Online Insurance Management System

INSURANCE MANAGEMENT SYSTEM CONTENTS Page No. 1: INTRODUCTION TO PROJECT 1.1

2:

3:

PROJECT OVERVIEW

2

1.2

SCOPE OF THE PROJECT

3

1.3

EXISTING SYSTEM

4

1.4

PROPOSED SYSTEM

5

DEVELOPMENT ENVIRONMENT 2.1

SOFTWARE REQURIEMENTS

6

2.2

HARDWARE REQURIEMENTS

7

2.3

ABOUT SOFTWARE

8

SYSTEM ANALYSIS AND STUDY 3.1

PROBLEM DEFINATION

14

3.2

FEASIBILITY STUDY

3.3

SYSTEM REQUIREMENT SPECIFICATION

15

18

4:

SYSTEM DESIGN

4.1 ABOUT SYSTEM DESIGN

20

4.2 DATA FLOW DIAGRAM

5:

22

4.3 ENTITY-RELATIONSHIP

25

4.4 DATA BASE DESIGN

29

SYSTEM IMPLEMENTATION 5.1 SOFTWARE TESTING 33 5.2 CODING

36

5.3 SAMPLE SCREENS 6:

CONCLUSION

1|Page

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INSURANCE MANAGEMENT SYSTEM 6.1SCOPE OF ENHANCEMENT 66

7:

BIBLOGRAPHY

67

PROJECT OVERVIEW

The insurance company needs to keep track of details of its target companies, agents, policyholders, their premium payments and the various products that are available with it. Hence it is under tremendous pressure maintaining their dayto-day activities, which is currently being done manually. Entire records have to be updated timely, even a slight mistake could complicate things. It is very difficult to handle bulk data since human memory is weaker than electronic counter part. It is time consuming to summarize these details to produce the reports. The Insurance management system is a complete solution for organizations, which need to manage insurance for resources avaliable. Organizes and tracks insurance vendors and the policies provided under different coverage. Hence there is need for an automated system, which can efficiently manage the company, records, provides instant access and one that improves the productivity. As a result of this automated system, the activities of the company are 2|Page

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INSURANCE MANAGEMENT SYSTEM performed with in the stipulated time and the reliable and efficient service is ensured to its users.

SCOPE OF THE PROJECT The transactions related to Life Insurance policies, premiums, policy maturity, Agents management, Premium calculation , Agent locate, Branch locator,Premium Calculation etc.,. transactions are done in an easy and effective manner as most part of it is computerized and the manual labour of entering transactions in ledger is not necessary All these are to be automated and an application is required to relate all of them relatively and logically so that the current system can be replaced and accepted without major changes and problems. The application should provide quick access to the records maintained and must reveal the important reviews about the business so that the growth can be easily compared and should provide with the various reports showing the related details so that the important decisions could be taken easily.

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INSURANCE MANAGEMENT SYSTEM Security of the stored information is achieved here. Only privileged users can gain access to the stored information. Computers perform most of the tasks and any information is made available at the users’ fingertips. Storage of all the customer information and the transactions has been computerized.

EXISTING SYSTEM  Existing Application does not help the Insurance Agents to Manage Policy Transactions easily. 

Existing Application does not helps the Agents to Monitor and perform transaction easily.

 In the Customer view, it does not provides the Customers with their personal account through which they can perform the Transactions.  Manual maintenance of records  Very complex and manual calculation of policy premium  time consuming to summarize these details to produce the reports  Difficult to handle and manage bulk data.  Difficult to Organizes and tracks insurance and the policies provided under different coverage 4|Page

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INSURANCE MANAGEMENT SYSTEM  If customer requests for any clarification the person in charge has to search through the written records and fetch the details regarding that particular customer, which is time consuming and cumbersome.  Security of the information maintained is comparatively less.  Maintenance of the ledgers occupy large space PROPOSED SYSTEM a) Helps the Agents to maintain the details of all the Policy Holders electronically. b) This project helps the Customers to be aware of the dues and also the previous payment details made for Updating Policy ,Policy Maturity, Policy lapse, Policy renewal etc . c) The application will provide quick access to the records for customer to maintain and reveal the important reviews about the policies. d) It

provides

for

effective

maintenance

of

records

regarding customers, regarding customers, transactions etc.

