrical Power Systems
--
EPM 529
Power System Planning
EPM 503
EPM 530
Principles and Applications of High Voltage Engineering
EPM 505
EPM 531
Electrical Substation
--
EPM 532
High Voltage Insulators
EPM 505
Matrices of Networks – Mathematical Methods for Forming the Matrices – Solving Methods of Equations The Solar Energy and its Applications – Wind Energy and its Applications – Energy of Earth – Tide Energy - BioEnergy and their Applications – Storage Power Plants – Hydro Storage Power Plants Microprocessors – Main Components - Modeling of Main Components of Electrical Power Systems – Usage of Microprocessors in Control of Load Flow, Control of Frequency, Control of Voltages and of Reactive Power in addition in Speed Control of Synchronous Generators Load Forecasting – Methods of Forecasting – Reliability – Unit Commitment Generation of high voltage, Measurements of high voltage and currents, gas insulated switchgear, high voltage busbars, High voltage cables, overvoltages on power networks, insulation coordination, high voltage test techniques. Introduction, HV buses, Current transformers and their applications, Voltage transformers and their applications, Circuit breakers, Tests of HV circuit breakers, Disconnectors, Earthing switches, Load switches, Lightning arresters, Earthing system of substations, Gas insulated substations. Electric fields, Analytical calculations of space charge fields, Numerical calculations of space charge fields, Electric field control, gas charge, breakdown in gases, Effect of different factors on gas breakdown, Breakdown in uniform and non-uniform fields, Breakdown under impulse voltage, Breakdown in electronegative gases and
Controll of power generators speed, applications
Characteristics of Thermal Units – Economic Operation Of Thermal Units – Transmission Loss Formula – Coordination of incremental Production Costs and incremental Transmission Losses for Optimum Economy Detailed Report about the Applied Project – Oral Examination for Evaluation
141
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
EPM 533
Principals of Electromagnetic Fields
EPM 506
EPM 534
Electrical Transients on Power Systems
EPM 505
EPM 535
High Voltage Circuit Breakers
EPM 505
EPM 536
Electrical Power Distribution Systems
EPM 506
EPM 601
Advanced Study in Electrical Drive Systems
--
EPM 602
Analysis of Power Electronic Circuits
EPM 501
EPM
Advanced Study in
EPM
its mixtures, insulating liquids, breakdown theories in liquid dielectrics, factors affecting breakdown in liquid, Tests on liquid dielectrics, solid dielectrics, Breakdown in solid dielectrics, solid insulators. Vector analysis, Static magnetic and electric fields in vacuum and mediums, magnetic fields, Maxwell’s equations, Wave propagation in plans and losses and lossless mediums, Applications of Maxwell’s equations, wave propagation. Basic considerations and the simple transient changes from breaking conditions, analysis of three phase transient circuits, traveling waves, Switching overvoltages. Transient recovery voltage, lightning overvoltages, numerical simulation of transient overvoltages, Insulation coordination. Principles of arc quenching, Basic theory of electrical discharge, electrical arc, electrical arc of alternating current, Steps of current interruption, Main theories of current interruption, Transient recovery voltage, Switching overvoltage, Switching of small capacitive current, switching of small inductive current, current chopping, Control of impulse voltage, Types of HV circuit breakers, Air blast circuit breaker, Oil circuit breaker, Vacuum circuit breaker, SF6 circuit breaker, Operating mechanisms of circuit breaker, Tests of HV circuit breakers, Standard specifications of HV circuit breakers Principles of electrical distribution systems, overhead lines, determination of cross section, Determination of current capacity, Distribution with underground cables, Main feeders, Comparison between overhead lines and underground cables, underground cable construction, cable impedance, Underground cables ampicity determination, Cable tests, Cable fault detection, distribution transformers, Voltage regulation on distribution networks, Standard voltage values, Voltage drop, Voltage regulation techniques, Voltage regulators, Applications of electrical capacitors. Induction motors drives fed from AC voltage regulators Induction motors drives fed from voltage source inverters Induction motors drives fed from current source inverters – DC motor drives using DC choppers - Variable reluctance motor drives - Stepper motors drives Analysis of single-phase and three-phase uncontrolled and controlled rectifier circuits fed from an ideal supplyAnalysis of single-phase and three-phase uncontrolled and controlled rectifier circuits fed from a non-ideal supply Analysis of DC voltage regulators – Single-phase and three-phase AC voltage regulators - Analysis of voltage source inverters - Analysis of current source inverters Introduction - General theory of electrical machines 142
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra) 603
Electrical Machines
508
EPM 604
Advanced Study in Power Electronics
EPM 501
EPM 605
Control of Power Electronics Circuits
EPM 501
EPM 606 EPM 607 EPM 608 EPM 609
EPM 610
EPM 611 EPM 612
Selected topics in Electric Drives Systems Selected Topics in Electrical Machines Selected Topics in Power Electronics Advanced Studies in Economic Operation of Electrical Power Systems (1) Control in Electrical Power Systems
Advanced Studies in analysis of Electrical Power Systems (1) Studies in Methods of Digital Analysis
EPM 613
Digital Systems in Dynamic Modeling of Electrical Power Systems
EPM 614
Usage of Microprocessor in Electrical Power Systems
EPM 615
Advanced Studies in Planning of Electrical Power
Transient performance of electrical machines -Unbalanced operation of three-phase induction machines- Computer simulation of AC machines - Electrical machines insulation - Cooling and ventilation of electrical machines - Noise and vibration of electrical machines Controlled rectifier circuits – Methods of improvement of power factor of controlled rectifier circuits – Methods of harmonics reduction – Analysis and design of filters in power electronic circuits – Resonance converters Modeling of power electronics circuits using average state space technique – Linear control methods – Non-linear control methods; sliding control method, fuzzy logic control method, Artificial Neural networks method.
--
Chosen topics by supervisor in the field of research.
--
Chosen topics by supervisor in the field of research.
--
Chosen topics by supervisor in the field of research.
EPM 503
EPM 503
EPM 503
Unit Commitment – Economic Operation of Thermal Power Systems - Economic Operation of Hydro-Thermal Power Systems – Calculation Methods of Determining of the Optimal Solution Introduction – Solving the Algebraic Equations using Computer – Load Flow - Solving the Differential Equations using Computer – Modeling of Power System Elements – Dynamic Stability – Control of Reactive Power – Control of Frequency Matrices of Networks – Studies of short circuited Networks - Studies in Load Flow – Studies in Transient Stability – Solving of Differential Equations
EPM Digital and Mathematical Concepts – Solution of Linear 503 and Non-Linear Equations – Applications Reaction Theory – Bark Transformations – Models of Generators and Transformers Transmission Lines EPM Representations - Different Models for Automatic Voltage 503 Regulators – Models of Controller - Models of Signals – Dynamic Modeling of Shaft Microprocessors – Main Components - Modeling of Main Components of Electrical Power Systems – Usage of -Microprocessors in Control of Load Flow, Control of Frequency, Control of Voltages and of Reactive Power in addition in Speed Control of Synchronous Generators Electrical Load Forecasting – Planning of Power Systems ( EPM Generation, Distribution and Transmission) – Evaluation 529 of Reliability – Calculations of Reliability for Generation and Transmission Systems 143
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra) Systems (1)
EPM 616
Advanced Topics on High Voltage
EPM 505
EPM 617
Gas Discharge
EPM 505
EPM 618
Electromagnetic Fields
EPM 506
EPM 619
Circuit Breakers
EPM 505
EPM 620
HVDC Transmission Lines
EPM 505
EPM 621
High voltage Testing Techniques
--
EPM 622
Properties of Electrical Materials and Their Applications
EPM 506
EPM 623
Precision Measurements
EPM 505
Non-Destructive insulation test techniques, Dynamic properties of dielectrics, Dielectric loss and capacitance measurements, Partial discharge measurements, Overvoltages testing procedures and insulation coordination, The lightning mechanism, Simulated lightning surges for testing, Switching surges test voltage characteristics, Laboratory high voltage testing procedure and statistical treatment of results, Insulation coordination, Modern power system protection devices, Design and testing of external insulation, Flashover mechanism under a.c. and d.c., Measurements and tests, Mitigation of contamination flashover, Design of insulators, Testing and specifications Classical gas laws, Ionization and decay processes, Cathode Processes-secondary effects, Transition from nonself-sustained discharges to breakdown, The streamer or Kanal mechanism of spark, The sparking voltagePaschen’s law, Penning Effect, The breakdown field strength, Breakdown in non-uniform fields, Effect of electron attachment on the breakdown criteria, Partial breakdown, corona discharges, Polarity effect – influence of space charge, Surge breakdown voltage-time lag. Electromagnetic and electrical engineering, Revision of Electromagnetic fields and their sources, Polarization, Sources of Static magnetic fields, Maxwell’s equations, Electromagnetic radiation, Electromagnetic power transmission, Numerical and analytical methods of electromagnetic field analysis. AC and Dc circuit breakers; Types and utilization, overvoltages on circuit breakers, Overvoltages on AC networks. Introduction, HVDC systems, Advantages and disadvantages of HVDC, HVDC Types, Converter and inverter connection, Converter operation analysis, Inverter operation analysis, Control and protection of HVDC lines, Design of HVDC lines. Non-Destructive test Techniques, Laboratory HV testing procedures, Statistical treatment of results, Design and testing of external HV insulation, HV circuit breakers test techniques, HV cables test techniques. Introduction, Materials Classification, Electrical insulation materials, Semi-conductor Materials, light effects in materials, Magnetic materials, Different applications of materials in different electrical usage. Peak voltage measurements by spark gaps, voltage dividers, High voltage capacitors for measuring circuits, voltage dividing systems and impulse voltage measurements, fast digital transient recorders for impulse 144
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
EPM 624
HVDC Power Transmission
EPM 625
Applications of High Voltage Engineering
EPM 626
Numerical Analysis of Electromagnetic Fields
EPM 627
Electromagnetic Compatibility
EPM 628
Power Quality
EPM 701 EPM 702 EPM 703 EPM 704 EPM 705 EPM 706
Selected Topics in Electric Drives systems Selected Topics in Electrical Machines Selected Topics in Power Electronics Selected Topics in Digital Control in Electric Drives Systems Selected Topics in Power Electronics Applications Advanced Studies in Analysis of Electrical Power Systems (2)
measurements, Optical measurements and monitoring in HV environments, Partial discharge measurements, electrical detection, acoustic detection, thermography and other camera techniques, chemical detection. Introduction, Examples on HVDC systems (Existing and under construction), Advantage and disadvantage of EPM HVDC transmission, Types of HVDC linkers, Inverters 505 and Bridges, Inverter circuit analysis, HVDC systems control and protection, Design of HVDC cables. Introduction, Radio Interference and Television EPM5 Interference, Biological effects of Electromagnetic Fields, 05 Electrostatic precipitator, Electrostatic charges in industry, Electrostatic painting and X-ray. Introduction, Static electric field and Static magnetic field in vacuum and medium, Magnetic fields, Maxwell’s equations and their applications, Wave propagation in loss ENG and lossless mediums, waves, Numerical and practical 501 methods for solving electromagnetic problems, numerical calculation methods, transmission of electromagnetic energy, Electromagnetic radiation. Introduction, Importance of Electromagnetic EPM Compatibility, Determination and Study of Sources, 505 Applications and Study cases, Standard systems and Tests. Introduction, Power Frequency Swinging, Transient EPM Signals, Harmonics, Earthing, Power Factor, 506 Electromagnetic Interference, Static Charges. EPM 606 EPM 607 EPM 608
Chosen topics by supervisor in the field of research Chosen topics by supervisor in the field of research. Chosen topics by supervisor in the field of research.
EPM 606
Chosen topics by supervisor in the field of research.
EPM 608
Chosen topics by supervisor in the field of research.
