Engineering and Technology Program

Architecture

Program Aim

The program aims to graduate architectural engineers who are specialized in environmental design; with possession of a multi-disciplinary background. The students will be trained to deal with architectural problems in a variety of settings in order to acquire the relationship between the building and the surrounding environment. Also; they have to propose different alternatives and compares them to choose the appropriate environmental design in innovative and creative manner consistent with the concept of green architecture.

The graduates of the program will be able to:

  1. Apply knowledge of different architectural theories in all deferent functional issues to solve society and people’s problems.
  2. Apply different concepts, with varied aesthetical Values to express meaningful and symbolic concepts according to function and site.
  3. Apply knowledge of mathematics, science and engineering concepts to the solution of engineering problems.
  4. Design architectural concepts to meet the required functional needs within realistic environmental and sustainable constrains.
  5. Design and conduct experiments as well as analyze and interpret data.
  6. Identify, formulate and solve fundamental architectural problems to support society.
  7. Use the techniques, skills, and appropriate engineering tools, necessary for engineering practice and project management.
  8. Work effectively within multi-disciplinary teams.
  9. Communicate effectively.
  10. Consider the impacts of engineering solutions on society & environment.
  11. Demonstrate knowledge of contemporary architectural & engineering issues.
  12. Display professional and ethical responsibilities; and contextual understanding.
  13. Engage in self- and life- long learning presses.
  14. Demonstrate investigative skills, attention to details, and visualize/conceptual skills.
  15. Adopt a holistic problem-solving approach for complex, ambiguous, and open-ended challenges and scenarios.
  16. Demonstrate knowledge of cultural diversity, differences and the impact of a building on community character and identity.
  17. Address urban issues, planning and community needs through design work.
  18. Recognize the new role of architectural engineer as the leader of design projects –who has the ability to understand, assemble and coordinate all of the disciplines – to create a sustainable environment.

Program Structure

The program consists of 180 credit hours divided on 10 semesters as per the following reference study plan.

Semester 1, Level 0, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1BAS 011Mathematics (1)3
2BAS 021Physics (1)3
3BAS 031Mechanics (1)3
4BAS 041Chemistry3
5BAS 061Engineering Drawing and Projection4
6BAS 014Information Technology2

 

Semester 2, Level 0, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1BAS 012Mathematics (2)3BAS 011
2BAS 022Physics (2)3BAS 021
3BAS 023Computer Programming (1)2
4BAS 032Mechanics (2)3
5BAS 033Production Engineering3
6HUM X25Engineering History and Introduction to Engineering Sciences2
7HUM X12English Language2

 

Semester 3, Level 1, Credits = 17
#CodeEnglish TitleCreditsPrerequisite
1ARC 111Visual Formation and Fundamentals of Design3
2ARC 112Skiagraphy & Perspective3
3ARC 121Theories of Architecture (1)2
4ARC 131Building Construction (1)3
5CIV 110Surveying2
6BAS X51Statistics2
7HUM XXXElective Humanities-12

 

Semester 4, Level 1, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1ARC 122History of Architecture (1)2
2ARC 132Building Construction (2)3ARC 131
3ARC 142Introduction to Environmental Sciences2
4ARC 151Architectural Design Studio (1)4ARC 111
5CIV 140Building Materials3
6HUM 111Human Rights2
7HUM XXXElective Humanities-22

 

Semester 5, Level 2, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1ARC 222Thermal Environment Control2
2ARC 223History of Architecture (2)2ARC 142
3ARC 233Building Construction (3)3ARC 132
4ARC 252Architectural Design Studio (2)4ARC 151
5CIV 221Structural Analysis3
6HUM X14Scientific Thinking and Technical Report Writing Skills2
7HUM XXXElective Humanities-32

 

Semester 6, Level 2, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1ARC 224Theories of Architecture (2)2ARC 121
2ARC 242Acoustics in Architecture2
3ARC 244Principles of Green Architecture3ARC 222
4ARC 253Architectural Design Studio (3)4ARC 252
5CIV 231Concrete Structures3CIV 221
6CIV 241Sanitary Installations in Buildings2
7HUM X13Communication and Presentation Skills2

 

Semester 7, Level 3, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1ARC 325History of Islamic Architecture2
2ARC 334Working Drawings (1)3ARC 233
3ARC 341Electrical Installations and Lighting in Buildings2
4ARC 354Architectural Design Studio (4)4ARC 244

ARC 253

5CIV 322Steel Structures3CIV 221
6ARC 3XXElective-A-12
7BAS X61Engineering Economics2

 

Semester 8, Level 3, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1ARC 314Building Economics2ARC 244
2ARC 321New and Renewable Energy2
3ARC 335Working Drawings (2)3ARC 334
4ARC 355Architectural Design Studio (5)4ARC 354
5ARC 362Urban Design3
6MEC 343Mechanical Installations in Buildings2
7ARC 3XXElective-A-22

 

Semester 9, Level 4, Credits = 19
#CodeEnglish TitleCreditsPrerequisite
1ARC 441Assessment of Building Life-Cycle2
2ARC 435Working Drawings (3)3ARC 335
3ARC 456Architectural Design Studio (6)4ARC 355
4ARC 491Project (1)2ARC 355
5CIV 473Projects Management3ARC 335
6ARC 4XXElective-B-13
7ARC 448Buildings Evaluation Codes2

 

Semester 10, Level 4, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1ARC 415Buildings Performance Simulation3ARC 244
2ARC 471Bids Documents and Contracts3ARC 335
3ARC 492Project (2)4ARC 491
4ARC 4XXElective-B-23
5ARC 4XXElective-B-33
6HUM X71Legislations and Professional Ethics2

