The total number of credits in this course consist of 142 credits plus a workshop of two months apprenticeship (Not considered in total credits) No | Subject | Credit value | 1 | General subjects | 22 Credits | 2 | Basic subjects | 44 Credits | 3 | Principal subjects | 58 Credits | 4 | Specific subjects | 12 Credits | 5 | Optional subjects | 6 Credits | 6 | Internships | 2 Credits |
Table No 2. The Basic Subjects of Chemical Engineering B.Sc. Degree. * = Simultaneous Prerequisite No | Subject | Credit No | Prerequisite or Presentation Time | 11 | Mathematics 1 | 3 | | 12 | Mathematics 2 | 3 | Mathematics 1 | 13 | Differential Equations | 3 | Mathematics 1-2* | 14 | Engineering Mathematics | 3 | Differential Eq. Mathematics 2 | 15 | Numerical Calculations | 2 | Differential Eq . | 16 | Physics 1 | 3 | | 17 | Physics 2 | 3 | Physics 1 | 18 | Physic lab 1 | 1 | Physics 1* | 19 | Physic lab 2 | 1 | Physics 2* | 20 | Basic Chemistry-Chemical Engineering | 3 | - | 21 | Basic Chemistry Lab | 1 | Chemical Engineering Basic Chemistry | 22 | Organic Chemistry-Chemical Engineering | 3 | Chemical Engineering Basic Chemistry | 23 | Organic Chemistry lab-Chemical Engineering | 1 | Chemical Engineering Organic Chemistry | 24 | Analytical Chemistry | 3 | Chemical Engineering Basic Chemistry | 25 | Analytical Chemistry lab | 1 | Analytical Chemistry* | 26 | General Workshop | 1 | - | 27 | Technical Drawing | | - | 28 | Computer Programming | 3 | - | 29 | Statics and Strength of Materials | 3 | Physics 1 | 30 | Engineering Software workshop | 1 | Computer Programming- * Numerical Calculations |
Table 3 Chemical Engineering B.Sc. Principal Subjects * = Simultaneous, Prerequisite Credits. No | Subject | Credit No | Prerequisite or Presentation Time | 31 | Introduction to chemical Engineering | 2 | - | 32 | Material and Energy Balances | 4 | - | 33 | Chemical Engineering Thermodynamics 1 | 3 | Differential Equations * | 34 | Chemical Engineering thermodynamics 2 | 3 | Chemical Engineering Thermodynamics 1 | 35 | Chemical Engineering Chemistry-Physics | 3 | Chemical Engineering Thermodynamics 2* | 36 | Fluid Mechanics 1 | 3 | Material and Energy Balances- Engineering Mathematics | 37 | Fluid Mechanics 2 | 2 | Fluid Mechanics 1 | 38 | Fluid Mechanics Lab | 1 | Fluid Mechanics 1 | 39 | Heat Transfer 1 | 3 | Fluid Mechanics 1 | 40 | Heat Transfer 2 | 3 | Heat Transfer 1 | 41 | Heat Transfer Lab | 1 | Heat Transfer 1 | 42 | Mass Transfer | 3 | Heat Transfer 1 | 43 | Unit Operation 1 | 3 | Mass Transfer* | 44 | Unit Operation 2 | 3 | Unit Operation 1 | 45 | Unit Operation Lab | 1 | Unit Operation 1 | 46 | Process Control 1 | 3 | Unit Operation 1 | 47 | Process Control 2 | 2 | Process Control 1 | 48 | Process Control Lab | 1 | Process Control 1 | 49 | Chemistry-Physics Lab | 1 | Chemical Engineering - Chemistry-Physics | 50 | Chemical Reaction Engineering | 4 | Mass transfer | 51 | Applied Mathematics in Chemical Engineering | 2 | Mass transfer | 52 | Chemical Engineering Software Workshop | 1 | Computer Programming Numerical Calculations, Unit Operation 1 | 53 | Plant Design and Economics | 3 | Engineering Software Workshop- Chemical Reaction Engineering,* Unit Operation 2* | 54 | Project | 3 | Process Control 1 | 55 | Internships (a two months Course) | 2 | Unit Operation 1*, Chemical Reaction Engineering * After Completing 90 credits |
Table (4) Chemical Engineering B.Sc. Course Specific Credits No | Subject | Credit No | Total | Theory | Practical | Prerequisite or Presentation Time | 56 | Petroleum Refining Processes | 2 | 32 | 32 | - | Unit Operation 1 | 57 | Gas Processes | 2 | 32 | 22 | - | Unit Operation 1 | 58 | Petrochemical Processes | 2 | 32 | 32 | - | Unit Operation 1 | 59 | Mineral Processes | 2 | 32 | 32 | - | After completing Mass Transfer | 60 | Polymeric Processes | 2 | 32 | 32 | - | After completing Mass Transfer | 61 | Bio - Technology | 2 | 32 | 32 | - | After completing Mass Transfer | 62 | New Processes in Chemical Engineering | 2 | 32 | 32 | - | After completing Mass Transfer |
