Department Details
Branch: Engineerings
Department: Chemical Engineering Department
Location: C Building

studying courses for chemical Eng. department for students 2016

 

Department of Chemical Engineering

Diploma Stage (81.5 units)

1) Basic Courses (6 units): 

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

--

2

2

3

MTH 002

Mathematics (C)

MTH 101

--

2

2

3

ENG 022

Mechanics (C)

ENG 121

2) Engineering Courses 23 units):

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

-

2

1

2

 

Unit operations (1)

CHE 112

-

3

1

2

 

Chemical Eng. Thermodynamics

CHE 113

4

-

2

3

 

Physical Chemistry (1)

CHE 114

-

2

2

3

CHE 113

Heat Transfer (1)

CHE 131

-

2

2

3

 

Process control (1)

CHE 132

-

1

1

2

ENG 004

Vessel design

CHE 136

-

1

2

2

 

Introduction to chem. Eng.

CHE 140

3

-

2

3

PHY 002

Elect. Eng. Princip.

EE 101

3

-

2

3

ENG 121

Fluids Mechanics (A)

ME 104

 3) Technological Courses (39 units):

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

-

2

2

2

 

Organic Chemistry (1)

CHE110

-

2

2

2

CHM 001

Inorganic Chemistry (1)

CHE111

-

2

1

2

 

Applied Electrochemistry

CHE115

6

-

-

2

 

Chemistry lab.(1)

CHE116

-

2

2

3

CHE 110

Polymer Chemistry (1)

CHE 120

3

-

2

3

CHE 120

Polymer Processing (1)

CHE123

-

2

2

2

CHE 140

Chemical Eng.

(Diploma Project)

CHE 125

4) Humanities and Language Courses (4.5 units):

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

3

--

--

1

LNG 002

English Language (C)

LNG 101

--

--

2

1

 

Engineering Economy

ENG 151

--

2

--

1

 

Principles of Management

MNG 101

3

--

--

0.5

PHE 002

Physical Education and Activities (C)

PHE 101

3

--

--

0.5

PHE 101

Physical Education and Activities (D)

PHE 102

3

--

--

0.5

PHE 102

Physical Education and Activities (E)

PHE 103

 5) Industrial Training (10 units):

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

30

--

--

5

ITR 001

Industrial  Training (1)

ITR 101

30

--

--

5

ITR 101

Industrial  Training (2)

ITR 102

Elective Courses (20 units)

1) Basic Courses (3 units Required): 

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

--

2

2

3

MTH 101

Numerical Methods

MTH 103

--

2

2

2

MTH 101

Statistical Methods

MTH 105

 2) Engineering Courses (18 units):

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

3

-

1

2

CHE 114

 Physical Chemistry (2)

CHE 133

3

-

1

2

ME 104

Rheological Properties

CHE 134

4

-

1

2

 

Molding Processes

CHE 135

3

-

1

2

CS 002

Computer Programming (B)

CS 101

3

-

1

2

ENG 141

Material Technology (B)

ENG 142

 3) Technological Courses (37 units):

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

-

2

2

3

CHE 120

Polymer Chemistry (2)

CHE 121

6

-

-

2

CHE 120

Polymer Lab.

CHE 122

-

2

2

3

 

Polymer Additives

CHE 124

3

-

1

2

 

Synthetic Fibers

CHE 141

-

-

2

2

 

Plasticizers

CHE 142

-

-

2

2

 

Pigments

CHE 143

3

-

2

3

 

Paper Technology (1)

CHE 144

3

-

2

3

 

Foams

CHE 145

3

-

2

3

 

Rubber

CHE 146

6

-

-

2

 

Chem. Tech. Lab. 1

CHE 147

3

-

1

2

 

Computer Applications

CS 103

-

-

2

2

 

Industrial Engineering (I)

ME 137

-

-

2

2

 

Industrial Safety

ME 143

 4) Humanities and Language Courses (7.5 units):