EPM 611
Load Flow – Transient Stability – Control of Generators Speeds – Control of Voltage Regulators – Applications
EPM 707
Advanced Studies in Control of Electrical Power Systems (2)
EPM 610
EPM 708
Advanced Studies in Economic Operation
EPM 609
Advanced Studies in Control of Electrical Power Systems Control in Load Flow – Control in Frequency – Control in Reactive Power – Dynamic Stability Advanced Studies in Economic Operation of Electrical Power Systems – Transmission Losses Formula – 145
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra) of Electrical Power Systems (2)
EPM 709
Advanced Studies in Planning of Electrical Power Systems(2)
EPM 615
EPM 710
Advanced Topics in High Voltage Engineering
EPM 625
EPM 711
Advanced Topics in Electromagnetic Field Calculations
EPM 626
EPM 712
Artificial Intelligence Applications in High Voltage Engineering
--
EPM 713
Advanced Topics in Gas Discharge
--
Coordination of incremental Production Costs and incremental Transmission Losses – Unit Commitment – Economic Operation for Hydro-Thermal Power Systems – Calculation Methods for Determining The Optimal Solution. Advanced Studies in Planning of Electrical Power Systems – Reliability – Unit Comment – Planning of Networks – Planning of Transmission – Planning of Distribution Introduction, Impulse Voltage, Protection from High Voltage, Methods of Insulation Tests, Grounding Principles and their Applications, Types of Transient Overvoltages in power networks and Methods of protection against them, Application of Insulation Coordination. Introduction, Importance of Electromagnetic fields Calculations, Determination and Study of Different Sources of Fields, Electromagnetic Fields Mitigation Methods, Numerical Methods of Electromagnetic Field Calculations, Artificial Intelligence applications in field calculations. Introduction, Basics of Artificial Intelligence Networks, Basics of Genetic Algorithm, Modern Methods, Applications in Electrical Insulation Design, Applications in Grounding Systems, Applications in HV networks. Breakdown in gases, Ionization, Corona phenomena, Breakdown Mechanisms, Breakdown of gases under Ac voltages, Electronegative gases, Breakdown in Electronegative gases, Breakdown in liquid and solid insulators.
146
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-32: The Contents of Courses Communications and Electronics Code
Course Name
Prerequisite
CME 501
Signal Analysis
--
CME 502
VLSI
--
Embedded Systems
ENG 504
CME 503 CME 505
Communication Electronics
ENG 506
Electronic Circuits Simulation
--
CME 507
Electronic Filters
--
CME 508
Sensor Networks
--
CME 601
Active Circuits
--
CME 602
Digital Electronics
--
CME 603
Robotic Engineering
--
CME 604
Electronic Devices
--
CME 605
Distributed Networks
--
CME 606
Computer Aided Design
ENG 505
CME 506
Course Contents Sampling TheoremZ-transform for linear systems-DFT-FFT- IIR and FIR filters Introduction-Digital systems-MOS circuits-IC manufacturing- Digital components design-Design tools and methodology Embedded system definition-Microcontroller construction-Microcontroller programmingApplications-PLD Radio Communication systems-Small signal amplifiers-Noise and interference-Frequency discriminator circuits-HF Amplifiers-OscillatorsVoltage regulators Introduction to circuit simulation –Linear equations and solution-Linear transient analysis of circuits – Frequency domain analysis- Simulation of nonlinear circuits Passive filters –Active filters-Digital Filters Definition of sensor networks and their applications- sensor networks componentsProgramming-Positioning-Power saving-Case study Transmission matrices -Microstrip multi-layer transmission lines-Passive circuit-CompilersFilters-Circulators-Power combiner circuits Microstrip active circuits-Design of Microwave single mode active circuits. IC analysis methodology- Design of digital ICVLSI and ULSI- ADC and DAC-Applied Studies Robot Definition, types and applications-SensorsDrivers and actuators-Robot dynamics- Controller systems-Robot vision- Robot advanced applications Fabrication of MOS devices on Silicon and on Silicon Over Insulator (SOI). MOS Capacitors and Transistors properties. Short and narrow channel effects. Applications. Data communication concept-building networksNetwork protocols- Bandwidth of central and distributed networks-Algorithms for network design and routing-Practical Applications Design concepts and simulations - graphic design tools on the computer - applications of CAD in 147
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
CME 607
Sonic And Ultrasonic Engineering
ENG 501
CME 608
Information Theory
ENG 506
CME 609
Digital Communications
ENG 506
CME 610
Antennas
ENG 501
Optical Waveguides
--
Radar Systems
ENG 506
CME 613
Microwaves
ENG 501
CME 614
Digital Signal Processing
--
CME 701 CME 702 CME 703 CME 704
Statistical Signal Processing
ENG 506
Soft Computing
ENG 506
Selected Topics in Electronic Engineering
--
Intelligent Control
--
CME 705
Power Line Carrier Communication
--
CME 706
Selected Topics in Advanced Communications
--
CME 611 CME 612
different fields of engineering - software design packages Properties of propagation of acoustic waves in the different media and the propagation powerGeneration of the bulk acoustic waves and their detection using electrodynamics and frequency response of wave lengths and coupling coefficientmatched filters and their response and signal attenuation. Ultrasonic transducers –wide band Communications and Delay lines- phase matched ultrasound filters-Feedback filters and Winer Filters-surface acoustic waves filters and their use in digital communications. Measure of Information-Noiseless Coding - The Discrete Memory-less Channel-Error Correcting Codes-Information Sources-Channels with Memory-Continuous Channels Data Transmission-Digital Modulation-Error control- Optimal detection. Radiation patterns for dipoles, Loops and helix. Radiation patterns for horns. Slots antennas and batch antennas. Traveling wave antennas EM waves theory Foundation- Planner waveguidesHomogenous and non-homogenous waveguides Radar Equation – CW Radar- FM radar- Doppler Radar- Tracking Radar. Rectangular and circular wave guides-Microwaves cavities-combiner circuit-Directional couplersIsolators and circulators. DSP and Applications- Continuous and discrete signals- Z-Transform –Sampling-Digital Filters Design-Fourier Transform and Applications Estimation Theory-Random Signal ModelingRandom signal and systems Characterization Fuzzy Logic- Neural Networks - Probabilistic reasoning- Applications Selected Topics choosen by the auther in the research field. Fuzzy Logic Control – Neural Control – Genetic Algorithm in Control. Power Line Carrier Communication DefinitionNetwork Characteristics - Realization of Access Systems - Performance Evaluation. Selected Topics identified by the supervisor in the research field.
148
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Electrical Engineering Department Table 4-33: The Contents of Courses Computer Systems Engineering Code
Course Name
Prerequisite
CES 501
Advanced Computer Systems
--
CES 502
Computer Interface
--
CES 503
Embedded Systems
--
CES 504
Computer Graphic Theory
--
Course Contents The aim of the course is to present how modern computer systems work and are built. The students should learn the advanced concepts and principle of computer architecture and organization, as well as methods developed in order to improve the performance of current microprocessors and parallel systems. The contents include Instruction set, memory management and hierarchy, input/output and buses, pipelining techniques, branch prediction, RISC architectures, VLIW architectures and specific compiling techniques, superscalar architectures, out of order execution, parallel architectures and multiprocessors. This Course introduces the principles of user interface development, focusing on three key areas: Design: human capabilities (including the human information processor model, perception, motor skills, color, attention, and errors) and using those capabilities to drive design techniques: task analysis, user-centered design, iterative design, usability guidelines, interaction styles, and graphic design principles. The course includes Implementation: Techniques for building user interfaces, and Evaluation: Techniques The course topics include formal models, algorithms, various simulation techniques, tools and case studies in the specific context of embedded systems, The focus will be on system-level design techniques, with the aim of critically accessing known models and methods in terms of their generality and applicability at different stages of an embedded system design process. It includes also execution time analysis, Resource sharing and communication, and time, simulation versus analytical models. Theory and implementation of high-performance computer graphics. Applications from virtual reality, training, and entertainment. Graphics hardware. Highfidelity graphics. Introduction to computational geometry.
CES 505
Software Engineering
--
This course covers software testing, software installation, maintaining information systems, software quality assurance, technical metrics for software, software sizing, software development methodologies, 149
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
CES 506
Information Security
--
CES 507
E-Commerce Fundamentals
--
CES 508
Design of E-Business Systems
--
CES 509
Building Information Systems in Emerging Environments
--
CES 510
Artificial Intelligence Theories
--
CES 511
Neural Network
CES 510
requirement engineering, and configuration management Structure and terminology of the subject. Authentication of user identity. Theory and practice for access control. Formal security models. Cryptology and its use in security tools. Security problems, tools, protocols and solutions in networks and distributed systems. Security in specific systems such as databases. Security management This course covers corporate strategic planning for ecommerce, business design and architecture for ecommerce application, Web-based marketing strategies and models. Students will learn the differences between electronic commerce information systems and regular commerce systems, including the use of the internet resources, services that can be offered online, The course also explores business to business (B2B) ecommerce, business to customer (B2C) e-commerce, epayment systems, mobile commerce (m-commerce), modern trends in developing e-commerce. The course focuses on the linkage between organizational strategy and networked information technologies to implement a rich variety of business models in the national and global contexts connecting individuals, businesses, governments, and other organizations to each other The fundamentals of designing, developing and using electronic business, and applying such techniques on real-world problems. Get in depth to the anatomy of many business application domains. The course will extend the student's knowledge by implementing an information system in an emerging systems environment. It includes selection of development environments and standards; structured, event driven, and object oriented application. exploring different design approaches of Oracle Forms, Reports, and ASP.Net, focusing on building graphical user interfaces, and integration issues between system modules. This course covers AI theories and applications. The students gain the basic knowledge of most important systems over the last five decades. The course describes different techniques of introducing intelligence to machines -Information and knowledge tools that depends on AI concepts.. The practical part of the course introduces a non-algorithmic PROLOG language. Symbolic and sub-symbolic forms of knowledge representation and processing. Basics of pattern recognition, discriminate functions, preprocessing, 150
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
CES 512
Expert and Decision Support Systems
CES 510
CES 513
Data Warehouse
--
CES 601
Distributed Computers
--
feature extraction and selection, learning algorithms and their classifications,. Concept of artificial networks, multilayer perceptrons, the back-propagation learning algorithm. Further models of ANNs and their applications. Handling of uncertainty, basics of fuzziness, fuzzy control, fuzzy expert systems. Neurofuzzy approaches. The course will cover the basic aspects of decision making process and supported systems. It covers the problem-solving techniques in both large warehouse databases and intelligent expert systems. Decision making process, Categorization of problem-solving techniques, Linear programming models, simulation models, and heuristics and forecasting models, Knowledge-based systems and expert systems, and Applications of expert systems in decision making, group, distributed, and executive decision support systems. The course introduces the fundamentals of developing and using of data warehouses. The students will work with data warehouses to design and apply update, maintenance and data extraction. It includes creating a dimensional model, generating population and maintenance plans for a warehouse It also illustrates how the use of data warehouse leads to the use of data mining methods and strategies. This course covers abstractions and implementation techniques for the design of distributed systems. Topics include: server design, network programming, naming, storage systems, security, and fault tolerance. The assigned readings for the course are from current literature.