Table (5) Chemical Engineering B.Sc. Course Optional Credits No | Subject | Credit No | Total | Theory | Practical | Considerations | 63 | Specification and Selection of Devices | 2 | 32 | 32 | - | Simultaneous: Mass transfer | 64 | Measurement Methods of Engineering Quantities | 2 | 32 | 22 | - | Simultaneous: Mass Transfer | 65 | Material Science and Corrosion | 2 | 32 | 32 | - | Prerequisite: Chemistry-Physics | 66 | Safety in Chemical Industries | 2 | 32 | 32 | - | After Completion of 60 Credits | 67 | Industrial Management | 2 | 32 | 32 | - | After Completion of 60 Credits | 68 | Powder Technology | 2 | 32 | 32 | - | Simultaneous: Mass transfer | 69 | Environmental Engineering | 2 | 32 | 32 | - | After Completion of 60 Credits | 70 | Energy Systems | 2 | 32 | 32 | - | Simultaneous: Mass Transfer | 71 | principals of Entrepreneurship | 2 | 32 | 32 | - | - |
Chemical Engineering (Discontinuous) M.Sc. Subjects Chemical Engineering School admits Students for the following (2) Fields and (4) Disciplines. | Field of study | Discipline | 1 | Chemical Engineering | -Mineral Industries -Separation Processes -Design, Simulation and Control of Processes -Thermodynamics, Kinetics and Reactor Design | 2 | Chemical Engineering Bio- Technology | |
The Total Credits of M.Sc. Subjects in Chemical Engineering in each Discipline are 32 Credits, Which are as follows: Design, Simulation and Control of Processes Discipline: A. Make up Credits 1. Technical Language 2. Research Method B. Principal Credits: 1. Advanced Engineering Mathematics 3 Credits 2. Advanced Chemical Reaction Engineering 3 “ 3. Advanced Thermo dynamics 3 “ 4. Advanced Fluid Mechanics 3 “ 5. Advanced Heat Transfer 3 “ 6. Advanced Mass Transfer 3 “ 7. Advanced Numerical Calculations 3 “ C. Optional Credits: 1. Principals of Process Engineering 3 “ 2. Optimization 3” 3. Modeling and Simulation 3 “ 4. Computer Aided Designing 3 “ 5. Process Integration 3” 6. Energy Recovery in Industry 3 “ 7. Design of Processing Equipments D. Seminar and Thesis 8 “ 1. Seminar 2 “ 2. Thesis 6 “ Mineral Industries Discipline A. Make up Credits: 1. Technical Language 2. Research Method B. Principal Credits: 1. Advanced Engineering Mathematics 3 Credits 2. Advanced Chemical Reaction Engineering 3 Credits 3. Advanced Thermodynamics 3 Credits 4. Advanced Fluids Mechanics 3 Credits 5. Advanced Heat Transfer 3 Credits 6. Advanced Mass Transfer 3 Credits 7. Advanced Numerical Calculations 3 Credits C. Optional Credits: 1. Materials Technology 3 Credits 2. Heating and Cooling in inorganic Chemical Industries 3 Credits 3. Optimization 3 Credits 4. Cement Engineering 3 Credits 5. Energy recovery in non- Metallic – Inorganic Industries 3 Credits 6. Chemical Inorganic Industries Technology 3 Credits A. Seminar and Thesis 8 Credits 1. Seminar 2 Credits 2. Thesis 6 Credits Thermodynamics, Kinetics, Catalyst and Reactor Design Discipline : A. Make up Credits: 1. Technical Language 2. Research Methods B. Principal Credits: 1. Advanced Engineering Mathematics 3 Credits 2. Advanced Chemical Reaction Engineering 3 Credits 3. Advanced Thermodynamics 3 Credits 4. Advanced Fluid Mechanics 3 Credits 5. Advanced Heat Transfer 3 Credits 6. Advanced Mass Transfer 3 Credits 7. Advanced Numerical Calculations 3 Credits C. Optional Credits: 1. Non-ideal Solution Thermodynamic 3 Credits 2. Thermodynamic properties of Fluids 3 Credits 3. Statistical Thermodynamics 3 Credits 4. Optimization 3 Credits 5. Heterogeneous