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

3

-

-

1

LNG 101

Technical English (A)

LNG 102

3

-

-

1

 

German Lang. (A)

LNG 103

3

-

-

1

 

French Lang. (A)

LNG 104

-

-

2

1

 

Modern Egyptian History

HUM 102

-

-

2

1

 

Islamic Civilization  (I)

HUM 103

-

-

2

1

 

Arabic Literature

HUM 104

Bachelor Stage (78.5 Unite)

I) Compulsory Courses :( 64.5 units)

 1) Basic Courses (5 units):

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

-

2

2

3

MTH 101

MTH 102

MTH 102

-

2

2

2

PHY 002

PHY 106

PHY 106

2) Engineering Courses: (23 units required)

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

--

1

2

2

CHE 112

Unit operations (2)

CHE 210

--

2

2

3

 

Transport Phenomena

CHE 213

6

-

-

2

CHE 112

Chem. Eng. Lab.

CHE 216

--

1

2

2

 

Material Selection

CHE 220

--

2

1

2

CHE 132

Process Control (2)

CHE 221

--

2

2

3

CHE 131

Heat Transfer(2)

CHE 231

3

-

2

3

CS 002

Chemical Engineering CAD

CHE 230

--

2

2

3

 

Chemical Reactor Engineering

CHE 250

--

3

3

3

 

Process& Plant design

CHE 255

3) Technological Courses: (22 units required)

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

-

2

2

3

CHE 110

Organic Chemistry (2)

CHE 211

-

2

1

2

CHE 111

Inorganic Chemistry (2)

CHE 212

6

-

-

2

 

Chemistry Lab. (2)

CHE 217

-

1

2

2

 

Paint Technology

CHE 222

-

2

2

3

 

Dye Stuffs

CHE 223

-

2

2

3

CHE 115

Corrosion

CHE 224

6

-

-

2

 

Grad. Project

CHE 226

6

-

-

2

 

Chem. Tech. Lab. (2)

CHE 227

3

-

2

3

EE 101

Electric Machines

EE 102

4) Humanities and Language Courses: (4.5 units)

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

-

2

-

1

 

History of Egypt Tech. Development

HUM 201

3

-

-

1

LNG 101

English Language (D)

LNG 201

-

-

2

1

 

Project Management

MNG 201

3

-

-

0.5

PHE 103

Physical Education and Activities (1)

PHE 201

3

-

-

0.5

PHE 201

Physical Education and Activities (2)

PHE 202

3

-

-

0.5

PHE 202

Physical Education and Activities (3)

PHE 203

5) Industrial Training (10 units)

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

30

-

-

5

ITR 102

Industrial  Training (3)

ITR 201

30

-

-

5

ITR 201

Industrial  Training (4)

ITR 202

II)Elective Courses :( 14 units)

1)Basic Courses (5 units required)

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

2

-

1

2

ENG 121

Applied Mechanics

ENG 222

3

-

2

3

 

Instrumental Analysis

CHE 240

2)   Engineering Courses: (3 units required) 

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

4

-

2

3

CHE 111

Special  Analysis

CHE 214

-

2

2

3

CHE 120

Polymer Engineering

CHE 215

3

-

2

3

CHE 123

Polymer Processing(2))

CHE 225

-

2

2

3

 

Petroleum Refinery Engineering

CHE 228

-

2

2

3

 

Petrochemical Industries

CHE 232

3

-

2

3

 

Analysis of Org. Materials

CHE 251

2

-

2

3

 

Unit Processes

CHE 252

2

-

2

3

 

Biochemistry Eng.

CHE 253

3) Technological Courses: (3 units required)

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

-

2

2

3

 

Natural Gas

CHE 229

2

-

2

3

 

Paper Technology (2)

CHE 260

2

-

2

3

 

Electroplating

CHE 261

3

-

2

3

 

Wastewater Treatment

CHE 262

3

-

2

3

 

Biochemistry

CHE 263

2

-

2

3

 

Ceramics

CHE 264

2

-

2

3

 

Refractory

CHE 265

2

-

2

3

 

Printing

CHE 266

4) Humanities and Language Courses: (3 units Required)

Lab.