Initially it may cost more but proves to be cost

effective in the long run. 5|Page

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INSURANCE MANAGEMENT SYSTEM e) Helps to Provide with the various reports showing the related details so that the important decisions could be taken easily. f) Application should provide quick access to the records maintained and must reveal the important review g) High Security to sensitive and important data h) Automated Premium calculator

SOFTWARE REQURIEMENTS Category

:

Web Based

Platform

:

Windows XP2 or higher

Web Server

:

Presentation

:

Apache Tomcat 5.5

HTML 4.0, CSS

Client Side Validation

:

JavaScript

Server Side Validation

:

Java Servlets, JSP

Database Connectivity

:

JDBC

RDBMS

:

MySql 5.1

• HTML : It is a basic tool to make and edit Web page. • JSP : Java Server Pages™ technology is the Java™ technology in the J2EE platform for building applications containing dynamic Web content such as HTML, DHTML, XHTML and XML. The Java Server Pages technology 6|Page

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INSURANCE MANAGEMENT SYSTEM enables the authoring of Web pages that create dynamic content easily but with maximum power and flexibility. • Apache Tomcat 5.5 : Apache is a Web Server . •

MySQL is a relational database managements system (RDBMS) that runs as a server providing multi-user access to a number of databases.

HARDWARE REQURIEMENTS

Processor

:

Pentium 4 or Higher

Mouse

:

PS2/USB Mouse

Monitor

:

VGA Monitor

RAM

:

512 MB

Hard disk

:

40 GB

Clock Keyboard

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Speed :

:

600 MHz

Normal / Multimedia keyboard

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INSURANCE MANAGEMENT SYSTEM

ABOUT SOFTWARE Why Java is selected? Java

was

designed

to

meet

all

the

real

world

requirements with its key features, which are explained in the following paragraphs: Simple and powerful. Java was designed to be easy for the professional programmers to learn and use efficiently. Java makes itself simple by not having surprising features. Since it exposes the internal working of the machine, the programmers can perform

his

desired

action

without

fear.

Unlike

other

programming systems that provide dozens of complicated ways to perform a simple task, Java provides a small number of clear ways to achieve a given task. Secure

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INSURANCE MANAGEMENT SYSTEM Today everyone is worried about safety and security. Using Java Compatible Browser, anyone can safety download applets without fear of viral infections or malicious intent. Java achieves this protection by confining a Java program to Java execution environment and by making it inaccessible to other parts of the computer. Portable. In Java, the same mechanism that gives security helps in portability. Many types of computers and operating systems are used throughout the world and are connected to the Internet. platforms

For

downloading

connected

o

programs

the

through

different

some

portable,

Internet,

executable ode is needed. Java’s answer to these problems is its well-designed architecture. Object-oriented. Java was not designed to be source code compatible with any other language. Java team gave a clean, usable, realistic approach to objects. The object model in Java is simple and easy to extend, while simple types, such as integers, are kept as high-performance non-objects. ust Multithreaded. Java was designed to meet the real-world requirements of creating interactive, networked programs. To achieve this, Java supports multithreaded programming, which allows user to write programs that perform many function simultaneously. 9|Page

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INSURANCE MANAGEMENT SYSTEM The Java run-time system enables the user to construct smoothly running interactive systems. Java’s easy-to-use approach to multithreading allows the user to think about the specific behavior of his own program, not the multitasking subsystem. The Java designers worked hard in attaining their goal “ write once; run anywhere, anytime, forever” and as a result the Java Virtual Machine was developed. A main issue for the designers was that of code longevity and portability. One of the main problems is the execution speed of the program. Since Java is architecture-neutral it generates byte code that resembles machine code, and are not specific to any processor SERVLETS: A servlet is a web component, managed by a container that generates dynamic content. Servlets are small, platform independent Java classes compiled to an architecture neutral byte code that can be loaded dynamically into and run by a web server. Servlets interact with web clients via a request response paradigm implemented by the servlet container. This request-response model is based on the behavior of the Hypertext Transfer Protocol (HTTP). The servlet container, in conjunction with a web server or application server, provides the network services over which requests and responses are set, decodes MIME based requests, and formats MIME based responses. A servlet 10 | P a g e

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INSURANCE MANAGEMENT SYSTEM container also contains and manages servlets through their lifecycle. A servlet container can either be built into a host web server or installed as an add-on component to a Web Server

via

that

server’s

native

extension

API.