Catalysts 3 Credits 6. Advanced Combustion Engineering 3 Credits 7. Specific Industrial Reactor Design 3 Credits 8. Thermodynamics of Electrolyte Solutions D. Seminar and Thesis 1. Seminar 2 Credits 2. Thesis 6 Credits Design of Separation Processes Discipline A. Make up Credits 1. Technical Language 2. Research Methods B. Principal Credits: 1. Advanced Engineering Mathematics 3 Credits 2. Advanced Chemical Reaction Engineering 3 Credits 3. Advanced Thermodynamics 3 Credits 4. Advanced Fluid Mechanics 3 Credits 5. Advanced Heat Transfer 3 Credits 6. Advanced Mass Transfer 3 Credits 7. Advanced Numerical Calculations 3 Credits C. Optional Credits: 1. Specific Separation Methods 3 Credits 2. Multi-component Separation 3 Credits 3. Industrial Crystallization 3 Credits 4. Membrane Separation Processes 3 Credits 5. Drying Phenomena 3 Credits 6. Advanced Process Control 3 Credits 7. Surface Phenomena 3 Credits 8. Transport Phenomena in Biological Systems 3 Credits D. Seminar and Thesis 8 Credits 1. Seminar 2 Credits 2. Thesis 6 Credits Chemical Engineering – Biotechnology Discipline: A. Make up Credits: (Maximum 6 Credits with the department’s approval) 1. Basic Microbiology 2 Credits 2. Basic Biochemistry 2 Credits 3. Genetics 2 Credits 4. Technical Language 2 Credits 5. Research Methods 2 Credits B. Compulsory Credits: (12 Credits) 1. Advanced Engineering Mathematics 3 Credits 2. Transport Phenomena in Biological Systems 3 Credits 3. Design of Biochemical Reactors 3 Credits 4. Industrial Microbiology and Fermentation Processes 3 Credits C. Optional Credits: (12 Credits) 1. Biotechnology Lab 1 Credits 2. Enzymes Technology 2 Credits 3. Advanced Thermodynamics 3 Credits 4. Non-ideal Solution Thermodynamics 3 Credits Prerequisite: Advanced Thermodynamics 5. Metabolic Engineering 3 Credits 6. Recovery and Separation of Biological Materials 7. Statistics in Engineering Processes 8. Waste Water Treatment 9. Food Biotechnology 10. Selected Discussions D. Seminar Thesis 1. Seminar 2 Credits 2. Thesis 6 Credits Chemical Engineering Ph.D. Curriculum The list of the Principal Subjects of Higher Educational Degree in Chemical Engineering, in addition to Principal M.Sc. Courses. No | Subject name | Credits | 1 | Advanced Heat Transfer (Convection) | 3 | 2 | Advanced Heat Transfer (radiation) | 3 | 3 | Advanced Transport Phenomena | 3 | 4 | Advanced Control | 3 | 5 | Advanced Numerical Calculations | 3 | 6 | Multicomponent Separation | 3 | 7 | Optimization in Chemical Engineering | 3 | 8 | Modeling and Simulation of Processes | 3 | 9 | Thermodynamics of Mixtures | 3 | 10 | Specific Industrial Reactors Design | 3 | 11 | Surface Phenomena | 3 | 12 | Advanced Rheology and Non-Newtonian Fluids | 3 | 13 | Advanced Environmental Engineering | 3 | 14 | Conceptual Design Processes | 3 | 15 | Transport Phenomena in Biological Systems | 3 | 16 | Advanced Biochemical Engineering | 3 | 17 | Polymer Process Engineering | 3 | 18 | Specific Topics | 3 | 19 | Ph.D. Seminar | 3 | 20 | Ph.D. Thesis | 3 |
Chemical Engineering Ph.D. Curriculum (Attachment 2) The List of Higher Educational Courses in Chemical Engineering Thermodynamics, Kinetics and Chemical Reactors Design Discipline | No | Course Name | Credit No | 1 | Advance Thermodynamics | 3 | 2 | Advanced Chemical Reaction Engineering | 3 | 3 | Statistical Thermodynamics | 3 | 4 | Properties of Fluids (Physical, Chemical, and Thermodynamic) | 3 | 5 | Heterogeneous and Industrial Catalysts | 3 | 6 | Specific Industrial Reactor Design | 3 | 7 | Bio Chemical Reactors Design | 3 | 8 | Kinetics and Polymerization Reactors | 3 | 9 | Surface Phenomena | 3 | 10 | Advanced Combustion Engineering | 3 | 11 | Supercritical Extraction | 3 | 12 | Advanced Electro- Chemical Engineering | 3 | 13 | Cement Engineering | 3 | 14 | Energy Optimization | 3 | 15 | Pinch Technology | 3 | 16 | Exergy | 3 | 17 | Fluidization Engineering | 3 | 18 | Special Topics | 3 | 19 | Ph.D. Seminar | 3 | 20 | Ph.D. Thesis | 3 |