Structural Engineering

Program Aim

The program aims to graduate structural engineers who are able to analyze and design elements and structural systems that attain the design purposes and to ensure the safety and comfort of users. Their work focuses on the safety, economic and environmental aspects. Structural engineer working on creating and design powerful structures that resist permanent loads as well as temporary loads resulting from wind, earthquakes and heat to prevent any structural problems.
The graduates of the program will be able to:
a) Apply knowledge of mathematics, science and engineering concepts to the solution of engineering problems.
b) Design a system; component and process to meet the required needs within realistic constraints.
c) Design and conduct experiments as well as analyze and interpret data.
d) Identify, formulate and solve fundamental engineering problems.
e) Use the techniques, skills, and appropriate engineering tools, necessary for engineering practice and project management.
f) Work effectively within multi-disciplinary teams.
g) Communicate effectively.
h) Consider the impacts of engineering solutions on society & environment.
i) Demonstrate knowledge of contemporary engineering issues.
j) Display professional and ethical responsibilities; and contextual understanding
k) Engage in self- and life- long learning.
l) Act professionally in design and supervision of structural engineering practice.
n) Design, construct and protect excavations and underground structures, for different purposes
m) Use the codes of practice of structural engineering disciplines effectively and professionally
o) Select appropriate building materials from the perspective of strength, durability, suitability of use to environmental and loading conditions
p) Design and construct structures for protection against dangers of unexpected natural events such as floods, earthquakes and storms.
q) Develop and review drawings and specifications for structural engineering projects.
r) Implement computer-aided design (CAD) to simulate structural behavior under various working conditions.
s) Inspect defects and damages in existing structures and recommend options for repair or demolition
t) Design and construct adequate maintenance and repair systems
u) Implement quality assurance and quality control systems in engineering projects.
v) Lead and supervise a group of engineers and site technicians. Program Structure
The program consists of 180 credit hours divided on 10 semesters as per the following reference study plan.

Semester 1, Level 0, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1BAS 011Mathematics (1)3
2BAS 021Physics (1)3
3BAS 031Mechanics (1)3
4BAS 041Chemistry3
5BAS 061Engineering Drawing and Projection4
6BAS 014Information Technology2

 

Semester 2, Level 0, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1BAS 012Mathematics (2)3BAS 011
2BAS 022Physics (2)3BAS 021
3BAS 023Computer Programming (1)2
4BAS 032Mechanics (2)3
5BAS 033Production Engineering3
6HUM X25Engineering History and Introduction to Engineering Sciences2
7HUM X12English Language2

 

Semester 3, Level 1, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1BAS 113Mathematics (3)3BAS 012
2BAS 131Engineering Geology2
3CIV 121Analysis of Structures (1)3BAS 031
4CIV 141Properties and Testing of Building Materials (1)3
5CIV 150Civil Drawing3BAS 061
6BAS X51Statistics2
7HUM XXXElective Humanities-12

 

Semester 4, Level 1, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1CIV 111Surveying (1)3
2CIV 122Analysis of Structures (2)3CIV 121
3CIV 142Properties and Testing of Building Materials (2)3CIV 141
4CIV 171Fluid Mechanics3BAS 022
5ARC 130Building Construction2
6HUM 111Human Rights2
7HUM XXXElective Humanities-22

 

Semester 5, Level 2, Credits = 19
#CodeEnglish TitleCreditsPrerequisite
1CIV 212Surveying (2)3CIV 111
2CIV 223Analysis of Structures (3)3CIV 122
3CIV 243Properties and Testing of Building Materials (3)3CIV 142
4CIV 251Design of Reinforced Concrete Structures (1)3CIV 122
5CIV 262Soil Mechanics (1)3CIV 131
6HUM X14Scientific Thinking and Technical Report Writing Skills2
7HUM XXXElective Humanities-32

 

Semester 6, Level 2, Credits = 19
#CodeEnglish TitleCreditsPrerequisite
1CIV 213Surveying (3)3CIV 212
2CIV 224Analysis of Structures (4)3CIV 223
3CIV 252Design of Reinforced Concrete Structures (2)3CIV 251
4CIV 263Soil Mechanics (2)3CIV 262
5CIV 264Principles of Hydraulics2CIV 171
6CIV 265Environmental and Sanitary Engineering3CIV 171
7HUM X13Communication and Presentation Skills2

 

Semester 7, Level 3, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1CIV 345Foundation Engineering (1)3CIV 263
2CIV 353Design of Reinforced Concrete Structures (3)3CIV 252
3CIV 354Design of Steel Structures (1)3CIV 122
4CIV 365Design of Irrigation Works3CIV 171
5CIV XXXElective-A-12
6CIV XXXElective-A-22
7BAS X61Engineering Economics2

 

Semester 8, Level 3, Credits = 17
#CodeEnglish TitleCreditsPrerequisite
1CIV 346Foundation Engineering (2)3CIV 345
2CIV 355Design of Reinforced Concrete Structures (4)3CIV 353
3CIV 356Design of Steel Structures (2)3CIV 351
4CIV 367Transportation Planning and Traffic Engineering3
5CIV 368Matrix Structural Analysis2
6CIV XXXElective-B-13

 

Semester 9, Level 4, Credits = 17
#CodeEnglish TitleCreditsPrerequisite
1CIV 457Design of Reinforced Concrete Structures (5)3CIV 353
2CIV 458Design of Steel Structures (3)3CIV 352
3CIV 468Highway Engineering3CIV 263
4CIV 473Projects Management3BAS x61
5CIV 481Computer-Aided Structural Analysis3CIV224
6CIV 491Project (1)2