Ex.

Lec.

Unites

Prerequisite

Course Title

Code

3

-

-

1

LNG 102

Technological Lang. (B)

LNG 202

3

-

-

1

LNG 103

German Language(B)

LNG 203

3

-

-

1

LNG 104

French Lang.(B)

LNG 204

-

-

2

1

 

Trade Law

HUM 203

-

-

2

1

 

Industrial Psychology

HUM 204

-

-

2

1

 

Islamic Civilization(II)

HUM 205

-

-

2

1

 

Islamic Studies

HUM 206

 Department OF Chemical Engineering Short Course Description

CHE 101: Chemistry (C), 2(2,-, 1)

Structure of atom & molecule - wave nature of electrons, chemical bonds, electro negativity - Resonance Properties of elements & their compounds, viscosity, Osmotic pressure, surface tension, electrochemistry, colloidal chemistry, phase rule, one component system, binary systems, tertiary systems - Principle of analytical chemistry: volumetric, gravimetric, & instrumentation analysis.

CHE 102 Organic Chemistry, 3 (2, 2, -)

Introduction to aromatic chemistry - Inorganic & Physical Chemistry - Homologous series of different aliphatic classes, isomerism, Carbohydrates, proteins, amino acid, fats - Physiochemical principles - Carbohydrates, lipid, & protein chemistry & metabolism - Nucleoli acid & nucleotides. Hormones & metabolic regulation - mineral metabolism- enzymes & vitamins.

CHE 103 Chemical Engineering, 2(2, 1, -)

Simple mass & energy balances - concept of a process, unit operations & unit processes - Flow sheets - Simple reaction analysis, filtration, sedimentation - Heat, mass & momentum transport - J - factors - R & P analogies-Film & penetration Theories  - Dimensional analysis - Convection - Applications of individual & overall film coefficients.


CHE 110 Organic Chemistry (1), 2(2,2,-)

 
Chemical bonding, classification of organic compounds, nomenclature, organic reactions. Aliphatic compounds, Alkenes, alkenes and .alkyl halides. Alcohols, organ metallic compounds, carboxylic acids, Ketones,ethers.


CHE 111: Inorganic Chemistry (1), 2(2, 2, -)

 

Atomic structure, energy of electrons. Schrödinger equation Chemical bonds, hybridization, complexes

CHE 112: Unit Operations (1), 2(1, 2, -)

Properties & handling of solids, size reduction, screening. Mills, size classification, fluidization; floatation.

CHE 113: Chemical Eng. Thermodynamics, 2(1, 3, -)

Equations of state, laws of thermodynamics, thermo chemistry and combustion. Power cycles. Free energy & entropy, chemical equilibrium. Refrigeration cycles. Mixtures, fugacity. Clapyron. Equation. Basic units and. dimensions, heat & mass balances. Stoichiometry. Chemical calculations, free energy and equilibrium heat effects, heat cycles.

CHE 114: Physical Chemistry (1), 3(2,-, 4)

States of matter, gas state & kinetic Theory of gases, liquid state, properties of liquids & solutions, dilute solutions, ideal & non- ideal solutions. Solid state, crystallographic structure. Electrochemistry & electrode reactions.

CHE 115: Applied Electrochemistry, 2(1, 2,-)

Conductivity of solutions, Faraday’s law, ionic mobility. Types of cells, electrode potential, pH measurements, electrolysis, electroplating and electrochemical industries.

CHE 116: Chemistry Lab. (1), 2 (-, - 6)

Group separation, precipitation reactions, identification of elements, organic reactions, organic preparation.

CHE 120; Polymer Chemistry (1), 3 (2, 2, -)

Polymerization process, bulk & suspension, structure of polymers, types of polymers. Methods of synthesis. Molecular rearrangement. Addition polymerization; composites. Engineering plastics & composites. Emulsion polymerization.