CES 602
Advanced Computer Networks
--
CES 603
Cryptography and Network Security
CES 506
The course will focus on the design, implementation, analysis, and evaluation of large-scale networked systems. Topics include internetworking philosophies, unicast and multicast routing, congestion control, network quality of service, mobile networking, router architectures, network-aware applications, content dissemination systems, network security, and performance issues. Material for the course will be drawn from research papers, industry white papers, and Internet RFCs. This is a course on Cryptography and Network Security, objectives are: Classical encryption techniques, Block ciphers and the Data Encryption Standard, Basics of finite fields, Advanced Encryption Standard, Contemporary Symmetric Ciphers, Confidentiality Using Symmetric Encryption, Basics of Number Theory, Key Management; Other Public Key Cryptosystems , Message Authentication, Hash Functions and Algorithms, Digital Signatures and 151
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
CES 604
Natural Language Processing
CES 510
CES 605
Image Processing
CES 510
CES 606
Robotic Systems
CES 510
CES 607
Voice Recognition
CES 510
CES 608
Advanced Algorithms
--
CES 609
Machine Learning Algorithms
CES 608
Authentication Protocols, Network Security Practice, Applications, E-Mail, IP and Web Security, System Security, Intruders, Malicious Software, Firewalls The course surveys the major problems and solution methods in the natural language processing. It includes Syntax of natural language, semantics of natural language, pragmatics, world knowledge and knowledge representation, language generation. It covers applications of these methods and models. This course is a fundamental understanding of digital image processing techniques, including: 2-D signals, systems, sampling and filtering, fundamentals of image formation, human visual systems, Digital image enhancement, spatial domain, frequency domain, Digital image restoration, inverse, least squares, Wiener filters, constrained least square filters, Digital image compression This course covers the material needed to understand the principles behind the AI approach to robotics. The applications include sensing, navigation, planning, and uncertainty. Robot types, manipulators, mobile robots, redundant robots, and robot vision. This course introduces students to the rapidly developing field of automatic speech recognition: background material in the acoustic theory of speech production, acoustic-phonetics, and signal representation. Algorithmic aspects of speech recognition systems including pattern classification, search algorithms, stochastic modeling, and language modeling techniques. Advanced techniques used for acoustic-phonetic modeling, This course emphasizes fundamental algorithms and advanced methods of algorithmic design, analysis, and implementation. Techniques to be covered include amortization, randomization, fingerprinting, word-level parallelism, bit scaling, dynamic programming, network flow, linear programming, fixed-parameter algorithms, and approximation algorithms. Domains include string algorithms, network optimization, parallel algorithms, computational geometry, online algorithms, external memory, cache, and streaming algorithms, and data structures. This course gives an overview of many concepts, techniques, and algorithms in machine learning, beginning with topics such as classification and linear regression and ending up with more recent topics such as boosting, support vector machines, hidden Markov models, and Bayesian networks. The course will give the student the basic ideas and intuition behind modern machine learning methods as well as a bit more formal 152
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
CES 610
Data Mining and Information Retrieval
CES 609
CES 701
Advanced Topics in NLP
CES 604
CES 702
New Trends in Robotic Systems
--
CES 703
Advanced Researches CES
--
understanding of how, why, and when they work. The underlying theme in the course is statistical inference as it provides the foundation for most of the methods covered. This course covers the major techniques of data mining and their application to business. Data mining is an interdisciplinary, computer-based process for finding patterns within data. This course provides an introduction and a hands-on experience with data mining software Under the supervision of the course instructor, the students conduct research and discussion of Advanced Topics in NLP. Oral presentation required Under the supervision of the course instructor, the students conduct research and discussion of New Trends in Robotic Systems. Oral presentation required Under the supervision of the course instructor, the students conduct research and discussion of Advanced Researches topic of Computer Engineering Systems. Oral presentation required.
153
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department Specialties Degree
Postgraduate Diploma
Master of Engineering (M. Eng) Master of Science (M. Sc) Doctor of Philosophy (Ph. D)
Mechanical Power (Code: MEP)
Production and Design (Code: MED)
Mechatronics (Code: MET)
Refrigeration and Air Conditioning Technology Conventional and Renewable Power Plants Pumping and Pipe Networks Engineering
Industrial Processes Control
Mechanical Power Engineering
Production Engineering and Design
Mechatronics Engineering
Mechanical Power Engineering
Production Engineering and Design
Mechatronics Engineering
Mechanical Power Engineering
Production Engineering and Design
Mechatronics Engineering
CNC Machines Industrial Automation and Mechatronics
Engineering Materials
154
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre- requisites
Serial
Table 5-1: Preparatory Studies - Mechanical Power Engineering
--
3
100
--
200
300
3
--
3
100
--
200
300
3
Compulsory Courses 1
ENG 502
2
ENG 503
Engineering Computational Methods Engineering Experimental Methods
Elective Courses 1
MEP 501
Applied Theromdynamics
--
3
60
60
180
300
3
2
MEP 502
Heat and Mass Transfer
--
3
60
60
180
300
3
3 ENG XXX
--
3
100
--
200
300
3
4 ENG XXX
--
3
100
--
200
300
3
Students holding B.sc in mechanical engineering from Egyptian Universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the postgraduate studies Diploma the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). To join the M.Sc. Program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+).
155
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department Table 5-2: Post graduate Diploma - Mechanical Power Engineering
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Corse Code
Pre- requisites
Serial
Refrigeration and Air Conditioning Technology
--
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
Compulsory Courses 1 MEP 503 2 MEP 504 3 MEP 505 4
Air conditioning Systems and Equipment Refrigeration Systems and Equipment Thermal Loads and Psychrometry Project
Elective Courses 1 MEP 506
Control in Refrigeration and Air Conditioning Systems
2 MEP 507
Ventilation and Air Handling
--
3
60
60
180
300
3
3 MEP 508
Measuring and Control Instruments
--
3
60
60
180
300
3
4 MEP509
Engineering Software
--
3
60
60
180
300
3
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma, the student should achieve grade point average not less than (C).
156
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department Table 5-3: Post graduate Diploma - Mechanical Power Engineering
Credit Hours
Course Work
Oral / Practical
Written Exam
Total
Test Time
1
MEP510
Steam Power Plants
--
3
60
60
180
300
3
2
MEP 511
Solar Energy
--
3
60
60
180
300
3
3
MEP 512
Nuclear Power Plants
--
3
60
60
180
300
3
Project
--
3
60
60
180
300
3
Serial
Pre- requisites
Diploma of Conventional and Renewable Power Plants
Course Code
Course Name
Compulsory Courses
4
Elective Courses 1
MEP 508
Measuring and Control Instruments
--
3
60
60
180
300
3
2
MEP 513
Desalination Systems
--
3
60
60
180
300
3
3
MEP 514
Wind Energy
--
3
60
60
180
300
3
4
MEP 515
Energy Conversion Systems
--
3
60
60
180
300
3
5
MEP 516
Economics of Power Plants
--
3
60
60
180
300
3
6
MEP 517
Hydraulic Turbines
--
3
60
60
180
300
3
7
MEP 518
Gas and Steam Turbines
--
3
60
60
180
300
3
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma, the student should achieve grade point average not less than (C).
157
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department Table 5-4: Post graduate Diploma - Mechanical Power Engineering
Credit Hours
Course Work
Oral / Practical
Written Exam
Total
Test Time
1
MEP 519
Pumps
--
3
60
60
180
300
3
2
MEP 520
Pipes and Tubes Networks
--
3
60
60
180
300
3
3
MEP 521
Faults in Pumping and Pipe Networks Systems
--
3
60
60
180
300
3
Project
--
3
60
60
180
300
3
Serial
Pre- requisites
Pumping and Pipe Networks Engineering
Course Code
Course Name
Compulsory Courses
4
Elective Courses 1
MEP 522
Applied Fluid Mechanics
--
3
60
60
180
300
3
2
MEP 523
Theory of Rotating Machinery
--
3
60
60
180
300
3
3
MEP 524
Experiments on Pumps
--
3
60
60
180
300
3
4
MEP 508
Measuring and Control Instruments
--
3
60
60
180
300
3
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma, the student should achieve grade point average not less than (C).
158
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre- requisites
Serial
Table 5-5: Master of Engineering (M. Eng) - Mechanical Power Engineering
--
3
60
60
180
300
3
--
3
60
60
180
300
3
Compulsory Courses Advanced Numerical Analysis Precision Measurements 2 MEP 602 Theory Elective Courses 1
MEP 601
1
MEP 603 Renewable Energies
--
3
60
60
180
300
3
2
MEP 604 Advanced Fluid Mechanics
--
3
60
60
180
300
3
3
MEP 605
3
60
60
180
300
3
3
60
60
180
300
3
--
3
60
60
180
300
3
MEP 502
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
4
Advanced Thermodynamics Advanced Heat and Mass MEP 606 Transfer
5
MEP 607 Combustion
6
Computational Methods in MEP 608 Fluid Mechanics and Heat Transfer
7
MEP 609 Turbo-Machinery
8
MEP 610
9
MEP 611 Power Plants
10
MEP 612
Internal Combustion Engines Refrigeration and Air Conditioning
MEP 501 MEP 502
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student may be allowed to study up to 6 credit hours of subjects with code 500 which he/she did not study before. The student is granted the degree of Master of Engineering if he/she completes the required courses with grade point average of at least (C).
The degree does not allow its holders to join the Ph.D. program. 159
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department Credit Hours
Course Work
Oral / Practical
Written Exam
Total
Test Time
1
MEP 601
Advanced Numerical Analysis
--
3
60
60
180
300
3
2
MEP 602
Precision Measurements Theory
--
3
60
60
180
300
3
M. Sc Thesis
--
18
-
-
-
-
-
Serial
Pre- requisites
Table 5-6: Master of Science (M. Sc) - Mechanical Power Engineering
Course Code
Course Name
Compulsory Courses
3 Elective Courses 1
MEP 603
Renewable Energies
--
3
60
60
180
300
3
2
MEP 604
Advanced Fluid Mechanics
--
3
60
60
180
300
3
3
MEP 605
Advanced Thermodynamics
3
60
60
180
300
3
4
MEP 606
Advanced heat and Mass Transfer
3
60
60
180
300
3
5
MEP 607
Combustion
--
3
60
60
180
300
3
6
MEP 608
Computational Methods in Fluid Mechanics and Heat Transfer
MEP 502
3
60
60
180
300
3
7
MEP 609
Turbo-Machinery
--
3
60
60
180
300
3
8
MEP 610
Internal Combustion Engines
--
3
60
60
180
300
3
9
MEP 611
Power Plants
--
3
60
60
180
300
3
1 0
MEP 614
Refrigeration and Air Conditioning
--
3
60
60
180
300
3
MEP 501 MEP 502
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
160
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department Table 5-7: Doctor of Philosophy (Ph. D) - Mechanical Power
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
3
60
60
180
300
3
3
60
60
180
300
3
30
--
--
--
--
--
3
60
60
180
300
3
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
Pre- requisites
Serial
Engineering
Compulsory Courses 1 MEP 701 2 MEP 702 3
Selected Topics in Heat Transfer Selected Topics in Fluid Dynamics Ph.D. Thesis
MEP 606 MEP 608 --
Elective Courses 1 MEP 703 2 MEP 704 3 MEP 705 4 MEP 706 5 MEP 707 6 MEP 608
Selected Topics in Thermodynamics Selected Topics in Combustion Selected Topics in Refrigeration and Air Conditioning Selected Topics in Power Plants Selected Topics in Turbomachinery Selected Topics in Renewable Energy
MEP 605 MEP 607
To join this program, the student should have a M.Sc. degree with a grade point average of at least (C+) and pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
161
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre- requisites
Serial
Table 5-8: Preparatory Studies - Production Engineering and Design
--
3
100
--
200
300
3
--
3
100
--
200
300
3
Compulsory Courses 1
ENG 503
2
ENG 506
Engineering Experimental Methods Statistics and Random Processes
Elective Courses 1
MED 501
Manufacturing Engineering
--
3
60
60
180
300
3
2
MED 502
Metal Casting
--
3
60
60
180
300
3
3 ENG XXX
--
3
100
--
200
300
3
4 ENG XXX
--
3
100
--
200
300
3
Students holding B.sc in mechanical engineering from Egyptian Universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the postgraduate studies Diploma the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). To join the M.Sc. Program, the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+).