 

Semester 10, Level 4, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1CIV 471Repair and Strengthening of Structures3CIV 353
2CIV 482Bids Documents and Contracts3
3CIV 492Project (2)4CIV 491
4CIV XXXElective-B-23
5CIV XXXElective-B-33
6HUM X71Legislations and Professional Ethics2

Energy Engineering and Renewable Energies

Program Aim

The program aims to graduate energy engineers who are able to analyze and design elements and renewable systems that attain the design purposes and to ensure the safety and clean energy. Their work focuses on the safety, economic and environmental aspects.
The graduates of the program will be able to:
a) Apply knowledge of mathematics, science and engineering concepts to the solution of engineering problems.
b) Design a system; component and process to meet the required needs within realistic constraints.
c) Design and conduct experiments as well as analyze and interpret data.
d) Identify, formulate and solve fundamental engineering problems.
e) Use the techniques, skills, and appropriate engineering tools, necessary for engineering practice and project management.
f) Work effectively within multi-disciplinary teams.
g) Communicate effectively.
h) Consider the impacts of engineering solutions on society & environment.
i) Demonstrate knowledge of contemporary engineering issues.
j) Display professional and ethical responsibilities; and contextual understanding
k) Engage in self- and life- long learning.
l) Evaluate the sustainability and environmental issues related to mechanical power systems.
m) Use energy efficiently.
n) Apply industrial safety.
o) Apply and integrate knowledge, understanding and skills of different subjects and available computer software to solve real problems in industries and power stations.
p) Lead or supervise a group of engineers, technicians and work force.
q) Carry out preliminary designs of fluid transmission and new and renewable energy systems, investigate their performance and solve their essential operational problems.
r) Design, operate and maintain internal combustion, steam engines and new and renewable energy systems3.2 Program Structure
The program consists of 180 credit hours divided on 10 semesters as per the following reference study plan.

Semester 1, Level 0, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1BAS 011Mathematics (1)3
2BAS 021Physics (1)3
3BAS 031Mechanics (1)3
4BAS 041Chemistry3
5BAS 061Engineering Drawing and Projection4
6BAS 014Information Technology2

 

Semester 2, Level 0, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1BAS 012Mathematics (2)3BAS 011
2BAS 022Physics (2)3BAS 021
3BAS 023Computer Programming (1)2
4BAS 032Mechanics (2)3
5BAS 033Production Engineering3
6HUM X25Engineering History and Introduction to Engineering Sciences2
7HUM X12English Language2

 

Semester 3, Level 1, Credits = 19
#CodeEnglish TitleCredits
1BAS 113Mathematics (3)3
2BAS 114Differential Equations3
3MEC 111Thermodynamics3
4MEC 112Properties and Testing of Materials3
5ELE 111Electrical Circuits3
6BAS X51Statistics2
7HUM XXXElective Humanities-12
Semester 4, Level 1, Credits = 16
#CodeEnglish TitleCredits
1MEC 141Sources of Renewable Energy2
2MEC 142Energy Conversion3
3MEC 143Manufacturing Techniques2
4ELE 112Electrical Measurements3
5ELE 151Electromagnetic Fields2
6HUM 111Human Rights2
7HUM XXXElective Humanities-22

 

Semester 5, Level 2, Credits = 19
#CodeEnglish TitleCredits
1MEC 222Heat Transfer3
2MEC 251Fluid Dynamics3
3MEC 253Machines Manufacturing3
4ELE 223Electrical Machines (1)3
5ELE 254Electronic Engineering3
6HUM X14Scientific Thinking and Technical Report Writing Skills2
7HUM XXXElective Humanities-32
Semester 6, Level 2, Credits = 17
#CodeEnglish TitleCredits
1MEC 233Control Systems3
2MEC 252Engineering Measurements3
3MEC 264Machines Theory3
4ELE 255Electrical Power Engineering3
5ELE 256Electrical Machines (2)3
6HUM X13Communication and Presentation Skills2

 

Semester 7, Level 3, Credits = 19
#CodeEnglish TitleCredits
1MEC 335Mechanical Design of Machines3
2MEC 336Combustion and Furnaces3
3MEC 331Solar Energy (1)2
4ELE 332Photovoltaic3
5MEC 337Thermal Power Plants3
6ELE 334Power Electronics (1)3
7BAS X61Engineering Economics2
Semester 8, Level 3, Credits = 18
#CodeEnglish TitleCredits
1MEC 243Internal Combustion Engines3
2ELE 333Automated Systems based on Microprocessor3
3MEC 341Mechanical Vibrations3
4ELE 338Power Electronics (2)3
5MEC 344Energy Storage Technologies3
6ELE 345Quality of Electrical Power3

 

Semester 9, Level 4, Credits = 18
#CodeEnglish TitleCredits
1MEC 432Solar Energy (2)3
2ELE 433Connecting Renewable Energy Sources with Grids3
3ELE 435Generation, Transmission and Operation Economies2
4MEC 491Project (1)4
5XXX XXXElective-13
6XXX XXXElective-23
Semester 10, Level 4, Credits = 18
#CodeEnglish TitleCredits
1MEC 436Wind Energy3
2ELE 437Electric Drive Systems3
3MEC 492Project (2)4
4XXX XXXElective-33
5XXX XXXElective-43
6HUM X31Legislations and Professional Ethics2