CHE 121: Polymer Chemistry (2), 2 (1, 2,-)

Classes of Polymers. Physical properties, chemical properties of polymers. Viscosity changes natural products. Artificial plastic materials. Condensation reactions. Rubbers (natural & synthetic).

CHE 122: Polymer Lab., 2 (-, -, 6)

Polymerization processes. Molecular weights. Viscosity measurements. Physical properties. Mechanical properties

CHE 123: Polymer Processing (1), 3(2,-, 3)

Compounding of polymers, degradation & stabilization of polymer systems. Fabrication processes, one - two & three- dimensional processes. Reprocessing.

CHE 124: Polymer Additives, 3(2, 2, -)

 

Viscosity improves, vulcanization of rubber, molecular weight improves. Surface treatment.

 

CHE 125: Chemical Engineering (Diploma Project), 2(2, 2,-)


Applications of mass balances in unit operations & in chemical processes & reaction equilibrium, the energy balance, the heat balance (general procedure, net & gross heat balances. Specific heat & heat capacity. Effect of temperature & pressure on heat of reaction.

CHE 131: Heat Transfer (1), 3(2,2,-)

Fundamentals of heat transfer equipment in chemical engineering field. Heat transfer by conduction, convection, radiation, and heat exchanger designs. Evaporators. Boilers and steam.

CHE 132: Process Control (1), 3(2,2,-)

Dynamics of simple systems, first order systems, Laplace transformation, second order systems, linearization. Automatic control systems, general configuration of control systems. Closed loop dynamics block diagram. Computer control.

CHE 133: Physical Chemistry (II), 3(1, 3,-)

Phase equilibria, chemical kinetics, gas solid, liquid solid and solid, solid adsorption. Clapyron equation.

CHE 134: Rheological Properties, 2(1,-, 3)

Types of fluids. Polymer solutions, Elastic viscous fluids, measurement of flow processes. Factors affecting viscous flow. Elastic effects on polymer melt flow.

CHE 135: Molding Processes, 2(1, -, 4)

Reprocessing and waste disposal, in mold decoration. Effect of variables on. Molding processes. Internal compounding dies design. Tolerances and design considerations. Die materials. Blow molding. Compression molding.

CHE 136: Vessel Design, 2(1, 2, -)

 

Introduction, gas principles for designing pressure vessels, design codes, pressure calculations, allowed stresses, materials of construction, fundamentals of pressure vessel design, thin shells, thick shells and flanges. Applications.

CHE 140: Introduction to Chemical Eng., 2(2, 1, -)

Definition of chemical engineering, the chemical process industry, the flow sheets as a presentation of a chemical process. The chemical engineering concept, fundamental dimensions and conversion of units, process variable, simple mass balances. Classification of chemical engineering equipment.

CHE 141: Synthetic Fibers, 2(1, -, 3)

Classification of synthetic fibers, properties of fibers. Nylons 6, - Nylon 6, 6. Amide fibers. Glass fibers. Teflon.


CHE 142: Plasticizers, 2(2, -, -)

Function of plasticizers, effect on mechanical properties of polymers, types of plasticizers, external & internal plasticizers.

CHE 143: Pigments, 2(2,-,-)

Chemical nature. Classification. Production. Effect on polymer properties. Primers and surface treatments.

 

CHE 144: Paper Technology (1), 3(2,-, 3)

Raw materials of paper. Fabrication processes. Emulsions. . Pulp formation. Evaporation processes, drying.


CHE 145: Foams, 3(2,-, 3)

Chemical composition & raw materials. Low & high density foams, testing of foams. Additives improving properties.

CHE 146: Rubber, 3(2,-, 3)

Natural Rubber. lsoprene. Rubbers. Elastomers. Chemical vulcanization reaction. ABS.

CHE 147: Chem. Technology Lab. 2 (-, -, 6)

Sampling, quality control testing, ASTM testing techniques. Instrumental testing by UV, IR and X-ray.