162
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department Table 5-9: Post-Graduate Diploma - Production Engineering and Design
Pre- requisites
Credit Hours
Course Work
Oral / Practical
Written Exam
Total
Test Time
Serial
CNC Machines
--
3
60
60
180
300
3
MED 504 CNC Programming
--
3
60
60
180
300
3
MED 505 Computer Aided Manufacturing
--
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
Course Code
Course Name
Compulsory Courses 1
MED 503
2 3 4
CNC Machines and Their Economics
Project
Elective Courses 1
MED 506 Machining Operations
2
MED 507
3
MED 508 Non-Conventional Machining
--
3
60
60
180
300
3
4
MEP 509
--
3
60
60
180
300
3
Computer Integrated Production Systems
Engineering Software
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma, the student should achieve grade point
average not less than (C).
163
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department Table 5-10: Post-Graduate Diploma - Production Engineering and Design
Measuring Instruments and Signal Converters
--
3
MEP 509
Engineering Software
--
Project
--
Test Time
MED 512
Total
2
Written Exam
--
Oral / Practical
Industrial Process Control
Course Name
Course Work
MED 509
Course Code
Credit Hours
1
Serial
Pre- requisites
Industrial Processes Control
3
60
60
180
300
3
60
60
180
300
3
3
60
60
180
300
3
3
60
60
180
300
3
60
60
180
300
3
60
60
180
300
3
60
60
180
300
3
60
60
180
300
3
Compulsory Courses
4
3
Elective Courses 1
MED 503
CNC Machines and Their Economics
--
2
MET 506
Modern Control Systems
--
3
MET 503
Programmable Logic Controllers
--
4
MET 505
Robotics and Automation
--
3 3 3 3
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma, the student should achieve grade point
average not less than (C).
164
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department
Course Work
Oral / Practical
Written Exam
Total
Test Time
1 MED 511
Structure and Description of Materials
--
3
60
60
180
300
3
2 MED 512
Composite Materials
--
3
60
60
180
300
3
3 MED 513
Heat treatment of Metals
--
3
60
60
180
300
3
4
Project
--
3
60
60
180
300
3
Serial
Credit Hours
Pre- requisites
Table 5-11: Post-Graduate Diploma - Production Engineering and Design Engineering Materials
Course Code
Course Name
Compulsory Courses
Elective Courses 1 MED 514
Computer Application in Material Engineering
--
3
60
60
180
300
3
2 MED 515
Failure Analysis and Fracture Mechanics
--
3
60
60
180
300
3
3 MED 516
Elasticity and Plasticity Theory
--
3
60
60
180
300
3
4 MED 517
Engineering Materials Selection
--
3
60
60
180
300
3
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma, the student should achieve grade point average
not less than (C).
165
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department Table 5-12: Master of Engineering (M. Eng)
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre- requisites
Serial
Production Engineering and Design
--
3
60
60
180
300
3
--
3
60
60
180
300
3
Compulsory Courses 1
MED 601 Quality Control
2
MEP 602
Precision Measurements Theory
Elective Courses 1
MED 602 Mechanical Vibrations
--
3
60
60
180
300
3
2
MED 603 Metal Cutting Theory
MED 516
3
60
60
180
300
3
3
MED 604 Welding Metallurgy
--
3
60
60
180
300
3
4
MED 605
MED 513
3
60
60
180
300
3
5
MET 602
--
3
60
60
180
300
3
6
MED 606 Tribology
--
3
60
60
180
300
3
7
MED 607 Heat Treatments
MED 513
3
60
60
180
300
3
8
MED 608 Engineering Economy
--
3
60
60
180
300
3
Metal Solidification Theory and Casting Advanced Automatic Control
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student may be allowed to study up to 6 credit hours of subjects with code 500 which he/she did not study before. The student is granted the degree of Master of Engineering if he/she completes the required courses with grade point average of at least (C). The degree does not allow its holders to join the Ph.D. program.
166
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department Table 5-13: Master of Science (M. Sc)
Credit Hours
Course Work
Oral / Practical
Written Exam
Total
Test Time
1
MED 602
Quality Control
--
3
60
60
180
300
3
2
MEP 602
Precision Measurements Theory
--
3
60
60
180
300
3
M. Sc Thesis
--
18
--
--
--
--
--
Serial
Pre- requisites
Production Engineering and Design
Course Code
Course Name
Compulsory Courses
3
Elective Courses 1
MED 602
Mechanical Vibrations
--
3
60
60
180
300
3
2
MED 603
Metal Cutting Theory
MED 516
3
60
60
180
300
3
3
MED 604
Welding Metallurgy
--
3
60
60
180
300
3
4
MED 605
MED 513
3
60
60
180
300
3
5
MET 602
Metal Solidification Theory and Casting Advanced Automatic Control
--
3
60
60
180
300
3
6
MED 606
Tribology
--
3
60
60
180
300
3
7
MED 607
Heat Treatments
MED 513
3
60
60
180
300
3
8
MED 608
Engineering Economy
--
3
60
60
180
300
3
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
167
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department Table 5-14: Doctor of Philosophy (Ph. D)
Pre- requisites
Credit Hours
Course Work
Oral / Practical
Written Exam
Total
Test Time
Serial
Production Engineering and Design
MED 503
3
60
60
180
300
3
Selected topics in design
--
3
60
60
180
300
3
Ph. D Thesis
--
30
--
--
--
--
--
--
3
60
60
180
300
3
--
3
60
60
180
300
3
MET 602
3
60
60
180
300
3
Course Code
Course Name
Compulsory Courses 1
MED 701
Selected topics in manufacturing
2
MED 702
3 Elective Courses 1
MED 703
Simulation and production system analysis
2
MED 704
Finite element method
3
MET 705
Selected topics in control
To join this program, the student should have a M.Sc. degree with a grade point average of at least (C+) and pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph.D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
168
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Corse Code
Pre- requisites
Serial
Table 5-15: Preparatory Studies In Mechatronics Engineering
--
3
100
--
200
300
3
--
3
100
--
200
300
3
Compulsory Courses 1
ENG 502
2
ENG 503
Engineering Computational Methods Engineering Experimental Methods
Elective Courses 1
MET 501
Fluid Power Control Systems
--
3
60
60
180
300
3
2
MET 502
Sensors and Actuators
--
3
60
60
180
300
3
3
ENG XXX
--
3
100
--
200
300
3
4
ENG XXX
--
3
100
--
200
300
3
Students holding B.sc in mechanical engineering from Egyptian Universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the postgraduate studies Diploma the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). To join the M.Sc. Program, the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+).
169
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department Table 5-16: Postgraduate Diploma - Mechatronics Engineering
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre- requisites
Serial
Automation and Mechatronics
60
60
180
300
3
Compulsory Courses Programmable Logic Controllers CNC Machines and Their 2 MED 503 Economics 1 MET 503
3
MEP 509 Engineering Software
4
Project
--
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
60
60
180
300
3
Elective Courses 1 MED 505
Computer Aided Manufacturing
--
3
2 MED 508 Non Conventional Machining
--
3
60
60
180
300
3
3 MET 504 Embedded Control
--
3
60
60
180
300
3
4 MET 505 Robotics and Automation
--
3
60
60
180
300
3
To join this program the student should complete a minimum of 9 credit hours of preparatory courses with a grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 500. To obtain the diploma the student should complete all the required courses with grade point average not less than (C).
170
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department Table 5-17: Master of Engineering (M. Eng) - Mechatronics
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre- requisites
Serial
Engineering
--
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
MET 502
3
60
60
180
300
3
--
3
60
60
180
300
3
MET 501
3
60
60
180
300
3
--
3
60
60
180
300
3
Compulsory Courses 1
MET 601
2
MEP 602
Optimum and Robust Control Engineering Precision Measurements Theory
Elective Courses 1
MET 602
3
MET 603
4
MET 604
2
MET 605
5
MET 606
Advanced Automatic Control Design of Fuzzy Logic Control Faults Diagnosis Using Vibration Modeling and Simulation of Mechatronics Systems Systems Recognition
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student may be allowed to study up to 6 credit hours of subjects with code 500 which he/she did not study before. The student is granted the degree of Master of Engineering if he/she completes the required courses with grade point average of at least (C). The degree does not allow its holders to join the Ph.D. program.
