Curriculums

The courses within the curriculum of Undergraduate Program of Electrical Engineering (EE) is designed to provide a comprehensive provision of skills for students so that they acquire basic competencies in all study areas of EE. To focus on a specific area, each EE student is furthermore given an opportunity to select one of the following concentrations:

  1. Electrical Power Engineering
  2. Control and Instrumentation Engineering
  3. Signal Processing, Electronics, and Biomedical Engineering
  4. Telecommunication Engineering
  5. Computer Engineering.

The curriculum of the Undergraduate Program of Electrical Engineering is divided into three parts as follows:

Compulsory Courses »
Selected Elective Courses »
Elective Courses »

Compulsory Courses

The following courses are obligatory for undergraduate students of EE to take.

 

 

Semester 6

Code Courses Credit Hours
TKU311 Industrial Management 2
UNU312 Entrepreneurship 2
TKU313 Capita Selecta 2
  Elective Courses 3
  TOTAL 9

Semester 7

Code Courses Credit Hours
TKIE164101 Thesis Proposal 2
FIU400 Religion *) 2
UNU310 Civics *) 2
TKIE164102 Internship 2
  Elective Courses 1 3
  Elective Courses 2 3
  TOTAL 14

Semester 8

Code Courses Credit Hours
UNU500 Field Study and Community Service *) 3
TKIE164201 Thesis and Oral Examination 4
  TOTAL 7

Selected Elective Courses

The following elective courses are required for undergraduate students of EE to take, according to their respective concentrations.

Electrical Power Engineering

Code Semester 5 Courses Credit Hours
  Electrical Power Generation 2
  Electrical Transmission and Substations 2
  Power System Equipment 2
  Power System Analysis 3
  Power System Lab. Work 1
  High Voltage Techniques 3
  High Voltage Techniques Lab. Work 1
  TOTAL 13
Code Semester 6 Courses Credit Hours
  Advanced Electrical Machineries 3
  Advanced Electrical Machineries Lab. Work 1
  Electrical Power Protection 3
  Electrical Power Protection Lab. Work 1
  Design of Industrial Power Systems 2
  Power Systems Distribution 2
  TOTAL 12

Signal Processing, Electronics, and Biomedical Engineering

Code Semester 5 Courses Credit Hours
  Digital Signal Processing 3
  Communication Systems 3
  Advanced Telecommunications Systems Lab. Work 1
  Digital Systems Design 3
  Digital Systems Design Lab. Work 1
  Biomedical Instrumentation 2
  TOTAL 13
Code Semester 6 Courses Credit Hours
  Image Processing 3
  Analog Electronics Lab. Work 1
  Microprocessor Based Systems 2
  Techniques of Source Coding 3
  Digital Signal Processing (DSP) Devices 2
  Digital Signal Processing (DSP) Devices Lab. Work 1
  TOTAL 12

Instrumentation and Control

Code Semester 5 Courses Credit Hours
  Digital Signal Processing 3
  Communication Systems 3
  Advanced Telecommunications Systems Lab. Work 1
  Digital Systems Design 3
  Digital Systems Design Lab. Work 1
  Advanced Control Systems 2
  TOTAL 13
Code Semester 6 Courses Credit Hours
  Digital Control Systems 3
  Analog Electronics Lab. Work 1
  Microprocessor Based Systems 2
  Systems Identification 3
  Adaptive Systems 2
  Advanced Control Systems Lab. Work 1
  TOTAL 12

Telecommunication Engineering

Code Semester 5 Courses Credit Hours
  Digital Signal Processing 3
  Communication Systems 3
  Advanced Telecommunications Systems Lab. Work 1
  Digital Systems Design 3
  Digital Systems Design Lab. Work 1
  Switching and Signaling 2
  TOTAL 13
Code Semester 6 Courses Credit Hours
  Antenna Engineering 2
  Electromagnetic Wave Propagation 2
  Analog Electronics Lab. Work 1
  Traffic Engineering 2
  Transmission of Telecommunications Signal 2
  Telecommunication Networks 2
  Management of Telecommunication Systems Lab. Work 2
  TOTAL 12

Computer Engineering

Code Semester 5 Courses Credit Hours
  Digital Signal Processing 3
  Communication Systems 3
  Advanced Telecommunications Systems Lab. Work 1
  Digital Systems Design 3
  Digital Systems Design Lab. Work 1
  Interfacing Techniques and Peripherals 2
  TOTAL 13
Code Semester 6 Courses Credit Hours
  Embedded Operating Systems 3
  Analog Electronics Lab. Work 1
  Microprocessor Based Systems 2
  Computer Architectures 2
  Embedded Systems and Internet of Things (IOT) 3
  Embedded Systems and Internet of Things (IOT) Lab. Work 1
  TOTAL 12

Elective Courses

The following elective courses are free to take.


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