363092227-Chemical-Engineering-Board-Exam.pdf

DAY 1 PHYSICAL AND CHEMICAL PRINCIPLES (30%)

A. General Inorganic Chemistry  

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Matter and Energy Theory of Atoms and Molecules Chemical Periodicity Calculation Principles in Chemical Changes

Chemical Bonding  Solutions  Chemical Kinetics  Chemical Equilibrium Chemistry   Nuclear Chemistry 

B. Organic Chemistry Structural characteristics and reaction mechanism     

Aliphatic Aromatics Arenes Alcohols Aldehydes

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Ketones Carboxylic acids Carbohydrates Amino acids Proteins

C. Analytical Chemistry Gravimetric and volumetric methods of analysis

D. Physical Chemistry 

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Properties of gas, liquids, solids and solutions Introduction to thermodynamics Thermochemistry

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Homogenous and heterogenous equilibria Transference and conductance of ionized solutions Electrochemistry

E. Biochemical Engineering F. Environmental Engineering Types of Pollutants  Physical, chemical, and biological process applicable to  pollution control and abatement abatement 

DAY 2 CHEMICAL ENGINEERING PRINCIPLES (40%)

A. Chemical Engineering Calculations B. Chemical Engineering Thermodynamics Thermodynamics       

First and second laws of thermodynamics P-V-T relationships of fluids Heat effects Thermodynamics of flow processes Power and refrigeration cycles Phase equilibria Chemical reaction equilibrium

C. Reaction Kinetics D. Unit Operations           

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Fluid Mechanics Heat Transfer Evaporation Filtration Diffusion Distillation Gas Absorption Humidification Drying Leaching Liquid-Liquid Extraction Crystallization

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Sedimentation Centrifugation Membrane Separation Flotation Adsorption Screening Size Reduction Agitation and Mixing Materials Handling Dimensional Analysis

E. Chemical Process Industries F. Plant and Equipment Design G. Instrumentation and Process Control

DAY 3 GENERAL ENGINEERING (30%)

A. Mathematics    

Algebra Trigonometry Analytic Geometry Differential Calculus

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Integral Calculus Differential Equation Statistics Probability Theory

B. Physics    

Mechanics Waves Sound Heat

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Electricity Magnetism Semi-conductors Optics

C. Engineering Mechanics   

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Statics and Dynamics Free body concepts Equilibrium of coplanar and non-coplanar systems Analysis of frames and trusses Friction

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Centroids and moment of inertia Motion of particles and rigid bodies Mass, force, and acceleration Work and energy Impulse and momentum

D. Strength of Materials 

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Types of material, classification, classification, properties and characteristics: characteristics:  polymers, rigid and composite composite structures and other engineering engineering materials Axial stress and strain Stresses in torsion and bending Combined stresses Beam deflections Indeterminate beams Elastic instability (Thermal expansion)

E. Engineering Economics 

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Introductory financial accounting Financial mathematics Time value of money Break-even analysis

F. Laws, Contracts and Ethics

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Capital investment and decision criteria Engineering-oriented applications Value engineering and optimization