171
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre- requisites
Serial
Table 5-18: Master of Sciences (M. Sc) - Mechatronics Engineering
--
3
60
60
180
300
3
--
3
60
60
180
300
3
--
18
--
--
--
--
-
--
3
60
60
180
300
3
MET 502
3
60
60
180
300
3
--
3
60
60
180
300
3
MET 501
3
60
60
180
300
3
--
3
60
60
180
300
3
Compulsory Courses 1 2
Optimum and Robust Control Engineering Precision Measurements MEP 602 Theory
MET 601
3
M. Sc Thesis
Elective Courses 1 2 3 4 5
Advanced Automatic Control Design of Fuzzy Logic MET 603 Control Faults Diagnosis Using MET 604 Vibration Modeling and Simulation MET 605 of Mechatronics Systems MET 602
MET 606 Systems Recognition
To join this program the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+). Alternatively, the student may join this program if he/she holds a postgraduate diploma grade point average not less than (C+). Total number of required credit hours is 18 hours. The studied subjects should have a code 600. The student should also complete a master thesis (18 credit hours). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
172
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department
Course Work
Oral / Practical
Written Exam
Total
Test Time
Course Name
Credit Hours
Course Code
Pre- requisites
Serial
Table 5-19: Doctor of Philosophy (Ph. D) - Mechatronics Engineering
--
3
60
60
180
300
3
--
3
60
60
180
300
3
--
30
--
--
--
--
-
--
3
60
60
180
300
3
MET 603
3
60
60
180
300
3
MET 602
3
60
60
180
300
3
Compulsory Courses 1 2
Selected Topics in Mechatronics Selected Topics in MET 702 Advanced Digital Control Systems MET 701
3
Ph. D Thesis
Elective Courses 1 2 3
Selected Topics in Nonlinear Control Systems Selected Topics in Optimal MET 704 and Embedded Control System Design MET 703
MET 705 Selected Topics in Control
To join this program, the student should have a M.Sc. degree with a grade point average of at least (C+) and pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
173
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department Table 5-20: The Contents of Courses Mechanical Power Cod e MEP 501
Course Name
Applied Thermodynamics
Prerequisites
Course Contents
--
Introduction to thermodynamic models to calculate the thermal properties - first law of thermodynamics and its applications - second law – entropy and its applications – availability , irversibility and its applications thermodynamic analysis of power and refrigeration cycles heat pumps - exergy and its applications in energy systems
MEP 502
Heat and Mass Transfer
--
MEP 503
Air-Conditioning Systems and Equipments
--
MEP 504
Refrigeration Systems and Equipments
--
MEP Thermal Loads and 505 Psychrometry
MEP 506
Control in Refrigeration and Air Conditioning Systems
MEP Ventilation and Air 507 Handling
--
--
--
Introduction to different methods of heat transfer conduction heat transfer through the walls, flat and cylindrical - heat exchangers (types and effectiveness) - thermal radiation - thermal radiation of objects and gases - heat transfer in boiling and condensation – Mass transfer. Air conditioning systems and their design – direct expansion air conditioning systems - air systems and air conditioning using secondary fluid – all air and all water systems – window and split air conditioning units – packaged units, central air conditioning cooling and heating coils – humidifiers - Filters - air and water condensers - cooling towers – air conditioning in aircraft - hospitals – air conditioning in factories. Vapor compression refrigeration systems - absorption refrigeration – steam jet refrigeration – thermoelectric refrigeration – refrigeration compressors (reciprocating – rotary) – condensers - evaporators expansion valves. sources of thermal loads for cooling and heating – solar heat gain - the heat transfer through the buildings – ventilation- Properties of air – dry and wet bulb temperature - dew point - specific volume - the partial pressure of water vapor - humidity – psychrometry chart – human comfort zone psychrometric processes and air conditioning processes - effect of pressure on the properties of the humid air on loads. Basic control elements - temperature and pressure regulators - float control - refrigerant flow rate control - automatic control for compressors and other equipment –design of proportional integral differential controllers in refrigeration and air conditioning systems Ventilation fans and their types (radial and axial) and air handling units - filters – cooling coils – heating coils and humidification units and moisture barriers design of the air ducts. 174
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
MEP 508
Measuring and Control Devices
--
MEP 509
Engineering Software
--
MEP Steam Power Plants 510
--
MEP 511
Solar Energy
--
MEP 512
Nuclear Power Plants
--
MEP Water Desalination 513 Systems
--
Basics of measurement - classification of measurement methods – factors affecting the accuracy of measurement - measurement errors - assess the results statistically - classification of measurement equipment - measurement of fluid speed by hot wire and hot strip - pressure measurement - temperature measurement - moisture measurement - flow rate measurement - the performance of measurement equipment at static and dynamic condition - automatic control of compressors and other equipment. Software design and development methods – Analysis, design and implementation of large software systems. Design methods fragmented and assembled to larger programs - Programming team management – Software testing and evaluation - Maintenance and documentation of software – Applications to design compilers - methodology and methods of compilers, linguistic analysis and methods of expressing topdown and bottom to top. Methods of generating optimal code, design of a simple compiler. Steam properties software - heat transfer software pipe networks software- programs for systems of linear equations and non-linear equation – graphic representation software - a project using computers in the field of the diploma. Introduction - boilers, steam – fire tube boilers - water tube boilers - water circulation – steam collectorssteam superheaters - economizers – air preheaters cheminy - the control systems of steam boilers – fuels and combustion – condensers - steam and gas turbine stations - multiple pressures plants - peak load plants - thermal energy storage - introduction to economics of power plants. The solar system, solar radiation and solar angles for solar collectors- flat solar collectors - absorption surface - water heating systems and heating using solar energy - photovoltaic cells. Other solar energy capturing systems. Introduction - nuclear energy – nuclear power stations - nuclear reactions - reactions of fission reactionsfusion reaction energy - control in the fission reaction - the chain reaction - nuclear reactors - pressurized water reactors – boiling water reactors - gas cooled reactors - high temperature gas cooled reactor – nuclear fuel production reactors. Introduction - sea water chemistry - different methods of sea water desalination - dynamic systems membrane types and characteristics – electrodialysis systems - introduction to economics of desalination plants, demand analysis and calculate the requested peak - costs of construction and operation of desalination plants - economic test of desalination plants - economics of operating stations - wasted energy recovery systems - calculate the costs of production, consumption and billing - calculate the 175
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
MEP 514
Wind Energy
--
MEP Energy Conversion 515 Systems
--
MEP 516
Economics of Power Plants
--
MEP 517
Hydraulic Turbines
--
MEP 518
Gas Turbines and Steam
--
MEP 519
Pumps
--
MEP 520
Networks of Pipes and Tubes
--
MEP 521
Faults in Pumping Systems and Networks
--
MEP 522
Applied Fluid Mechanics
--
MEP
The Theory of
--
costs of testing and maintenance of desalination plants. Desalination plants using Reverse Osmosis. Introduction - types of wind turbines – theory of the momentum and mass conservation - Betz limit for the power factor of the turbine of horizontal axis – lift and drage turbines - use buildings to increase the power extraction - the properties of winds near the surface of the earth - power generated – photoelectric cells. Conversion of thermal energy to electric - converting kinetic energy to electric – convertiion of chemical energy to electric - fuel cells. Introduction - curves loads - calculation of peak load the optimal distribution of load on the units of the station - the economic test of power stations – peak load plants - cost systems for the production of fixed costs and energy costs and the costs of clients accounting rates of energy consumption. Flow through a set of blades - lift and drag on the sets of blades - types of turbines – reaction and impulse turbines –Pelton wheel turbines - radial turbine and Francis turbine - Kaplan turbine - performance of the turbine. Gas turbine cycles - combined cycle (gas and steam) turbine jet aircraft - jet turbine and propeller turbine – lift increasing factors - centrifugal compressors – axial compressor - axial turbines – moving and stationary blades and their distribution - operation at partial loads. Types – specific speed - pumps selection performance curves - losses in pumps - Compatibility between the network of pipes and pump performance connections of pumps, series and parallel - cavitation in pumps - pump blades. The basics of pump maintenance, the basics of pump operation centrifugal pumps, gear pumps, reciprocating pumps, worm pumps, deep pumps, submerged pumps, vacuum pumps, lifting water using compressed air, pump selection, repair the faults (mechanical - electrical) of pumps Friction in pipelines – laminar and turbulent flow Hardy Cross method for the analysis of pipe networks – unstable flow and water hammer - the pipelines and pumping stations. Aging in pipes networks - types of pipe connections and ways of conservation - protection of pumps against dry lines - water hammer. Faults in pumping systems – Faults in network systems. basic equations of motion- Navier-Stokes equations and their solutions - laminate and turbulent boundary layer- drag and lift on the bodies as a result of fluid flow around them- flow in a nozzles with pressure gradient - flow in pipe networks - the operating point of system's pipes and pumps. Introduction - basic definitions - the energy equation – 176
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra) 523 Rotating Machinery
MEP 524
Laboratory Experiments on The Pumps
MEP Advanced 601 Numerical Analysis
--
--
MEP 602
Precision Measurements Theory
--
MEP 603
Renewable Energies
--
MEP 604
Advanced Fluid Mechanics
--
MEP
Advanced
MEP 501
adiabatic flow through nozzles and diffusers equation of work done and efficiency in single stage turbine and compressor - gas turbine - steam turbine - wind turbine – dimensional analysis - similarity unstable flow through series of blades. Types of pumps (axial - radial - mixed flow) performance curves - control the speed of rotation and its measurement – lift measurement – discharge measuring - pressure sensors - determination of losses in the pumps - cavitation in pumps, blades and its impact on pump performance. Errors in numerical calculation - find roots of nonlinear equations - solving a set of simultaneous equations - linear algebra - methods of optimal solutions – ordinary differential equations application to cases of initial and boundary value problems - partial differential equations and applications to parabolic and elliptic equations - best fitting curves for a set of readings - Numerical differentiation and numerical integration applications and projects for the previous numerical methods in solving the issues in mechanical engineering. The theoretical basis for the use of lasers to measure ultrasonic measurements - optical measurements computer measurements - laser measurements Filters – signals converters – systems of data collection, analysis and processing - advanced methods to measure temperature - advanced methods for measuring the pressure - methods of measuring humidity – hot wire measurement. direct contact and non-contact measurementMeasurement of one element or all - factors affecting the accuracy of measurement - measurement errors assess the results statistically. Measuring equipment classification–design considerations of measuring instruments Measurement of the shapes in three dimensions. The solar system - solar angles - solar radiation - solar collectors is low-temperature – thermal compilation economics of solar energy - water heating - high temperature solar collectors - integrated solar systems – concentrators - reflectors - transfer of heat collection and storage - performance solar systems in the long term - design solar systems - indirect heating system energy storage - control systems in the field of energy storage – direct numerical control - applications in heating, ventilation and air conditioning for comfort in the operations - industrial - wind - tidal energy geothermal energy - bio-energy. Fundamentals of fluid mechanics - applications of conservation equations of mass and momentum and energy – dimensional analysis and dynamic similarity - laminar and turbulent flow – boundary layers. Power cycles using steam – gas power cycles – 177
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra) 605
Thermodynamics
MEP Advanced Heat and 606 Mass Transfer
MEP 502
MEP 607
Combustion
--
MEP 608
Computational Methods in Fluid Mechanics and Heat Transfer
MEP 502
MEP 609
Turbo-Machinery
--
MEP 610
Internal Combustion Engines
--
MEP 611
Power Plants
--
reversed cycles - a mixture ideal gas - the chemical reactions and combustion - fluid flow through the nozzles – chemical and phase equilibrium for ideal gas mixture during the reaction. Non-uniform heat conduction – uniform heat conduction - multi-dimensional heat conduction – dimensionless groups – forced convection and free convection - heat transfer in boiling and condensation - heat pipes (types - the limits of - the operating fluids). Dynamics of combustion - the properties of the premixed flame - the characteristics of diffusion flames - pollution caused by combustion - fuel resources - specification of engine fuels - specification and testing of volatile fuels - the properties of heavy fuel oil - various tests to determine the properties of the fuel. Introduction - methods of solving partial differential equations in steady state - methodsof solving partial differential equations in unsteady state - types of differential equations - the methods used in solving momentum and energy equation (explicit; implicit; explicit / implicit - alternating) case studies to solve the flow of fluid over the surface of cylinder. Introduction - basic definitions - the energy equation flow through Aladebeteki Nvit and publisher - the equation work done and efficiency in the turbine during the assignment and the same for compressors gas turbine - steam turbine - wind turbine analysis Allabaadi and similar dimensions - flow through a feather. Engines (types and classification) – performance equations - modeling the different stages of combustion in engines – designe of combustion chambers and their impact on the performance of engines - the phenomenon of detonation and knocks in the engines - pollution from engines - sources of oils and types - properties of the physical and chemical properties of engine oils - different tests to determine the properties of oils - various systems of lubrication. Thermodynamics - heat transfer – steam boilers – fire tube boilers – water tube boiler - water circulation systems – steam drums – steam superheaters economizers- air preheaters - chemeny - control systems of steam boilers - fuel combustion (coal fuel liquid fuels - fuel Natural gas - systems to supply fuel - soot and dust separators - environmental impact and environmental protection) - condensers – condenser design - cooling water systems - cooling towers ponds and channels cooling stations - multi purposes nuclear power plants nuclear energy - nuclear reactions - fission reactions of fusion reactions energy from nuclear reaction - control in the fission reaction – chain reaction - nuclear reactors 178
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
MEP 612
Refrigeration and Air Conditioning
MEP 701 MEP 702 MEP 703 MEP 704
Selected Topics in Heat Transfer Selected Topics in Fluid Dynamics Selected Topics in Thermodynamics Selected Topics in Combustion Selected Topics in Refrigeration and Air Conditioning Selected Topics in Power Plants Selected Topics in Turbo Machinery Selected Topics in Renewable Energy
MEP 705 MEP 706 MEP 707 MEP 708
MEP 608
pressurized water reactors - boiling water reactors – gas cooled reactors – gas cooled gas reactors with a high temperature - pressurized heavy water reactors – fast breeder reactors- analysis of disasters caused by nuclear power plants - environmental impact of nuclear stations - nuclear safety - The economics of nuclear power plants. Absorption refrigeration systems (Lithium bromid water / water - ammonia) – atomization equipment sources of heat - the heat load calculation methods the distribution of air routes - air distribution outlets mechanical ventilation - air conditioning system balance. Determined by the supervisor of the research in the field of heat transfer. Determined by the supervisor of the research in the field of fluid dynamics
MEP 605
Determined by the supervisor of the research in the field of Thermodynamics
--
MEP 606
MEP 607 -----
Determined by the supervisor of the research in the field of Combustion Determined by the supervisor of the research in the field of air conditioning Determined by the supervisor of the research in the field of power plants Determined by the supervisor of the research in the field of turbo machinery Determined by the supervisor of the research in the field of renewable energy
179
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department Table 5-21: The Contents of Courses Production Engineering and Design Code
Course Name
Prerequisit es
MED 501
Manufacturing Engineering
--
MED 502
Metal Casting
--
MED 503
CNC Machines and Economics
--
MED 504
Programming of CNC Machines
MED 505
Computer Aided Manufacturing
Course Contents Metal forming - hot and cold forming - forging, rolling, drawing, extrusion processes - metals casting - welding processes and equipment Automated machining processes, center lathe, turret lathes, Drill, milling, shaping , boring machine, boring machine, synthesis, girding methods and grinding wheels – jigs and fixtures Measurements and calibration. Metals and alloys in liquid state- melting and melt treatment – cast alloys – primary casting – casting for formed parts – sand and other types of castings – casting properties and defects – quilting control in castings – side and environmental impact of casting – mold dynamics – shape changes – gas pressure – transformation zones – metal and mold reaction. Introduction to CNC machines types- parts of CNC – CNC m/c systems – Data coding – Methods of data entry and saving – Methods of manual programming- (position – linear – curved – repeated ) - programming using computer connection between drawing and modification by computer – parametric programming - Cost calculation – cost elements- Case study for production by CNC and conventional method – Optimum cutting conditions control – Parametric control.