Mechatronics Engineering

Program Aim

The program aims to graduate mechatronics engineers who are able to analyze and design elements and mechatronics systems that attain the design purposes and to ensure the safety and economical aspects.
The graduates of the program will be able to:
a) Apply knowledge of mathematics, science and engineering concepts to the solution of engineering problems.
b) Design a system; component and process to meet the required needs within realistic constraints.
c) Design and conduct experiments as well as analyze and interpret data.
d) Identify, formulate and solve fundamental engineering problems.
e) Use the techniques, skills, and appropriate engineering tools, necessary for engineering practice and project management.
f) Work effectively within multi-disciplinary teams.
g) Communicate effectively.
h) Consider the impacts of engineering solutions on society & environment.
i) Demonstrate knowledge of contemporary engineering issues.
j) Display professional and ethical responsibilities; and contextual understanding
k) Engage in self- and life- long learning.
l) Demonstrate and apply knowledge and skills necessary to analyze mechatronics systems involving sensors, actuators and control elements.
m) Demonstrate a systematic knowledge and understanding of mathematics and engineering science that underpins the discipline of mechanical, electrical, electronic and software engineering
n) Apply knowledge and skills needed to design and maintain mechatronics systems
o) Establish an entry point for post-graduate study in Egypt
p) Communicate effectively and undertake continuing professional development.4.2 Program Structure
The program consists of 180 credit hours divided on 10 semesters as per the following reference study plan.

Semester 1, Level 0, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1BAS 011Mathematics (1)3
2BAS 021Physics (1)3
3BAS 031Mechanics (1)3
4BAS 041Chemistry3
5BAS 061Engineering Drawing and Projection4
6BAS 014Information Technology2

 

Semester 2, Level 0, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1BAS 012Mathematics (2)3BAS 011
2BAS 022Physics (2)3BAS 021
3BAS 023Computer Programming (1)2
4BAS 032Mechanics (2)3
5BAS 033Production Engineering3
6HUM X25Engineering History and Introduction to Engineering Sciences2
7HUM X12English Language2

 

Semester 3, Level 1, Credits = 19
#CodeEnglish TitleCreditsPrerequisite
1BAS 113Mathematics (3)3BAS 012
2BAS 114Differential Equations3BAS 012
3MEC 111Thermodynamics3BAS 021
4MEC 112Properties and Testing of Materials3BAS 021
5COM 123Computer Programming (2)3
6BAS X51Statistics2
7HUM XXXElective Humanities-12

 

Semester 4, Level 1, Credits = 19
#CodeEnglish TitleCreditsPrerequisite
1MEC 121Fluid Mechanics3BAS 021
2MEC 131Stress Analysis3BAS 031
3MEC 132Cutting Materials and Digital Operating Machines3
4COM 122Logical Design3BAS 023
5ELE 111Electrical Circuits3BAS 022
6HUM 111Human Rights2
7HUM XXXElective Humanities-22

 

Semester 5, Level 2, Credits = 19
#CodeEnglish TitleCreditsPrerequisite
1MEC 210Design of Machine Parts3
2MEC 221Principles of Mechatronics Engineering3
3MEC 222Heat Transfer3MEC 121
4MEC 224Mechanical Design3MEC 131
5ELE 222Electrical Machines3ELE 111
6HUM X14Scientific Thinking and Technical Report Writing Skills2
7HUM XXXElective Humanities-32

 

Semester 6, Level 2, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1MEC 226Mechanics of Vibrations3
2MEC 233Control Systems3
3MEC 243Modeling and Simulation of Engineering Systems2BAS113
4MEC 232Measurements and Measuring Devices3MEC 221
5MEC 231Computerized Design and Manufacturing2MEC 132
6ECO 242Electronic Circuits3ELE 111
7HUM X13Communication and Presentation Skills2

 

Semester 7, Level 3, Credits = 17
#CodeEnglish TitleCreditsPrerequisite
1MEC 346Dynamics and Kinematics of Machines3MEC 224
2MEC 345Introduction to Systems Dynamics3MEC 232
3ECO 382Electronic Engineering3ECO 242
4ECO 383Power Electronics3ECO 242
5COM 244Precision Controllers3COM 122
6BAS X61Engineering Economics2

 

Semester 8, Level 3, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1MEC 352Principles of Control Systems3MEC 343
2MEC 353Design of Mechatronics Systems3MEC 343
3MEC 354Robotics (1)3MEC 243
4MEC 356Automatic Control3
5ECO 384Precision Processors3COM 122
6XXX XXXElective-13

 

Semester 9, Level 4, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1MEC 455Robotics (2)3MEC 354
2MEC 456Motion Control3MEC 352
3MEC 457Hydraulic and Pneumatic Control3MEC 352
4MEC 461Auto Mechatronics3
5MEC 491Project (1)3
6XXX XXXElective-23

 

Semester 10, Level 4, Credits = 17
#CodeEnglish TitleCreditsPrerequisite
1MEC 462Bio-mechatronics3
2MEC 492Project (2)5MEC 491
3XXX XXXElective-33
4XXX XXXElective-43
5MEC 461Autotronics3