Servlet

Containers can also be built into or possibly installed into webenabled Application Servers. All servlet containers must support HTTP as a protocol for requests and responses, but may also support other request / response based protocols such as HTTPS (HTTP over SSL). The minimum required version of the HTTP specification that a container must implement

is

HTTP/1.0.

It

is

strongly

suggested

that

containers implement the HTTP/1.1 specification as well.

A Servlet Container may place security restrictions on the environment that a servlet can executed In a Java 2 Platform Standard Edition 1.2 (J2SE) or Java 2 Platform Enterprise Edition 1.3 (J2EE) environment, these restrictions should be placed using the permission architecture defined by Java 2 Platform. For example, high end application servers may limit certain action, such as the creation of a Thread object, to insure that other components of the container are not negatively impacted.

JAVA SERVER PAGES: 11 | P a g e

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INSURANCE MANAGEMENT SYSTEM Java Server Pages™ technology is the Java™ technology in the J2EE platform for building applications containing dynamic Web content such as HTML, DHTML, XHTML and XML. The Java Server Pages technology enables the authoring of Web pages that create dynamic content easily but with maximum power and flexibility. The Java Server Pages technology provides a textual description for the creation of a response from a request. The JSP file extension is .jsp rather than .htm or .html. The JSP engine parses the .jsp and creates a Java servlet source file. It then compiles the source file into a class file, this is done the first time and this why the JSP is probably slower the first time it is accessed. Any time after this the special compiled servlet is executed and is therefore returns faster.

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BENEFITS OF JSP: Write Once, Run Anywhere™ properties The Java Server Pages technology is platform independent, both in its dynamic Web pages, Web servers, and its underlying server components. You can author JSP pages on any platform, run them on any Web server or Web enabled application server, and access them from any Web browser.

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Separation of dynamic and static content The Java Server Pages technology enables the separation of static content from dynamic content that is inserted into the static template. Support for scripting and actions The Java Server Pages technology supports scripting elements as well as actions. Actions permit the encapsulation of useful functionality in a convenient form that can also be manipulated by tools; scripts provide a mechanism to glue together this functionality in a per-page manner. Web access layer for N-tier enterprise application architecture(s) The Java Server Pages technology is an integral part of the Java 2 Platform Enterprise Edition (J2EE), which brings Java technology to enterprise computing .

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PROBLEM DEFINATION

The first step in an initial investigation is to define the problem that led the user request. The problem must be state clearly, understood and agreed upon by the user and the analyst. It must state the objectives the user is trying to achieve and the result the user wants to see. The System entitled “INSURANCE MANAGEMENT SYSTEM”, to be developed is intended to be a Web based application to help users the easy and efficient way of maintaining the records and the details of their reports and to provide a Satisfied service to the quality controller. The developed system should allow admin users to register agents persons with their name, date of birth, residence address, and also policy details of various costumers enrolled for policies avaliable. After registering all the insured persons, website should provide management facilities like delete unwanted data such as of agents, Insured persons, Policy details, insurers’ list and also should provide awareness to the visitors about various insurance through articles .

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FEASIBILITY STUDY Preliminary investigation examines project feasibility; the likelihood the system will be useful to the organization. Feasibility report is the important outcome of the preliminary investigation. There are three aspects of feasibility study. Operational feasibility: There is lot of support from management; in fact they request it. Because of the persons in the organization has been facing problems with the existing system there is no resistance to the change. And also the current methods are not acceptable to the users that are why they are welcoming to the new system. From the beginning of this new system we made users to involve in some way reducing the resistance. The new system will not cause any problems in any way and also will show efficient performance in all respects. By considering all these things the proposed new system is operationally feasible.

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Technical feasibility: There is no technology and equipment to implement the new system but it can be acquired. It is not a burden rather than that of existing system. The proposed equipment can safely handle the data required to use the new system. The proposed new system can easily be expanded to satisfy the new requirements in future. There is lot of security, accuracy and reliability in the new system rather than existing system. By considering the above reasons the proposed new system is technically feasible. Economic feasibility: The cost to implement this new system includes cost of full systems investigation, cost of hardware and software and the cost of user training. The cost that may spend if the new system was not developed is greater than the cost of the new system. The cost to implement the proposed system is one time investment later they need not spent any more. The organization must get benefit if they invest on the proposed

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INSURANCE MANAGEMENT SYSTEM system development. By considering the above reasons the proposed new system is economically feasible. As this proposed system has passed all the three aspects of feasibility study we can declare it as a feasible project.