CHE 210: Unit Operations (2), 2(2, 1, -)

Phase equilibrium; mass transfer operations, distillation, drying, extraction, & absorption. Design of packed & plate columns. Crystallization.

CHE 211: Organic Chemistry (2), 3(2, 2, -)

Reactions of polynuclear aromatic compounds. Chemical properties & reactions of heterocyclic aromatic compounds. Fundamentals of stereochemistry, geometrical isomerism, Spectroscopic techniques.

CHE 212; Inorganic Chemistry (2), 2(1, 2, -)

Transition & non transition elements, occurrence, extraction, physical & chemical properties. Oxidation-reduction. Acids & bases.

CHE 213: Transport Phenomena, 3(2, 2,-)

Introductions, theory of mass transfer, molecular diffusion, interphase mass transfer, analogy between mass and heat transfer. Equipment for mass transfer.

CHE 214: Special Analysis, 3(2, -, 4)

Atomic & molecular spectra. Electro analytical methods. Chromatographic methods (gas, liquid & chrome) & their applications. NMR.

CHE 215: Polymer Engineering. 3(2, 2, -)

Thermodynamics of polymer solutions. Transition & relaxation. Glassy & amorphous polymers. Polyolefin, PVC. Polyurethane, polybutadienes.

CHE 216: Chemical Eng. Lab., 2 (-. -, 6)

Heat transfer. Fluid mechanics. Heat exchangers. Flow measurements. Distillation.

CHE 217: Chemistry Lab. (2), 2 (-, -, 5)

Selected topics.

CHE 220: Material Selection. 2 (2. 1, -)

Types of materials. Ferrous & non-ferrous, elements of material selection. Factors affecting selection. Polymeric materials.

CHE 221: Process Control (2). 2 (1, 2, -)

Process variables & their measurements, temperature. pressure, flow rate, weight, density, viscosity & conductivity. Process analysis & control... Process control of  distillation towers, chemical, reactors, heat exchange equipment. Control circuits for chem. plants.

CHE 222: Paints Ted 2(2, 1.-)

Paint compositions. Classification of paints. Primers & final coats. Surface preparation. Reactions of paint systems. Paints for corrosion resistance.

CHE 223: Dye Stuffs, 3 (2, 2, -)

Chemistry of dyes. Azoic dyes. Color formation in dye system. Dyeing processes for natural & synthetic fibers. Laboratory preparations. Industrial preparation of dyes. Properties & testing.

CHE 224: Corrosion, 3 (2, 2, -)

Types of corrosion, forms of corrosion, oxidation of metals, corrosion testing. Methods of protection. Cathodic & anodic protection. Coatings (organic, inorganic & metallic), control of the environment. Corrosion inhibitors. Design considerations. Polymers & corrosion resistance. Material selection for corrosion resistance.

CHE 225 Polymer Processing (2), 3 (2, -, 3)

Reprocessing and disposal of waste. Effect of processing on properties. Solidification. Extrusion forming, spinning, casting processes, vacuum forming, injection molding.


CHE 226 Grad Project, 2 (-, -, 6)

Reference review on one of the important chemical industry. Flow sheet of the industrial process. Material & heat balance on the process unit. Special & complete design of one of the used operation. Plant design & cost estimation.


CHE 227 Chemical Tech. Lab. (2), 2 (-, -, 6)

Special topics to be served according to the elective courses.


CHE 228 Petroleum Refinery Engineering, 3 (2, 2, -)

Introduction. Types & origin of petroleum. General review of refining process of crude oil. Design of atmospheric, vacuum & pressure columns for petroleum fractionation, including auxiliary furnaces & condensers. Recent developments in heavy oil processing.

CHE 229: Natural gas, 3(2, 2, -)

Characteristics of natural gas, natural gas production, natural gas & liquid separation. Hydrates. Dehydration of natural gas. Miscellaneous gas conditioning. Gas processing plants.