--
Data systems and coding- Methods of data entry and saving – methods of manual programming – different methods of programming- examples for advanced programming language
--
Automatic manufacturing processes principlesproduction economics – assembly ;lines and systems – numerical control (DDC) production systems – industrial robot (Technology – programming – applications)-automatic material storage and handling – technological groups and flexible operating system – quality control – automatic inspection – control systems – computer integrated manufacturing systems – 180
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
MED 506
Machining Processes
--
MED 507
Computer Integrated Production Systems
--
MED 508
NonConventional Machining
--
MED Industrial Process 509 Control
--
MED 510
Measuring Instruments and Transducers
--
MED 511
Material Classifications and Structures
--
MED 512
Composite Materials
--
computer aided manufacturing planning – production workshop control – computer manufacturing net – automatic future factories – computer manufacturing applications Classifications of the machining processescutting conditions- calculation of the machining time – machining of external rotating surfaces – machining of internal rotating surfaces – creating internal and external surfaces- girding of internal and external surfaces- high accuracy finishing processes. Case study for an automatic factory programmed from the principle unit and the favorite control for each individual process including the processes of quality monitoring, inspection and control. Chain saw vertical cutting - non-conventional grinding operations - electric vacuum machining – electrochemical machining – chemical machining – ultrasonic machining - laser machining. Introduction- some common application for control systems – dynamics of industrial processsystems response by direct solution of the differential equation using La-place Transformindustrial control systems – level control – pressure control – temperature control – flow control. Methods of industrial control design – study of systems stability – commands determination signals – methods of control systems recognition – PLC – introduction to nonlinear control systems. Classifications of measuring instrumentsfunctions of the parts of the measuring instrument – types of inputs and outputs of the measuring instrument – design requirements for the measuring instrument – high resistance measuring sensors – variable induction measuring sensors- variable capacity measuring sensors – piezo-electric sensors- electromagnetic sensors. Molecular and atomic structure – microscopes – types (optical- electronic) – atomic structure determination methods – optical analysis methods – calorimetric methods. Composite material classifications- applications – composite material manufacturing (metal base – ceramic base – reinforced plastics – honeycomb shaped materials – structural shaped) design factors – fibers resistance- multilayer 181
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
MED 513
Metals Heat Treatment
--
MED 514
Computer Applications in Material Engineering
--
MED 515
Failure Analysis and Fracture Mechanics
--
MED Elasticity and 516 Plasticity Theory
--
MED Engineering 517 Material Selection
--
MED 601
Quality Control
--
structures – linear stress-strain for reinforced fiber materials – classic theory for multilayer composite materials- failure theory for reinforced fiber materials –stresses resulted from environmental conditions- strain through layers thickness. The basic principles in the technology of heat treatment of metals - the metal structure and phases - heat treatment techniques – surface hardening - heat treatment applications - the necessary examinations and tests – heat treatment problems - their causes and ways to avoid them – heat treatment furnaces. Finite element method - system design casting with the assistance of computer – computer aided design and manufacturing in extrusion (to identify the forces and pressures - system design and manufacture of Die Computer Aided) Computer Aided in hammering and forging processes- Design and manufacture of dies blacksmith with the assistance of Computer Science - Computer Applications in sheet metal forming processes. Introduction to fracture mechanics - fractures under the influence of static loads - the beginning of fracture growth in static fracture - fracture growth under the influence of fatigue - corrosion failures – tribological failure of surfaces Patterns of landslides - buckling – creep failures cases studies and applications on mechanical parts. Types of stresses - Analysis of two and three dimensions stresses - Hooke's Law-General expansion and deformation – strain energy and their relationship to the heat in the area of elasticity - study plastic flow for metals Theories of the yield limits - a theory the ultimate limits - the theory sliding lines - the rules of plastic flow - Introduction to the finite element method and its simple applications - applications. Criteria for the selection of metals and alloys, ceramics, plastics, mechanical behavior, the physical behavior, the electric behavior, the performance curves of the materials, coefficient of performance, form factor, computer applications and economic feasibility study. Monitoring and quality control - test and inspection - Quality Assurance - Quality Systems - Quality Assurance schemes - schemes of averages, range and standard deviation - the 182
Benha University Faculty of Engineering (Shoubra)
MED 602
Mechanical Vibrations
MED 603
Metal Cutting Theory
MED 604
Welding Metallurgy
MED 605
Metal Solidification Theory and Casting
MED 606
Tribology
MED 607
Heat Treatment
MED 608
Engineering Economy
Postgraduate Studies Programs
standard deviation schemes and the number of defects – totals schemes - specialized technical procedures. Review on free single degree vibration systemsforced vibration under periodic and non-periodic force for single degree of freedom - Free vibration and arrest of the systems of systems with two degrees of freedom - Free and forced vibration for two-degree of freedom systems-free and forced vibration for multi-degree of freedom - solution of eign-value problems questions of values, continuous systems approximation methods to find the natural frequencies - Methods of measuring vibration natural frequencies determination methods. Introduction to machining operations and different cutting tools movements, descriptions of cutting tools, mechanism of metal cutting (theory chip formation, the force affecting on the cutting tool, inclined cutting, vertical cutting, MED 516 cutting energy, different theories to calculate the chip thickness), temperature distribution in the primary and secondary regions of plastic deformation, cutting-tool life, erosion, factors affecting it, cooling cutting fluids and surface roughness. The microscopic structure and the metallurgical changes during welding – physical and -mechanical properties of welded joints weldability - heat treatment of welds - Welding of carbon steel - welding stainless steel. Grain growth – phase transformation curves – solidification of pure metals – solidification of MED 513 alloys (steel – cast iron- non-ferrous metals)solidification in sand, metal and ceramic dies. Historical background for tribology - the theory of friction and the laws of friction - Theories and wear mechanisms – surfaces adhesion and -surface factors - kinds of lubrication ( static lubrication; dynamic and flexible dynamic) experiments in wear measurement. Heat treatments and thermal equilibrium diagrams of metals and alloys – heat treatment effects on the metal and alloys properties and of MED 513 metals and alloys and crystal structure hardening, normalizing, annealing - hardening heat treatment furnaces. Engineering operations - Basic economic -concepts – Basic alternatives in engineering analysis and decision making - Balance sheets 183
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
current value, annual cash analysis – project cash flow – depreciation. MED Selected Topics 701 in Manufacturing MED 702
Selected Topics in Design
Production MED Systems Analysis 703 and Simulation
MED 704
Finite Element Method
MED 503
Determined by the supervisor of the thesis that required in the point of research.
--
Determined by the supervisor of the thesis that required in the point of research
--
--
Introduction to simulation basics - simulation languages - industrial systems simulation simulation experiments design, study results of selected methods of simulation. Introduction to finite element concept – variational and integration deduction methods – one dimensional problems – element equations – assembly of element equations – boundary conditions – solution of assembled equationstwo and three dimensional problems- finite element computer applications.
184
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Mechanical Engineering Department Table 5-22: The Contents of Courses Mechatronics Engineering Code
MET 501
Course Name
Prerequisites
Fluid Power Control
--
MET 502
Sensors and Actuators
--
MET 503
Programmable Logic Controllers
--
MET 504
Embedded Control
--
505
Robotics and Automation
--
MET 506
Modern Control Systems
--
Optimum and Robust Control
--
MET
MET 601
Course Contents Pneumatic - electronic control systems – hydraulic- electronic control systems - Electronic - Electrical energy - proportional hydraulic valves – proportional directional control valves proportional pressure valves - proportional flow valves - servo valve - design of pneumatic and hydraulic circuits. Different statistical methods - static and dynamic characteristics of sensors - measurement of (displacement, velocity, acceleration, heat, stress, strain, flow, power) – signal manipulation – actuators (mechanical - hydraulic – pneumatic electric ) General structure- programming methods – circuits list – ladder diagram – Basic process chart – pneumatic, hydraulic and electric control circuits -Proportional control programming – electric motor control – applications Microcontrollers – study of model controller (microchip – Atmel) controller instructions – controllers programming – model and applications for embedded control. Robot types- machining volume calculations – programming methods – servo and control circuits – kinematics and kinetic modeling – direct and inverse dynamic modeling – path control – objects recognition – impact avoidance. Control system representation in time domaintime domain control system analysis- time equation solution for control system and finding the system variables- control and motoring capability for the control system. Stability study for control systems using Lebanov methods – design of different control systems using the method of rearranging of roots method, using optimum control methods, adjustable control. Fuzzy logic and artificial neural networks – adjustable fuzzy logic. Identification and robust control systems analysis of nonlinear systems – necessary 185
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra) Engineering
MET 602
Advanced Automatic Control
--
MET 603
Fuzzy Logic Control Systems Design
MET 502
MET 604
Faults Diagnostics Using Vibration
---
MET 605
Modeling and Simulation of Mechatronics Systems
conditions for optimality - Bontregn principle of optimality – searching for the optimum solution a theory account of change - Methods of nonlinear programming Review for one input and one output controllers multiple inputs outputs control systems controllability - nonlinear systems of multiple input and output - Applications to optimal controllers design - Stability of linear systems using different methods. The concept of fuzzy logic - Basic elements of the fuzzy logic system - Fields of applications and definitions of fuzzy groups - fuzzy rules. Fuzzy logic Algorithm - fuzzy logic applications Introduction to the fuzzy neural network system. Types of vibration in machines and structures – Forced vibration - vibration analysis techniques random vibration - phases analysis - fast Fourier transform – instability diagnose faults, nonalignment - gears and bearings with roller faults diagnose .
MET 501
Modeling of mechanical, electrical, hydraulic, pneumatic, thermal systems - The concept of analogy - Mixed systems. Systems response and simulation using computer packages.
MET 606
Systems Recognition
--
Statistical principles and methods of the optimal solution - follow the parameters in control systems of the best solution - the pulse response parameters estimation using statistical methods Determination of the parameters without prior statistics - Determination of the distributed parameters - Determination of frequency response - identification using inverse La place transform experimental methods – optimum Leuenberger remarks.
MET 701
Selected Topics in Mechatronics
--
Determined by the supervisor of the thesis according to the topic of research
MET 702
Selected Topics in Digital Control Systems Designs
--
MET 703
Selected topics in Nonlinear Control Systems
--
Review on systems analysis - design using Z transformations - discrete state space controllability and nonlinearity for discrete control - Digital Design Controllers - poise digital systems using different methods Introduction to nonlinear control - analysis of phase level - analysis of phase level for linear and nonlinear systems - limit the role analysis, descriptive function analysis, analysis and design of nonlinear systems using the descriptive function – Lebanov theory of the Stability - local 186
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
stability - stability analysis using the direct method, the design of control systems using the direct method, reversible linear transform variable structure control – sliding levels and the degree reduction non-sensitive to value parameters and noise systems - design of viable structure controllers, single or multiple inputs and outputs , Adaptive control, adaptive design and control using a reference model and methods of stability, and methods of variable structure systems. Selected Topics in Optimum and MET Embedded 704 Control Systems Design MET Selected Topics in 705 Control
MET 603
Determined by the supervisor of the thesis according to the topic of research in the field of optimal design.