Electronics Engineering and Electrical Communications

Program Aim

The program aims to graduate electronics and electrical communication engineers who are able to analyze and design elements electronics and electric communication systems that attain the design purposes and to develop. Their work focuses on the safety, develop the IT, Electronics and electrical communication sectors.
The graduates of the program will be able to:
a) Apply knowledge of mathematics, science and engineering concepts to the solution of engineering problems.
b) Design a system; component and process to meet the required needs within realistic constraints.
c) Design and conduct experiments as well as analyze and interpret data.
d) Identify, formulate and solve fundamental engineering problems.
e) Use the techniques, skills, and appropriate engineering tools, necessary for engineering practice and project management.
f) Work effectively within multi-disciplinary teams.
g) Communicate effectively.
h) Consider the impacts of engineering solutions on society & environment.
i) Demonstrate knowledge of contemporary engineering issues.
j) Display professional and ethical responsibilities; and contextual understanding
k) Engage in self- and life- long learning.
l) Participate in and lead quality improvement projects.
m) Manipulate with the electronic circuits, all the way from the discrete components level, circuits’ analysis and design, to the troubleshooting with emphasis on electronic power devices.
n) Apply control theory and measurement principals for industrial variables, signal conversion, conditioning and processing.
o) Deal with the computers hardware, software, operating systems and interfacing.
p) Design, operate and maintain digital and analog communication, mobile communication, coding, and decoding systems Program Structure
The program consists of 180 credit hours divided on 10 semesters as per the following reference study plan.

Semester 1, Level 0, Credits = 18

#CodeEnglish TitleCreditsPrerequisite
1BAS 011Mathematics (1)3
2BAS 021Physics (1)3
3BAS 031Mechanics (1)3
4BAS 041Chemistry3
5BAS 061Engineering Drawing and Projection4
6BAS 014Information Technology2

 

Semester 2, Level 0, Credits = 18

#CodeEnglish TitleCreditsPrerequisite
1BAS 012Mathematics (2)3BAS 011
2BAS 022Physics (2)3BAS 021
3BAS 023Computer Programming (1)2
4BAS 032Mechanics (2)3
5BAS 033Production Engineering3
6HUM X25Engineering History and Introduction to Engineering Sciences2
7HUM X12English Language2

Semester 3, Level 1, Credits = 16

#CodeEnglish TitleCreditsPrerequisite
1BAS 013Mathematics (3)3BAS 012
2BAS 114Differential Equations3BAS 012
3ELE 111Electrical Circuits3BAS 012
4ECO 131Electronic Materials3BAS 022
5BAS x51Statistics2
6HUM xxxElective Humanities Course (1)2

 

Semester 4, Level 1, Credits = 18

#CodeEnglish TitleCreditsPrerequisite
1BAS 115Complex Functions3BAS 113
2BAS 116Numerical Techniques3BAS114
3BAS 123Modern Physics and Quantum Mechanics3BAS 113

BAS 114

4COM 122Logical Design3BAS 023
5ECO 151Static Electricity and Magnetism2BAS 022

BAS 113

6HUM 111Human Recourses2
7HUM xxxElective Humanities Course (2)2

Semester 5, Level 2, Credits = 17

#CodeEnglish TitleCreditsPrerequisite
1ECO 221Electronic Devices3ECO 131

ELE 111

2ECO 222Electromagnetic Fields3ECO 151
3ECO 231Signal and Systems4
4ECO 261Thermal and Optical Physics3BAS 012
5HUM x14Scientific Thinking and Technical Report Writing2
6HUM xxxElective Humanities Course (3)2

 

Semester 6, Level 2, Credits = 19

#CodeEnglish TitleCreditsPrerequisite
1COM 223Computer Design3COM 122
2ECO 242Electronic Circuits (1)4ECO 221
3ECO 252Analog Communications Systems3ECO 231
4ECO 252Waves and Transmission Lines4ECO 222
5ECO 272Microprocessor and Applications3COM 122
6HUM x13Communications and Presentation Skills2

 

Semester 7, Level 3, Credits = 20

#CodeEnglish TitleCreditsPrerequisite
1ECO 343Electronic Circuits (2)3ECO 242
2ECO 344Antenna Engineering3ECO 262
3ECO 354Digital Circuits Design3COM 122

ECO 343

4ECO 371Quality Engineering3
5ECO xxxElective Course (1)3
6HUM xxxElective Course (2)3
7BAS x61Engineering Economics2

Semester 8, Level 3, Credits = 18

#CodeEnglish TitleCreditsPrerequisite
1ECO 353Communications Networks3ECO 352
2ECO 356Digital Signal Processing3ECO 231
3CIV 372Projects Environmental Effects3
4ECO 381Control Systems3ECO 231
5ECO xxxElective Course (3)3
6ECO xxxElective Course (4)3

Semester 9, Level 4, Credits = 17

#CodeEnglish TitleCreditsPrerequisite
1ECO 454Digital Communications3ECO 352
2ECO 452Computer Networks3ECO 353
3ECO 491Project (1)3
4ECO xxxElective Course (5)3
5ECO xxxElective Course (6)3
6BAS x71Legislation and Professional Ethics2

 

Semester 10, Level 4, Credits = 19

#CodeEnglish TitleCreditsPrerequisite
1ECO 454Analog Integrated Circuits Design3COM 223

ECO343

2ECO 455Information’s Theory and Coding3ECO 451
3ECO 456Mobile and Wireless Communications3ECO 252