SYSTEM ANALYSIS System

analysis

provides

major

planning

elements

in

preparation of data processing system. Analysis is detailed study of various operations performed by a system and their relationships within and outside of the system and determining whether or not a candidate system should conceder other related systems. During analysis, data are collected on the available files, decision points and transactions handled by the present system. Once an analysis is completed, the next step is to decide how the problem might be solved. System is a orderly grouping of independent components linked together according to a plan to achieve a specific object. A system records and process data then provides information from it. System analysis concerned with investigation, analyzing, designing and evaluating the system.

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INSURANCE MANAGEMENT SYSTEM The process of developing a computer based information system is a step-by-step approach it begins with logical design and gradually moves to physical design specific documentation associated with each step in the process, and the output document of one step serves as input to the next step. The step in system development is explained with their respective criteria. Once an analysis is completed, the next step is to decide is problem might be solved.

SYSTEM REQUIREMENT SPECIFICATION Modules Description  Administration Module a) Create Agent : Allows Administrator to create New agent by giving his agent’s username and Password b) Create New Plan : Allows Administrator to Add new Plan

 User/ Costumer Module a) Get New Policy : Allows User to buy a plan b) Plan Information : Allows user to retrieve various plans

information c) Owned policies : This allows to see the history to user

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INSURANCE MANAGEMENT SYSTEM d) Update user information : Allows to update and edit

user infomation e) Pay premium : This allows policy holder to pay

premium insurance amount f) Reset User password: This Allows to Reset User

password

 Agent Module a) View /update profile : This allows Agents to view,

edit and modify his project b) Add new policy to costumer: This allows Agents

to buy a policy for customer when on demanded. c) Customer due payment : This allows agents to

check customers due payments d) Reset agent password : This allows agent to reset

his password  New User Registration Module This module allows a new customer to register to this website freely  Other Information modules

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INSURANCE MANAGEMENT SYSTEM a) Plan information Customer

:

This allows both Agent and

to know the plans information and it’s

descriptions. b) Premium Calculator : This allows both customer and agents to calculate Premium for various plans c) Locate Branch : This allows both customer and agents to

locate various branches

of insurance

company d) Locate Agent

: This allows customer to locate

agents by giving area pin

SYSTEM DESIGN The most creative and challenging phase of the system life cycle is system design. The term design describes a final system and the process by which it is developed. It refers to the

technical

specification

that

will

be

applied

in

implementing the candidate system. The main step in design is to determine how the output to be produced and in what format. System Design is multistep process that focuses on the data structure software architecture procedural detail and interface between the models. The design process also translates the requirements into the representation of the software that can be accessed 21 | P a g e

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INSURANCE MANAGEMENT SYSTEM for quality before coding begins. Computer software design is relatively easily in its evaluation. Therefore,

software

methodology

lacks

the

dependent

flexibility and quantitative nature that is normally associated with classical engineering design disciplines. System design goes through three phases of development:1. Logical Design 2. Physical Design 3. Structural Design 1. Logical Design:

Logical design describes the inputs outputs databases and procedural all in a format that meets user requirements. When analyst prepares the logical system design, they specify the user needs at a level of details that virtually determines the information flow into and out of the system and the required data resources. 2. Physical System Design:

Physical design produces the working system by defining the design specifications that tell the programmers exactly what the candidate system must do. In turn, the programmer writes the necessary programs or modifies the software package that accepts input from the user, performs the necessary calculations through the existing file or data-base , produces 22 | P a g e

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INSURANCE MANAGEMENT SYSTEM the report on a hard copy or displays it on the screen, and maintains an updated data base at all the times. 3. Structural Design: Structured design is a data-flow-based methodology. The approach begins with a system specification that identifies input and outputs and describes the functional aspects of the system. The system specifications then are used as a basis for the graphic representation- data flow diagram (DFD). From the DFD, the next step is the definition of modules and their relationships to one another in a form called a structure chart, using a data dictionary and other structured tools.