MET 602
Determined by the supervisor of the thesis required in the topic of research
as
187
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Engineering Mathematics and Physics Department Specialties Degree Master of Science (M. Sc) Doctor of Philosophy (Ph. D)
Mathematics
Physics
(Code: EMM)
(Code: EMP)
Engineering Mathematics
Engineering Physics
Engineering Mathematics
Engineering Physics
188
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Engineering Mathematics and Physics Department
Total
Test Time
Differential Equations
2
100
---
200
300
3
2
EMM 402
Linear Algebra
2
100
---
200
300
3
3
EMM 403
Mathematical Analysis
2
100
---
200
300
3
4
EMM 404
Numerical Analysis
2
100
---
200
300
3
5
EMM 405
Statistics and Probability
2
100
---
200
300
3
6
EMM 406
Operations Research
2
100
---
200
300
3
7
EMM 407
Analytical Mechanics
2
100
---
200
300
3
8
EMM 408
Complex Variable
2
100
---
200
300
3
Course Name
Course Work
EMM 401
Course Code
Credit Hours
1
Serial
Written Exam
Oral / Practical
Table 6-1: Qualifying Courses In Engineering Mathematics
Compulsory Courses
Elective Courses 1
EMM 409
Fluid Mechanics
2
100
---
200
300
3
2
EMM 410
Abstract Algebra
2
100
---
200
300
3
3
EMM 411
Transformations and Integral Equations
2
100
---
200
300
3
4
EMM 412
Mathematical Statistics
2
100
---
200
300
3
5
EMM 413
Topology
2
100
---
200
300
3
6
EMM 414
Theory of Elasticity
2
100
---
200
300
3
The student should have a bachelor of engineering degree from Egyptian universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, and wishes to complete postgraduate studies in engineering mathematics. Total number of required credit hours of preparatory studies is 24 hours to be studied over at least two semesters.
189
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Engineering Mathematics and Physics Department
Oral / Practical
Written Exam
Total
Test Time
Course Name
Course Work
Course Code
3
100
---
200
300
3
3
100
---
200
300
3
Credit Hours
Serial
Table 6-2: Preparatory Studies - Engineering Mathematics
Compulsory Courses 1
ENG 501
2
ENG 506
Advanced Engineering Mathematics Statistics and Random Processes
Elective Courses 1
EMM 501
Selected Topics
3
100
---
200
300
3
2
EMM 502
Linear Algebra and Linear Transformations
3
100
---
200
300
3
3
EMM 503
Mathematical Programming
3
100
---
200
300
3
4
EMM 504
Applied Mathematics
3
100
---
200
300
3
Students passing the qualifying stage are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the M. Sc Program, the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+).
190
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Engineering Mathematics and Physics Department
Pre-requisites
Credit hours
course work
Oral / Practical
Written exam
Total
Test time
Serial
Table 6-3: Master of Science (M. Sc) - Engineering Mathematics
Functional Analysis Advanced Topics in Numerical Analysis M. Sc Thesis
--
3
100
--
200
300
3
--
3
100
--
200
300
3
--
18
--
--
--
--
--
Course Code
Course Name
Compulsory Courses 1
EMM 601
2
EMM 602
3 Elective Courses 1
EMM 603
Real Analysis
--
3
100
--
200
300
3
2
EMM 604
Differential Equations Methods and Applications
--
3
100
--
200
300
3
3
EMM 605
EMM 503
3
100
--
200
300
3
4
EMM 606
--
3
100
--
200
300
3
5
EMM 607
EMM 504
3
100
--
200
300
3
Optimization and Expert Systems Advanced Topics in Statistics and Probability Advanced Topics in Applied Mathematics
The student should complete 12 credit hours of preparatory studies with a grade point average of at least (C+). Total number of required credit hours is 18 hours from courses of level 600. The student should prepare master thesis (18 credit hours) and the viva is held after the student passes all courses of this phase with a grade point average of at least (C). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
191
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Engineering Mathematics and Physics Department
course work
Oral / Practical
Written exam
Total
Test time
Course Name
Credit hours
Course Code
Pre-requisites
Serial
Table 6-4: Doctor of Philosophy (Ph. D) - Engineering Mathematics
--
30
--
--
--
--
--
--
3
100
--
200
300
3
3
100
--
200
300
3
3
100
--
200
300
3
3
100
--
200
300
3
3
100
--
200
300
3
Compulsory Courses 1
Ph. D Thesis
Elective Courses 1
EMM701
2
EMM 702
3
EMM 703
4
EMM 704
5
EMM 705
Modern Topics in Numerical Analysis Modern Topics in Differential and Integral Equations Modern Topics in Statistics and Probability Modern Topics in Applied Mathematics Modern Topics in Engineering Mathematics and Computers
EMM 604 EMM 606 EMM 607 --
The student should have Master of Science in Engineering Mathematics with a grade point average of at least (C+) and should pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
192
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Engineering Mathematics and Physics Department
Test Time
1
EMP 401
Solid State Physics
2
100
--
200
300
3
2
EMP 402
Semiconductors Physics
2
100
--
200
300
3
3
EMP 403
Nuclear physics
2
100
--
200
300
3
4
EMP 404
General Engineering Physics
2
100
--
200
300
3
5
EMP 405
Atomic Physics
2
100
--
200
300
3
6
EMP 406
Quantum Mechanics
2
100
--
200
300
3
7
EMP 407
Mathematical Physics
2
100
--
200
300
3
8
EMP 408
Electromagnetic
2
100
--
200
300
3
Serial
Total
Written Exam
Oral / Practical
Course Work
Credit Hours
Table 6-5: Qualifying Courses In Engineering Physics
Course Code
Course Name
Compulsory Courses
Elective Courses 1
EMP 409
Statistical Mechanics
2
100
--
200
300
3
2
EMP 410
Materials Science
2
100
--
200
300
3
3
EMP 411
Plasma Physics
2
100
--
200
300
3
4
EMP 412
Conductor Devices Physics
2
100
--
200
300
3
5
EMP 413
2
100
--
200
300
3
6
EMP 414
2
100
--
200
300
3
Principals of Theoretical Physics Advanced Applied Mathematics
The student should have a bachelor of engineering degree from Egyptian universities or a degree accredited by the Egyptian Supreme Council of Universities, who scored at least good, and wishes to complete postgraduate studies in engineering mathematics. Total number of required credit hours of preparatory studies is 24 hours to be studied over at least two semesters.
193
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Engineering Mathematics and Physics Department
Oral / Practical
Written Exam
Total
Test Time
3
100
--
200
300
3
2 ENG 512 Principals of Laser Physics
3
100
--
200
300
3
3
100
--
200
300
3
2 EMP 502 Advanced Light Physics
3
100
--
200
300
3
Advanced Mathematical Physics
3
100
--
200
300
3
3
100
--
200
300
3
Course Code
Course Name
Credit Hours
1 ENG 511 Advanced Solid State Physics
Serial
Course Work
Table 6-6: Preparatory Studies - Engineering Physics
Compulsory Courses
Elective Courses Advanced Semiconductor 1 EMP 501 Physics
3 EMP 503
4 EMP 504 Selected Topics
Students passing the qualifying stage are admitted to this program. Number of required credit hours are 12. Six credit hours are to be selected from Table 6 and the remainder are selected from either Table 6 or from subjects with a code 500 offered by the department or related departments. To join the M.Sc. Program, the student should complete 12 credit hours of preparatory courses with a grade point average not less than (C+).
194
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Engineering Mathematics and Physics Department
course work
Oral / Practical
Written exam
Total
--
3
60
60
180
300
3
Advanced Laser Physics
--
3
60
60
180
300
3
M. Sc Thesis
--
18
--
--
--
--
--
EMP 502
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
Course Name
Compulsory Courses Advanced Quantum 1 EMP 601 Mechanics 2
EMP 602
3
Test time
Credit hours
Course Code
Pre-requisites
Serial
Table 6-7: Master of Science (M. Sc) - Engineering Physics
Elective Courses 1
EMP 603
Laser Spectroscopy
2
EMP 604
Nuclear Reaction Physics
3
EMP 605
4
EMP 606
5
EMP 607
Selected Topics in Solid State Physics Selected Topics in Nano Technology Selected Topics in Nuclear Physics
The student should complete 12 credit hours of preparatory studies with at least a grade point average (C+). Total number of required credit hours is 18 hours from courses of level 600. The student should prepare master thesis (18 credit hours) and the viva is held after the student passes all courses of this phase with a grade point average of at least (C). The student should score at least 500 in the TOEFEL exam or equivalent certificate before commencing work on the thesis. At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 2 study semesters.
195
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Engineering Mathematics and Physics Department
Oral / Practical
Written exam
Total
Test time
Compulsory Courses 1 Ph. D Thesis
course work
Course Name
Credit hours
Course Code
Pre-requisites
Serial
Table 6-8: Doctor of Philosophy (Ph. D) - Engineering Physics
--
30
--
--
--
--
--
EMP 604
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
--
3
60
60
180
300
3
Elective Courses 1 2
Standard Model For Nuclear Forces Quantum Lattice Theory EMP 702 For Nuclear Forces EMP 701
3
EMP 703 Metal Science
4
EMP 704
5
Advanced Accurate Measurements Selected Topics in New EMP 705 Energy
The student should have Master of Science in Engineering Physics with a grade point average of at least (C+) and should pass the comprehensive exam. The student should score at least 500 in the TOEFEL exam or equivalent certificate before registration for the degree. The student should also obtain an ICDL certificate. Total number of required credit hours is 12 hours. The studied subjects should have a code 600 or code 700 from the subjects offered by the department and not studied before by the student. The student should also complete a Ph. D thesis (30 credit hours). At the start of work in the thesis the student should register at least 6 credit hours in the study semester (subject name: Thesis preparation). The thesis preparation should be carried over at least 4 study semesters.
196
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Engineering Mathematics and Physics Department Table 6-9: The Contents of Courses Engineering Mathematics Code
Pre-
Course Name requisites
EMM 401
Differential Equations
EMM 402
Linear Algebra
EMM 403
Mathematical Analysis
--
EMM 404
Numerical Analysis
--
EMM 405
Statistics and Probability
--
EMM 406
Operations Research
--
EMM 407
Analytical Mechanics
--
--
--
Course Contents Introduction of differential equations – Methods for solving differential equations – Engineering applications – Differential equations of higher order with constant coefficients – Method of the solution by inverse operator – Linear Systems of differential equations – Variation of parameters. Matrices – Algebra of matrices – Determinants – Linear dependence and independence – Eigenvalues and Eigenvectors – Special types of matrices - Canonical forms – Quadratic form – Positive definite and negative definite matrices – Matrix function – Functions of matrices. Set of real numbers – Countable sets – Sequences of real numbers – Differentiation of real functions – Applications of differentiation– Integrations – Sequences and series of real functions – The mean value theorem in integration. Errors analysis – Numerical solution of systems of linear equations. Interpolation – Curve fitting – Numerical integration and differentiation. Numerical solution of ordinary and partial differential equations. Statistics – Measures of the central tendency and dispersion – Regression analysis – Probability in discrete and continuous cases – Discrete random variable – Bernoulli, Binomial , Poisson distributions – Continuous random variable – Uniform , normal, exponential, Chi – squared distributions – Moment generating function – Correlation coefficient of two random variables. Mathematical formulation of linear programming problems – Methods for solving linear programming problems, Simplex method, Two phase method, Dual Simplex method – Large scale problems – Dual problems – Sensitivity analysis - Transportation and Assignment problems. Newtonian Mechanics – Rectilinear motion of a particle – Lagrange’s equation of motion – Non-inertial reference systems – Gravitation and central forces – Dynamics of systems of particles – Mechanics of rigid bodies in three dimensions – Oscillations.