ECO 353

4ECO 492Project (2)4
5ECO xxxElective Course (7)3
6CIV 473Projects Managements3

Computers Engineering and Systems

Computers Engineering and Systems Program

Program Aim

The program aims to provide future engineers with appropriate theoretical knowledge and technical skills to respond to professional market demand
The graduates of the program will be able to:
a) Apply knowledge of mathematics, science and engineering concepts to the solution of engineering problems.
b) Design a system; component and process to meet the required needs within realistic constraints.
c) Design and conduct experiments as well as analyze and interpret data.
d) Identify, formulate and solve fundamental engineering problems.
e) Use the techniques, skills, and appropriate engineering tools, necessary for engineering practice and project management.
f) Work effectively within multi-disciplinary teams.
g) Communicate effectively.
h) Consider the impacts of engineering solutions on society & environment.
i) Demonstrate knowledge of contemporary engineering issues.
j) Display professional and ethical responsibilities; and contextual understanding
k) Engage in self- and life- long learning.
l) Demonstrate inductive reasoning abilities, figuring general rules and conclusions about seemingly unrelated events
m) Use current advanced techniques, skills, and tools necessary for computing practices to specify, design, and implement computer-based systems.
n) Recognize the information requirements of various business activities on both operational and decision making levels.
o) Tackling business problems using system analysis tools and techniques.
p) Managing projects related to computer systems in diverse fields of applications.
q) Implementing phases of the computer system development life cycle, procurement and installation of hardware, software design, data manipulation and system operations

Program Structure

The program consists of 180 credit hours divided on 10 semesters as per the following reference study plan.

Semester 1, Level 0, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1BAS 011Mathematics (1)3
2BAS 021Physics (1)3
3BAS 031Mechanics (1)3
4BAS 041Chemistry3
5BAS 061Engineering Drawing and Projection4
6BAS 014Information Technology2

 

Semester 2, Level 0, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1BAS 012Mathematics (2)3BAS 011
2BAS 022Physics (2)3BAS 021
3BAS 023Computer Programming (1)2
4BAS 032Mechanics (2)3
5BAS 033Production Engineering3
6HUM X25Engineering History and Introduction to Engineering Sciences2
7HUM X12English Language2

 

Semester 3, Level 1, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1BAS 113Mathematics (3)3BAS 012
2COM 123Computer Programming (2)3BAS 023
3COM 122Logic Design3
4ELE 111Electrical Circuits3BAS 012
5BAS X51Statistics2
6HUM XXXElective Humanities-12
7HUM XXXElective Humanities-22

 

Semester 4, Level 1, Credits = 19
#CodeEnglish TitleCreditsPrerequisite
1BAS 114Differential Equations3BAS 012
2COM 131Digital Design3BAS 023
3COM 124Data Structures and Algorithms3BAS 023
4COM 125Software Engineering (1)3BAS 023
5COM 132Computer Design3BAS 114
6HUM 111Human Rights2
7HUM XXXElective Humanities-32

 

Semester 5, Level 2, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1ECO 242Electronic Circuits3
2COM 225Software Engineering (2)3COM 125
3COM 226Operating Systems3COM 132
4ECO 231Signals and Systems4
5COM 232Database Systems3COM 124
6HUM X14Scientific Thinking and Technical Report Writing2

 

Semester 6, Level 2, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1COM 227Software Verification4COM 225
2COM 228Compilers3COM 226
3COM 229Algorithms Analysis3COM 124
4COM 243Engineering Control3ECO 231
5COM 244Micro Controllers3COM 132
6HUM X13Communication and Presentation Skills2
Semester 7, Level 3, Credits = 17
#CodeEnglish TitleCreditsPrerequisite
1BAS X61Engineering Economics2
2COM 342Control Components3COM 241
3COM 343Computer Network (1)3
4COM 351Dynamics Systems3BAS 113
5COM 360Database Systems (2)3
6ECO 371Quality Engineering3

 

Semester 8, Level 3, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1COM 381Control Systems3ECO 242
2COM 355Computer Systems3BAS 023

COM 343

3COM 356Compact Systems3COM 226

COM 316

4MEC 372Environmental Impact of Projects3
5COM xxxElective Course (1)3
6COM xxxElective Course (2)3

 

Semester 9, Level 4, Credits = 19
#CodeEnglish TitleCreditsPrerequisite
1BAS x71Legislations and Professional Ethics2
2COM 441Software Systems3COM 123

COM 226

3COM 442Pattern Recognition and Image Processing3ECO 231
4COM 443Computer and Network Security3COM 226

COM 343

5COM 444Multimedia Engineering3COM 343
6COM 446Software Management Systems2COM 225
7COM 491Project (1)3

 

Semester 10, Level 4, Credits = 17
#CodeEnglish TitleCreditsPrerequisite
1COM 445System Analysis and Design3
2COM 492Project (2)5
3COM XXXElective Course (3)3
4COM XXXElective Course (4)3
5COM 456Mobile Computing3COM 355

Chemical Engineering

Chemical Engineering Program

Program Aim

The program aims to graduate Chemical Engineers who are able to analyze and design elements and structural systems that attain the design purposes and to ensure the safety and comfort of users. Their work focuses on the safety, economic and environmental aspects. Structural engineer working on creating and design powerful structures that resist permanent loads as well as temporary loads resulting from wind, earthquakes and heat to prevent any structural problems.
The graduates of the program will be able to:
a) Apply knowledge of mathematics, science and engineering concepts to the solution of engineering problems.
b) Design a system; component and process to meet the required needs within realistic constraints.
c) Design and conduct experiments as well as analyze and interpret data.
d) Identify, formulate and solve fundamental engineering problems.
e) Use the techniques, skills, and appropriate engineering tools, necessary for engineering practice and project management.
f) Work effectively within multi-disciplinary teams.
g) Communicate effectively.
h) Consider the impacts of engineering solutions on society & environment.
i) Demonstrate knowledge of contemporary engineering issues.
j) Display professional and ethical responsibilities; and contextual understanding
k) Engage in self- and life- long learning.
l) Build upon sound foundation in mathematics and other request science
m) Utilize and manage resources creatively through effective analysis and interpretation.
n) Recognize the potential and applicability of computer based methods in chemical engineering design.
o) Draw upon a basic knowledge of chemical process industries.
p) Address the issues of process dynamics and control in plant operation.
q) Plan and execute research work, evaluate outcomes and draw conclusions.
r) Relate chemical reactions and their characteristics to process industries.
s) Engage in safe laboratory practice.
t) Apply knowledge and skills to respond to the recent technological changes.
u) Identify and control the impact that chemical engineering has on society from an environmental, economic, social and cultural point of view.
v) Recognize the challenging role and responsibilities of the professional engineer, while abiding by the ethics of the profession7.2 Program Structure
The program consists of 180 credit hours divided on 10 semesters as per the following reference study plan.