DATAFLOW DIAGRAMS

Data Flow Diagram : The Data Flow Diagrams are commonly used during problem Analysis. A DFD is very useful in understanding the system effectively. The DFD shows the flow of data through a system. Notations in the DFD : Symbol

Description The circle or bubble represents a process. A process

is

named

and

each

process

represented by a named circle. The source or sink is represented

as

is a

rectangular box. The source or sink is the net originator or the consumer of the data that flows 23 | P a g e

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INSURANCE MANAGEMENT SYSTEM in the system. The arrow represents the flow of data through the system. The labeled arrows enter or leave the bubbles. The database is represented with the open box symbol The need for multiple data flows i.e AND *

relationship by a process is represented by

*

+

between data flows. The OR relationship between data flows is represented by + between data flows.

Context Flow Diagram

DFD Level-1 :

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DFD Level-1 :

DFD Level-1 : 25 | P a g e

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INSURANCE MANAGEMENT SYSTEM

ENTITY-RELATIONSHIP An Entity – Relationship (ER) diagram is a specialized graphic that illustrates the inter relationship between entities in a database. ER diagrams often used symbols to represent three different types of information. They are :

Name

Notation

Description An entity is single object about

Entity

which data can be stored it is the “subject“ of a table. Entities and their relationships are modelled

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INSURANCE MANAGEMENT SYSTEM through the use of entity relationship diagrams. A relationship is a named collection or association between entities or

Relationship

used to relate to two or more entities with some common attributes or meaningful interaction between the objects. An attribute is a single data item related to a database object. The

Attributes

database schema associates one or more attributes with each database entity.

Insured Person’s details diagram

Personal details

1

Ha s

1

Insured Person

Occupation History

n

Ha s

1

INSURED PERSON – PERSONAL DETAILS RELATION

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INSURANCE MANAGEMENT SYSTEM Identity

Name Gender

Personal details

1

Ha s

1

Insured Person

Date of Birth/Age

AGENT PERSON – PERSONAL DETAILS RELATION Identity

Name Gender

Personal details

1

Ha s

1

Insured Person

Date of Birth/Age

AGENT PERSON – RELATION

Identity Residence Date Village Block

Residence History

n

1 Ha s

Insured Person

District State Pin

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INSURANCE MANAGEMENT SYSTEM 1. Converting relationships  Relationships are based on cardinalities and degree of the relation  m:n

POLICY HOLDER

m

n

 Binary 1:1

POLICY HOLDER

1

INSUR ED BY

CHOO SES

1

POLICY

AGENT

ER-DIAGRAM

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DATA BASE DESIGN  Database: A Database is collection of related data, which can be of any size and complexity. By using the concept of Database, we can easily store and retrieve the data. The major purpose of a database is to provide the information, which utilizes it with the information’s that the system needs according to its own requirements.  Database Design: 30 | P a g e

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INSURANCE MANAGEMENT SYSTEM Database design is done before building it to meet needs of end-users within a given information-system that the database is intended to support. The database design defines the needed data and data structures that such a database comprises.  The database is physically implemented using MySQL. MySQL is a relational database managements system (RDBMS) that runs as a server providing multi-user access to a number of databases.

The database for Insurance System is organized into 7 tables: agent_info

Field

Type

varchar(3 5) varchar(3 password 5) varchar(2 first_name 0) varchar(2 middle_name 0) varchar(2 last_name 0) varchar(6 gender ) Address_line_ varchar(2 agent_id

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Nul Defau l lt Yes Yes NULL Yes NULL Yes NULL Yes NULL Yes NULL Yes NULL

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INSURANCE MANAGEMENT SYSTEM 1 0) Address_line_ varchar(2 2 0) varchar(3 city 5) varchar(3 state 5) varchar(2 country 0) varchar(6 pincode ) varchar(1 phone 0) varchar(1 mobile 2) varchar(4 email 0) date_of_birth date branch_id int(11)

Yes NULL Yes NULL Yes NULL Yes NULL Yes NULL Yes NULL Yes NULL Yes NULL Yes NULL Yes

branch_info Field id

Type

int(11) varchar(5 name 0) varchar(8 Address 0) varchar(3 city 5) varchar(3 state 5) varchar(3 country 5) varchar(6 pin ) manager_na varchar(4 me 0) 32 | P a g e

Nul Defau l lt Yes NULL Yes Yes Yes Yes Yes Yes Yes

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INSURANCE MANAGEMENT SYSTEM

life_insurence_info Field Type policy_id int(11) insured_perso varchar(50 n ) date_of_birth date varchar(15 address 0)