CHE 230: Chemical Engineering CAD., 3 (2, -, 3)

 Use of computers in optimization of design & operation of equipment used in chemical engineering. Modeling & simulation of different systems.

CHE 231: Heat Transfer (2), 3 (2, 2, -)

Applications of heat transfer to the design of heat exchangers & other heat transfer equipment (including evaporators). Simultaneous mass & heat transfer, humidification, water-cooling &air conditioning.

CHE 232: Petrochemical Industries, 3 (2, 2, -)

Various chemicals produced from petroleum including paraffin, aromatic & cycloparaffins. Thermal & catalytic cracking for the production of olefins & other unsaturated compounds.

CHE 250: Chemical Reactor Eng., 3(2, 2, -)

Differential mass balance in reactors. Kinetic models. Homogeneous & heterogeneous reactors. Catalytic reactors. Design of ideal reactors, stability and optimum operation.

CHE 251 Analysis of Organic Materials, 3 (2, -, 3)

Applications of chromatography, polar graphic, coulometric methods for functional groups. NMR, IR, UV & mass spectroscopy in organic analysis & structure determination.

CHE 252: Unit Processes, 3 (2, , 2)

Nitration, sulfonation, halogenations and amination. Catalytic hydrogenation. Polymerization.

CHE 253: Biochemical Eng., 3 (2, -, 2)

Design of biochem. Reactors, Basic unit operations, sterilization of liquid culture, air filtration Biogas production. Compost  production.

CHE 255: Process & Plant Design, 3 (3, 3, -)

The engineering design process. The chemical engineering concept as applied to the design process, development of a process. The scale up technique, process licensing, process evaluation, selection of process equipment, manufacture of equipment. Choice of industrial sites, the plant layout. Project engineering & management. Plant start up. Computer aided plant design.


CHE 260: Paper Technology (2), 3 (2, -, 2)

 Selected topics according to the type of paper produced.

CHE 261 Electroplating, 3 (2, -, 2)

Electrochemistry. Electrochemical cells. Surface preparation, throwing power. Electrochemical baths. Factors affecting  electroplating, temperature, bath concentration.

CHE 262 Waste Water Treatment, 3 (2, -, 3)

 Water analysis. Water treatment, clarification, disinfecting, activated sludge process. Biological waste treatment.

CHE 263: Biochemistry, 3 (2, -, 3)

Principles, carbohydrates, amino acids, proteins, fatty acids, oils and fats. Pharmaceutical compounds.

CHE 264: Ceramics, 3 (2, -, 2)

 General ceramics fabrication processes, preparation of raw material, cold forming processes. Ceramic building material; bricks; tiles; sewer pipes, sanitary ware.

CHE 265: Refractories, 3 (2, -, 2)

Glazes, drying, firing, hot forming and melt forming. Stone ware, porcelain, gypsum. Enameling. Abrasives. Cement. Properties of refractories. Equilibrium diagrams.
Printing inks.

CHE 266: Printing, 3 (2, -, 2)

 Printing on different materials such as textile, paper, plastics, etc. Stability effects of different factors on printing quality.

ITR 101: industrial Training (1), 5 (-, -, 30)

 

Training on general chemical industries. Industrial application of basic courses such as thermodynamic, fluid mechanics, polymer chemistry & heat transfer. Flow sheeting. Simple mass & energy balance.

ITR 102: Industrial Training (2), 5 (-, -. 30)

Special training on chemical industries such as rubber, corrosion and food industries. Application of unit operations and unit processes In chemical industrials.

ITR 201: Industrial Training (3), 5 (-, -, 30)

Special training on chemical industries such as plastics, dies, fibers and paints. Automatic control. Piping and Instruments (P & I) diagrams. Quality control. Utilities (Steam, Water, electricity.).

ITR 202:.lndustrlal Training (4), 5 (-, -, 30)

Training on waste disposal, water treatment. Design of chemical units. Chemical technology. Plant design. Site location & plant layout.