 

Semester 1, Level 0, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1BAS 011Mathematics (1)3
2BAS 021Physics (1)3
3BAS 031Mechanics (1)3
4BAS 041Chemistry3
5BAS 061Engineering Drawing and Projection4
6BAS 014Information Technology2

 

Semester 2, Level 0, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1BAS 012Mathematics (2)3BAS 011
2BAS 022Physics (2)3BAS 021
3BAS 023Computer Programming (1)2
4BAS 032Mechanics (2)3
5BAS 033Production Engineering3
6HUM X25Engineering History and Introduction to Engineering Sciences2
7HUM X12English Language2
Semester 3, Level 1, Credits = 16
#CodeEnglish TitleCreditsPrerequisite
1BAS 113Mathematics (3)3BAS 012
2BAS114Statistics2
3CHE 111Physical Chemistry3BAS 022

BAS 041

4CHE 112Inorganic and Analytical Chemistry3BAS 041
5MEC 113Quality Control3
6HUM xxxElective humanities course (1)2

 

Semester 4, Level 1, Credits = 16
#CodeEnglish TitleCreditsPrerequisite
1BAS 115Mathematics (4)3BAS 012
2CHE 113Organic and biochemistry3BAS 041
3CHE 114Chemical Engineering Thermodynamics3BAS 022
4CHE 121Transport Phenomena3BAS 031
5BAS x51Human Rights2
6HUM xxxElective humanities course (2)2

 

Semester 5, Level 2, Credits = 19
#CodeEnglish TitleCreditsPrerequisite
1CHE 211Electrochemistry and Corrosion Engineering3CHE 111
2CHE 212Chemistry of Polymers3CHE 112
3CHE 213Environmental chemistry3CHE 113
4CHE 221Heat Transfer3CHE 114
5CHE 283Solid Wastes Management3
6HUM x14Scientific Thinking and Technical Report Writing Skills2
7HUM xxxElective humanities course (3)2

 

Semester 6, Level 2, Credits = 17
#CodeEnglish TitleCreditsPrerequisite
1CHE 231Fundamentals of mass and energy balance3CHE 114
2CHE 232Kinetics of chemical reactions3CHE 111
3CHE 241Industrial-organic Chemistry3CHE 113
4CHE 242Industrial-inorganic Chemistry3CHE 112
5CHE 281Science of materials and new materials3CHE 112
6HUM x13Communication and Presentation skills2

 

Semester 7, Level 3, Credits =20
#CodeEnglish TitleCreditsPrerequisite
1CHE 311Surface Chemistry and Catalysis3CHE 232
2CHE 321Mass Transfer3CHE 231
3CHE 331Chemical Reactor Design3CHE 232
4CHE 332Modeling and Simulation of Chemical Process3CHE 232
5CHE 333Design and Management of Chemical Plants3CHE 231
6CHE 351Applied biotechnology3CHE 232
7BAS x61Engineering Economy2

 

Semester 8, Level 3, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1CHE 334Control of chemical processes3CHE 332
2CHE 361Petrochemical industries3CHE 241
3CHE 362Technology of Natural gas3CHE 261
4CHE 371Engineering of Renewable Energy Resources3CHE 221
5CHE 373Control Systems and Treatment of Chemical Industry Pollutant3CHE 213
6CIV 372Environmental impact of plants3

 

Semester 9, Level 4, Credits = 20
#CodeEnglish TitleCreditsPrerequisite
1CHE 432Economics of chemical plants3CHE 331
2PCE 416Mechanical Unit operations3
3CHE 491Project (1)6
4CHE xxxElective special course (1)3
5CHE xxxElective special course (2)3
6BAS x71Legislation and professional ethics2

 

Semester 10, Level 4, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1CHE 452Multi Separation Processes3CHE 321
2CHE 461Engineering Petroleum Refinery3CHE 241
3CHE 492Project (2)6
4CHE xxxElective special course (3)3
5CHE xxxElective special course (4)3