Null Yes Yes Yes Yes

Plan_info Field plan_id plan_nam e descriptio n

Type Null int(11) Yes varchar(100 Yes ) varchar(200 Yes 0)

policy_taken Field policy_id

Type int(11) varchar(3 user_id 5) plan_id int(11) start_date date duration int(2) payment_durati varchar(1 on 5) amount_insured bigint(20) 33 | P a g e

Null Yes Yes Yes Yes Yes Yes Yes

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premium_history Field premium_id policy_id premium_amou nt date

Type Null bigint(20) Yes int(11) Yes bigint(20) Yes

date varchar(2 status 0) varchar(2 mode_payment 0) varchar(3 agent_id 5)

Yes Yes Yes Yes

user_info Field

Type varchar(3 user_id 5) varchar(3 password 5) varchar(2 first_name 0) varchar(2 middle_name 0) varchar(2 last_name 0) varchar(6 gender ) Address_line_ varchar(2 1 0) Address_line_ varchar(2 2 0) varchar(3 city 5) state varchar(3 34 | P a g e

Null Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes

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INSURANCE MANAGEMENT SYSTEM 5) varchar(2 country 0) varchar(6 pincode ) varchar(1 phone 0) varchar(1 mobile 2) varchar(4 email 0) date_of_birth date varchar(2 occupation 0) annual_incom int(11)

Yes Yes Yes Yes Yes Yes Yes Yes

SOFTWARE TESTING This

software

product

consist

modules,

Cultivation,

Inventions, Marketing and reports. All 3 modules have finite number of functions, for all modules unit testing was carried out. Some errors were detected in the function, which were solved efficiently. System testing was followed by this specific set of data that was selected for the testing, with each test, test reports were generated indicating the behavior of each unit. TEST CASE DETAILS Unit testing was carried on all units of “Computerization of manufacturing pharmaceutical products “, below given are some test case details. 35 | P a g e

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INSURANCE MANAGEMENT SYSTEM Test case  When character is number Entered in a number Field

Result Please enter

 When any data is records Left blank

Please fill

 When no record is there delete

No record left to

all

UNIT TESTING Unit testing is nothing but testing each module with both valid and invalid data. Appropriate message will be displayed for invalid test case and result is produced for the valid ones. Later individual functions were used put together and made to behave properly gaining exact results. Unit testing is the most important testing when considered with other forms of testing.

INTEGRATED TESTING 36 | P a g e

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INSURANCE MANAGEMENT SYSTEM

After completing all sorts of test cases on all the forms they all are integrated to form the result. This integrated testing was done with the sample data .The need for performing a integrated testing is to find the overall performance of the system.

BLACK BOX TESTING Black box testing is done in order to some of the following types of errors  Missing functions or an incorrect function.  Interface error.  Error in the external database access.  Performance error  Initialization error and  Termination error. WHITE BOX TESTING White box testing is another type of testing technique used to find errors in a application, using this white box testing 37 | P a g e

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INSURANCE MANAGEMENT SYSTEM the following test cases were successfully tested to this project  Checking weather all independent paths within the module have been exercised at least once or not  All conditions are executing or not  Exercise internal data structure to ensure their validity  All possible validity checks are given or not.

CODING

Home Page

Insurence::Home Page Home Plan Information  38 | P a g e

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INSURANCE MANAGEMENT SYSTEM Premium Calculator     Locate Branch Locate Agent             39 | P a g e

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INSURANCE MANAGEMENT SYSTEM



Insurance This Online Insurance makes a great starting point for your future and Present .The facilities provided by the online Insurance system will supervise and secure future of the policy holder.It not only secures the life but also provides loan facility .It is one of opportunities to secure your family and children's future.

Admin Login Here 40 | P a g e

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INSURANCE MANAGEMENT SYSTEM Agents Login Here Registered User Login Here New User !!! Sign Up here

Admin Login Page Home | Back Admin Login Form Administrator ID: 41 | P a g e

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INSURANCE MANAGEMENT SYSTEM   Password  

Agent login

Agent Home Page Home | Back Agent Home Page

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INSURANCE MANAGEMENT SYSTEM Agent ID:   Password   User Login Page

Insurence::Home Page 43 | P a g e

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INSURANCE MANAGEMENT SYSTEM Home Plan Information  Premium Calculator     Locate Branch Locate Agent         44 | P a g e