197
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Complex Numbers – Functions of a complex variable – Differentiation and integration of complex functions – Cauchy's Integral Formula – Series – Poles – Residues – Integration of real functions. Equation of continuity and boundary conditions – Rate of change of linear motion – Equation of motion of an inverted fluid – Energy equation – Rotational motion – Presume equation – Theorems of Blazes theorem , Katte and Jorukousbi – Two dimensional motion steam – Recline monition vortex sheet. Sets – Cartesian product – Binary relations – Partitions – Equivalence relations and Partitions – Mapping – Algebraic system – Semi groups – Abelian groups – Permutations groups – Cyclic groups – Rotation groups – Subgroups – Finite groups – Homomorphism – Piano axioms for natural numbers – Rings – Fields Order of groups – The basic theorems of homomorphism. Introduction – Types of integral equations – Laplace transforms – Fourier's transforms – Fredholm's linear integral equation of the second kind with degenerate kernels and its relation with algebraic equations – Volterra's integral equation . Multivariate probability and multinomial probability distributions – Bivariate normal trinomial distributions – Sampling distributions and the central limit theorem – The confidence intervals – Large sample confidence intervals – Small sample confidence intervals – Test of hypothesis – Moment generating function for some random variables and characteristic function. Topological spaces - Open and closed sets – Accumulation points – Interior, exterior, boundary , neighborhoods – Convergent sequences –Subspaces – Relative topologies – Bases and sub bases – continuity and topological equivalence – Homeomorphic spaces – Separable spaces – Metric and normed spaces and continuity in metric spaces – Covers - Cmpact sets Compact spaces. Elasticity – Stress – Hooke's Law – Plane stress and plane strain – Measurement of surface strains – Equilibrium compatibility equations – Stress function – Two dimensional problems in the form of a Fourier Series – Gravity Loading – small distortions in homogeneous solid objects – Manufacturing operations and the formation of minerals are distortions plastic metal.
EMM 408
Complex Variable
--
EMM 409
Fluid Mechanics
--
EMM 410
Abstract Algebra
--
EMM 411
Transformations and Integral Equations
EMM 412
Mathematical Statistics
EMM 413
Topology
EMM 414
Theory of Elasticity
--
EMM 501
Selected Topics
--
Specified by departmental council.
Linear Algebra and Linear
--
Vectors – Algebra of vectors – Linear spaces – Euclidian vector space Rn – Base – Dimension –
EMM
Transformations
--
--
--
198
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra) 502
EMM 503
EMM 504
Mathematical Programming
Applied Mathematics
--
--
Subspaces - Linear transformations from Rn to Rm – Kernel and image – Systems of linear equations, homogeneous and nonhomogeneous. Integer programming – Dynamic programming – Multiple objective programming – Goal programming Coordinates and constraints. Vectorial equations of motion. Lagrangian and Hamiltonian equations. Variational principles, rigid body motion, stability. Linear vibration of multidegree of freedom systems. Vibration of continuous systems, longitudinal and tensional vibrations. Approximate methods – theory of special relativity through analytical mechanics.
Linear spaces – Normed spaces – Hilbert spaces – Dual spaces – Linear operators – Bounded linear operators – Spectral theory – Dual Operators – Self-adjoint bounded operators – Normed operators – Unitary operators – Banach algebras – Symmetric operators Systems of linear equations – Method of stability of linear systems – Bifurcation and topological methods – Non-linear systems – Approximations – Repetition and anxiety – Splines and its applications. Theory of measure – Measure of sets – Lebesgue's conditions for measure – Sequences of sets – Lebesgue's integration theory – Comparison between Riemann's and Lebesgue's integration. Types differential equations – Linear systems of differential equations – N- dimension linear systems – Non-linear systems of differential equations – Stability of non-linear systems – Applications in electric circuits theory – Applications in engineering – Separate dynamic systems – Existence and uniqueness of solutions. Applications of Optimization Theory in engineering – Basic concepts of nonlinear programming - Methods for solving optimization problems, Fuzzy methods, Genetic algorithms. Stochastic programming problems. Quadratic programming – The expert systems.
EMM 601
Functional Analysis
--
EMM 602
Advanced Topics in Numerical Analysis
--
EMM 603
Real Analysis
--
EMM 604
Differential EquationsMethods and Applications
--
EMM 605
Optimization and Expert Systems
EMM 606
Advanced Topics in Statistics and Probability
--
Specified by departmental council.
EMM 607
Modern Topics in Applied Mathematics
EMM 504
Specified by departmental council.
EMM 701
Modern Topics in Numerical Analysis
--
Specified by departmental council.
EMM
Modern Topics
EMM 604
Specified by departmental council.
EMM 503
199
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra) 702
EMM 703
in Differential and Integral Equations Modern Topics in Statistics and Probability
EMM 606
Specified by departmental council.
EMM 704
Modern Topics in Applied Mathematics
EMM 607
Specified by departmental council.
EMM 705
Modern Topics in Engineering Mathematics and Computers
--
Specified by departmental council.
200
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
Engineering Mathematics and Physics Department Table 6-10: The Contents of Courses Engineering Physics Codes
Course Name
Prerequisites
Course Contents
EMP 401
Solid State Physics
--
Crystal structure of solid – Periodical functions – Principals lattice theory – Principals of band theory
EMP 402
Semiconductors Physics
--
EMP 403
Nuclear Physics
--
EMP 404
General Engineering Physics
--
EMP 405
Atomic Physics
--
EMP 406
Quantum Mechanics
--
EMP 407
Mathematical Physics
--
EMP 408
Electromagnetic
--
EMP 409
Statistical Mechanics
--
Crystal structure and electronic state – Charge carrier statistics – Translational motion of semiconductor charges – Attenuation processes. Principal properties of nucleus - Classification of the nuclear reactions – Nuclear accelerators Nuclear reaction and elementary particles detectors - Nuclear reactors. Atomic structure and binding energy - Crystal structure of solid – Mechanical properties of materials – Properties of composed matter – Identification of internal structures – Introduction on wave mechanics – Electrical properties of semiconductors. Zeeman effect – X- rays – Molecules and molecular spectra – Nuclear structure. Quantum theory - Basic principals of Schrodinger wave equation- Time independent perturbation theory – Operators of the physical quantities Wave equation of particles - Applications on Schrodinger equation- Treatments of the hydrogen and helium atoms Basic concepts - Modeling – One dimensional wave equation - Separation of variables method – Dalbert's method of wave equation – Two dimensional wave equation – Fourier transform and its properties – Solution of initial boundary value problems. Electrodynamics – Electrostatics - Scalar and vector potentials- energy density – Electric and magnetic fields - Time varying electric and magnetic fields - Maxwell equations of electromagnetic field Interactions of electromagnetic field with matter - Emission of electromagnetic radiations from material surfaces. Introduction in thermodynamic - Maxwell equations in thermodynamicsRandom distributions and entropy - Scientific estimation 201
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
EMP 410
Materials Science
--
EMP 411
Plasma Physics
--
Conductor Devices Physics
--
EMP 412
and equi-distribution functions of matter molecule groups - Maxwell -Boltzmann's statistics Material classifications according their internal structure – Different tools for classifications – Volume and surface properties of materials. Partial contrast to gas and radiation treatments and statistical for this phenomenon - Interactions and scatterometer and its relation with the basic characteristics of the plasma state - Laws control of movement of components within the plasma. Principles of operation of devices - Review the basics of electronic properties of semiconductors The phenomenon of bilateral contact link Dieudcotky - Alfotodiod - Bipolar transistors Trans-domain impressionist - Oxidative stress. Time varying problems and motion principals Motion equations - Lagrangian equations in generalized coordinates - Examples on lagrangian equations- Motion of a particle in a field of central force- Elastic collisions- Relative motion- Lorentz coordinates- Einstein equations for mass, length and time variation with particle velocityRelativistic mechanics- Relativistic quantum mechanics. Gamma and beta functions – Bessel functions – Improper integrals - Line, double and Triple integrals – Stoke theorem – Gauss theorem – Electromagnetic theory. Electrons and holes in semiconductors – Generation and recombination – Analysis of pure and impure semiconductors – Concentration of charge carriers at balance – Position of Fermi levels – Continuity equation – Manufacturing technology – P-N junction – Continuity potential. Light absorption – Light scattering – Interference of polarized light – Quantum light. Methods of Mont Carlo and modeling – Approximation models for random fields – Solution of initial boundary value problems using Mont Carlo methods – Random processes and Marcophian series – Eigen values for solid matrices and Mont Carlo methods.
EMP 413
Principals of Theoretical Physics
--
EMP 414
Advanced Applied Mathematics
--
EMP 501
Advanced Semiconductor Physics
--
EMP 502
Advanced Light Physics
--
EMP 503
Advanced Mathematical Physics
--
EMP 504
Selected Topics
--
Specified by departmental council.
EMP 601
Advanced Quantum Mechanics
--
Principals of quantum mechanics - Quantum mechanics via matrices – Transformation theory – Helbart’s space – Matrices and harmonic oscillator – Space and time transformations– Group theory – Density matrix and density operators. 202
Benha University
Postgraduate Studies Programs
Faculty of Engineering (Shoubra)
EMP 602
Advanced Laser Physics
--
EMP 603
Laser Spectroscopy
EMP 502
EMP 604
Nuclear Reaction Physics
--
EMP 605 EMP 606 EMP 607
Selected Topics in Solid State Physics Selected Topics in Nano Technology Selected Topics in Nuclear Physics
EMP 701 EMP 702
Derivation of Planck's statement – Eienshtin coefficients – Natural broadening – Doppler broadening (Gaussian) – Collisional broadedning (Lorentzian) – Relation between absorption , gain and pumping energy – Absorption coefficient – Rate statement – Saturation – Types of lasers (two energy levels system ,three energy levels system and four energy levels system) – FabryPerot resonance function – Gain factor for a resonator filled with effective or not effective material – Tupes of Fabry-Perot cavity – Ruby laser – He-Ne laser – NdYAG laser principles of Hollography. Dependence of optical characterizations on light intensity – Second and third orders non linear media – Response of the linear media to the external effects – Optical hormones of polarization – Dependence of the trans mitting of media on light intensity – Photoelectric effect at multi-absorption of photons – Stimulated value of media – Optical gates and its theoretical basis – Self focusing of laser beam – Conversion of an optical wave into another. Nuclear reactions – Conservation laws of energy and momentum in nuclear reaction – Compound nucleus for projectiles – Nuclear reaction cross section – Nuclear collision at high energies – Methods of recording different nuclear reaction.
--
Specified by departmental council.
--
Specified by departmental council.
--
Specified by departmental council.
Standard Model For Nuclear Forces
--
Electromagnetic interactions - Weak interactions and exchange particles - Unifications of interactions – Strong interactions – Standard model of interactions.
Quantum Lattice Theory For Nuclear Forces
--
Quantum chromodynamics – Elementary particles and neutrino – Lattice theory for quantum chromodynamics.
EMP 703
Metal Science
--
EMP 704
Advanced Accurate Measurements
--
EMP 705
Advanced Topics in New Energy
--
Materials states (liquid , amorphous , crystals) – Crystal structure of metals – Microscopic investigation ( light reflecting microscope , electron microscope) – Methods of preparation of samples – Mechanical investigation (measuring of rigidity , stress-strain curves) – Crystal defects – Diffusion in solids – Thermal treatment of solids – Reinforcing and its methods. Study of material properties using advanced methods like transmition electron microscope – thermal and spectroscopic analysis equipments – Training on using of data base for analysis of studying of materials.
Specified by departmental council.
203
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