Petrochemicals Engineering

Program Aim

The program aims to graduate Petrochemicals Engineers who are able to analyze and design elements and Petrochemicals systems that attain the design purposes and to ensure the safety and environmental aspects. Their work focuses on the safety, economic and environmental aspects.
The graduates of the program will be able to:
a) Apply knowledge of mathematics, science and engineering concepts to the solution of engineering problems.
b) Design a system; component and process to meet the required needs within realistic constraints.
c) Design and conduct experiments as well as analyze and interpret data.
d) Identify, formulate and solve fundamental engineering problems.
e) Use the techniques, skills, and appropriate engineering tools, necessary for engineering practice and project management.
f) Work effectively within multi-disciplinary teams.
g) Communicate effectively.
h) Consider the impacts of engineering solutions on society & environment.
i) Demonstrate knowledge of contemporary engineering issues.
j) Display professional and ethical responsibilities; and contextual understanding
k) Engage in self- and life- long learning.
l) Build upon sound foundation in mathematics and other request science
m) Utilize and manage resources creatively through effective analysis and interpretation.
n) Recognize the potential and applicability of computer based methods in chemical engineering design.
o) Draw upon a basic knowledge of chemical process industries.
p) Address the issues of process dynamics and control in plant operation.
q) Plan and execute research work, evaluate outcomes and draw conclusions.
r) Relate chemical reactions and their characteristics to process industries.
s) Engage in safe laboratory practice.
t) Apply knowledge and skills to respond to the recent technological changes.
u) Identify and control the impact that chemical engineering has on society from an environmental, economic, social and cultural point of view.
v) Recognize the challenging role and responsibilities of the professional engineer, while abiding by the ethics of the profession.Program Structure
The program consists of 180 credit hours divided on 10 semesters as per the following reference study plan.

 

Semester 1, Level 0, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1BAS 011Mathematics (1)3
2BAS 021Physics (1)3
3BAS 031Mechanics (1)3
4BAS 041Chemistry3
5BAS 061Engineering Drawing and Projection4
6BAS 014Information Technology2

 

Semester 2, Level 0, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1BAS 012Mathematics (2)3BAS 011
2BAS 022Physics (2)3BAS 021
3BAS 023Computer Programming (1)2
4BAS 032Mechanics (2)3
5BAS 033Production Engineering3
6HUM X25Engineering History and Introduction to Engineering Sciences2
7HUM X12English Language2

 

Semester 3, Level 1, Credits = 16
#CodeEnglish TitleCreditsPrerequisite
1BAS 113Mathematics (3)3BAS 012
2BAS114Statistics2
3CHE 111Physical Chemistry3BAS 022

BAS 041

4CHE 112Inorganic and Analytical Chemistry3BAS 041
5MEC 113Quality Control3
6HUM xxxElective humanities course (1)2

 

Semester 4, Level 1, Credits = 16
#CodeEnglish TitleCreditsPrerequisite
1BAS 115Mathematics (4)3BAS 012
2CHE 113Organic and biochemistry3BAS 041
3CHE 114Chemical Engineering Thermodynamics3BAS 022
4CHE 121Transport Phenomena3BAS 031
5BAS x51Human Rights2
6HUM xxxElective humanities course (2)2

 

Semester 5, Level 2, Credits = 19
#CodeEnglish TitleCreditsPrerequisite
1CHE 211Electrochemistry and Corrosion Engineering3CHE 111
2CHE 212Chemistry of Polymers3CHE 112
3CHE 213Environmental chemistry3CHE 113
4CHE 221Heat Transfer3CHE 114
5CHE 283Solid Wastes Management3
6HUM x14Scientific Thinking and Technical Report Writing Skills2
7HUM xxxElective humanities course (3)2

 

Semester 6, Level 2, Credits = 17
#CodeEnglish TitleCreditsPrerequisite
1CHE 231Fundamentals of mass and energy balance3CHE 114
2CHE 232Kinetics of chemical reactions3CHE 111
3CHE 241Industrial-organic Chemistry3CHE 113
4CHE 242Industrial-inorganic Chemistry3CHE 112
5CHE 281Science of materials and new materials3CHE 112
6HUM x13Communication and Presentation skills2

 

Semester 7, Level 3, Credits = 20
#CodeEnglish TitleCreditsPrerequisite
1PCE 311Mechanical Unit Operations3CHE 242 ‎
2PCE 312‎Multi Separation Processes3CHE ‎‎242 ‎
3PCE 313Computer applications in petrochemical engineering (1)3CHE 232‎
4PCE 314Engineering Petroleum Refinery (1)3CHE 241‎
5PCE 315Natural Gas Engineering3CHE ‎‎‎242 ‎‎
6PCE ‎331‎-PCE334 ‎Elective special course (1)3
7BASx61Engineering Economy2

 

Semester 8, Level 3, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1PCE 321 ‎Petrochemical Industries (1)3PCE 311
2PCE 322‎Computer applications in petrochemical engineering (2)3PCE 313‎
3PCE 323‎Processes Control of Petroleum Refinery (1)3PCE 314‎
4PCE 324‎Design of reactors and chemical devices3CHE ‎‎‎242‎
5PCE ‎341‎-‎PCE ‎34‏‎5Elective special course (2)3PCE 315‎
6CIV 372Environmental impact of projects3
Semester 9, Level 4, Credits = 20
#CodeEnglish TitleCreditsPrerequisite
1CHE 412‎Economics of chemical plants3CHE ‎‎‎‎242‎
2PCE 411Petrochemical Industries (1)3PCE 321‎
3PCE 415‎Project (1)6
4PCE 413‎Engineering Petroleum Refinery (2)3PCE 312‎
5PCE 431-‎PCE 434 ‎Elective special course (2)3
6BAS x71Legislation and professional ethics2
7PCE 414PCE 314‎

 

Semester 10, Level 4, Credits = 18
#CodeEnglish TitleCreditsPrerequisite
1PCE421‎Design of polymer reactors3PCE 324
2PCE‎ 422Control of oil refining operations3PCE ‎323
3PCE‎ 423Material transfer and multistage separations (2)3PCE 412‎
4PCE‎424Management of petrochemical projects on the computer3PCE 313‎
5PCE ‎441-PCE‎‏444Elective special course (4)3
6PCE425Project (2)3PCE 415‎
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