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INSURANCE MANAGEMENT SYSTEM    

function checkAll() { check_null("user_id","User Name"); check_null("password","Password"); if(str=="Please Check the following \n") { return true; } else { alert(str); str="Please Check the following \n"; return false; } } Back User Login

User Name: Password:

Admin Login Here Agents Login 46 | P a g e

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INSURANCE MANAGEMENT SYSTEM Here Registered User Login Here New User !!! Sign Up here User Registration Form

Insurence::Home Page Home 47 | P a g e

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INSURANCE MANAGEMENT SYSTEM Plan Information  Premium Calculator     Locate Branch Locate Agent           48 | P a g e

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function checkAll() { check_null("user_id","User ID"); check_null("password","Password"); check_null("confirm_password","Confirm Password"); compare("password","confirm_password","Password","The two passwords don't match"); check_null("first_name","First Name"); check_null("last_name","Lirst Name"); check_null("Address_line_1","Address Line 1"); check_null("Address_line_2","Address Line 2"); check_null("city","City"); check_null("state","State"); check_null("country","Country"); check_numaric("pincode","Pin code"); check_numaric("phone","Phone Number"); check_numaric("mobile","Mobile Number"); check_RegExp("email","EMail Id",/^([a-zA-Z0-9])+([\.a-zA-Z09_-])*@([a-zA-Z0-9])+(\.[a-zA-Z0-9_-]+)+$/); check_null("occupation","Occupation"); check_numaric("annual_incom","Annual Income"); if(str=="Please Check the following \n") { return true; } else { alert(str); str="Please Check the following \n"; return false; 49 | P a g e

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INSURANCE MANAGEMENT SYSTEM } } Back User Registration Form

User ID: (Max. length: 35) Password:(Max. length: 35) Confirm Password: First Name: 50 | P a g e

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INSURANCE MANAGEMENT SYSTEM Middle Name: Last Name: Gender Male Female Date of Birth 1 2 3 4 5 6 7 8 9 10 11 12 13 14 51 | P a g e

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INSURANCE MANAGEMENT SYSTEM 1900

Address Line 1: Address Line 2: City:

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INSURANCE MANAGEMENT SYSTEM State: Country: Pin-code / Zip-code: Phone:(with STD code) Mobile Number: E-Mail:

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INSURANCE MANAGEMENT SYSTEM Occupation: Annual Income: New User !!! Sign Up here



SCREEN SHOTS Home Page

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INSURANCE MANAGEMENT SYSTEM

Admin Login form

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Agent Registration Form 56 | P a g e

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Agent home Page 57 | P a g e

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Agent Controls 58 | P a g e

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Agent Update Profile 59 | P a g e

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Due Payments Of Customer

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INSURANCE MANAGEMENT SYSTEM User registration Form

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INSURANCE MANAGEMENT SYSTEM Customer Policy Information

Premium Calculator 63 | P a g e

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Search Branch 64 | P a g e

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INSURANCE MANAGEMENT SYSTEM CONCLUSION

A computerized insurance management system has been developed and the system was tested with sample data. The system results in regular timely preparations of required outputs. In comparison with manual system the benefits under a computer system are considerable in the saving of man power working hours and Effort. Provision for addition , updation and deletion of customers is there in the system .It is observed that proper filing system has been adopted for future reference . The entire project runs on windows environments. The system can be used to make better management described at appropriate time. The user gets amount and timely information system.

SCOPE OF ENHANCEMENT

The system may be further updated or modified at will owing to its simple structure. We can further add a transaction entity which will look after the payments made by the customer towards their policy. Depending on future requirements more changes can be made owing to the organization’s need. 66 | P a g e

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INSURANCE MANAGEMENT SYSTEM After

finishing

the

requirements

for

phase-1

of

the

development the remaining estimated modules will be developed. The following enhancements may be added to the existing modules.  Add new Administrators  Enhancement of search options after completion of the pahse-2 These features are estimated depends upon the requirements of the client in phase-2. So, these modifications require completion of the pahse-2 development of the project.

Bibliography

Using Java2 Platform

Joseph Weber

The Complete Reference Java 2

Herbert Schildt

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INSURANCE MANAGEMENT SYSTEM Java Servlets Programming SQL Complete Reference

BPB Publications Oracle Press

Principles of database systems

Jeffery D Ullman

Database Management Systems

C J Date

Web References . http://www.w3schools.com. http://www.codeproject.com. http://www.uml.org. http://www.planetsource.com

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