(Attachment 2) Chemical Engineering Doctoral Curriculum (Continued) The list of Higher Educational Subjects in Chemical Engineering Transport Phenomena and Separation Processes Discipline | No | Subject Name | Credit No | | Besides Fluid Mechanics, Heat Transfer, Mass Transfer and Advanced Mathematics the Following Credits are Recommended: | 3 | 1 | Advanced Transport Phenomena | 3 | 2 | Multiphase Separation | 3 | 3 | Boundary Layer Theory | 3 | 4 | Turbulent Flows | 3 | 5 | Multiphase Flows | | 6 | Fluidization Engineering | 3 | 7 | Industrial Crystallization | 3 | 8 | Drying Phenomenon | 3 | 9 | Hydrocarbon Reservoir Engineering | 3 | 10 | Specific Separation Methods | 3 | 11 | Membrane Separation Processes | 3 | 12 | Supercritical Extraction | 3 | 13 | Hydrodynamics of Macro Molecules | 3 | 14 | Cement Engineering | 3 | 15 | Advanced Refining Processes | 3 | 16 | Specific Topics | 3 | 17 | Ph.D. Seminar | 3 | 18 | Ph.D. Thesis | 3 |
(Attachment 2) Chemical Engineering Ph.D. Curriculum (Continued) The list of Higher Educational Subjects in Chemical Engineering Design, Simulation and Control of Processes Discipline | No | Credit Name | Credit No | 1. | Design of Chemical Processes | 3 | 2. | Process Equipment Design | 3 | 3. | Computer Aided Design | 3 | 4. | Modeling and Simulation | 3 | 5. | Advanced Chemical Reaction Engineering | 3 | 6. | Specific Industrial Reactor Design | 3 | 7. | Statistical Analysis of Processes | 3 | 8. | Finite Elements Method | 3 | 9. | Process Scale-up | 3 | 10. | Advanced Control | 3 | 11. | Control of Industrial Units | 3 | 12. | Modern and Digital Control | 3 | 13. | Optimization in Chemical Engineering | 3 | 14. | Energy Optimization | 3 | 15. | Pinch Technology | 3 | 16. | Exergy | 3 | 17. | Advanced Combustion Engineering | 3 | 18. | Advanced Refining Processes | 3 | 19. | Specific Topics | 3 | 20. | Ph.D. Seminar | 3 | 21. | Ph.D. Thesis | 3 |
(Attachment 2) Chemical Engineering Ph.D. Curriculum (Continued) The List of Higher Educational Subjects in Chemical Engineering Biotechnology and Biochemical Engineering Discipline | No | Subject Name | Credit No | 1 | Separation in Biological Systems | 3 | 2 | Principles of Fermentation Technology | 3 | 3 | Enzymes Technology | 3 | 4 | Biochemical Reactors Design | 3 | 5 | Application of Chemical Engineering in Medicine | 3 | 6 | Advanced Environmental Engineering | 3 | 7 | Specific Topics | 3 | 8 | Ph.D. Seminar | 3 | 9 | Ph.D. Thesis | 3 |
(Attachment 2) Chemical Engineering Ph.D. Curriculum (Continued) The List of Higher Educational Subjects in Chemical Engineering Environmental Engineering Discipline | No | Subject Name | Credit No | 1 | Advanced Environmental Engineering | 3 | 2 | Advanced Waste Water Treatment | 3 | 3 | Air Pollution Engineering | 3 | 4 | Disposal and Management of Solid Waste Materials | 3 | 5 | Advanced Biochemical Engineering | 3 | 6 | Biochemical Reactor Design | 3 | 7 | Advanced Combustion Engineering | 3 | 8 | Specific Topics | 3 | 9 | Ph.D. Seminar | 3 | 10 | Ph.D. Thesis | 3 |
(Attachment 2) Chemical Engineering Ph.D. Curriculum (Continued) The List of Higher Educational Subject in Chemical Engineering Polymer Engineering Discipline | No | Subject Name | Credit No | 1 | Advanced Rheology and Non-Newtonian Fluids | 3 | 2 | Hydrodynamics of Macro Molecules | 3 | 3 | Kinetics and polymerization reactors | 3 | 4 | Mechanical Properties of Polymers | 3 | 5 | Specific Topics | 3 | 6 | Ph.D. Seminar | 3 | 7 | Ph.D. Thesis | 3 |
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