Department of Electrical and Electronics Engineering

Course Structure Diagram with Credits

To see the course details (such as objectives, learning outcomes, content, assessment and ECTS workload), click the relevant Course Code given in the table below.

1. Year Fall Semester
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
ENG 101		Academic Skills in English I	2	2	3	3
FENG 101		Fundamentals of Engineering Culture	2	0	2	4
IUE 100		Orientation and Career Planning	1	0	1	2
MATH 153		Calculus I	2	2	3	6
PHYS 100		General Physics I	2	2	3	6
SE 113		Introduction to Programming	2	2	3	6
SFL 1013		Second Foreign Languages I	2	2	3	3
Total :						30

1. Year Spring Semester
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
CHEM 100		General Chemistry	2	2	3	6
EEE 102		Introduction to Electrical and Electronics Engineering	2	2	3	4
ENG 102		Academic Skills in English II	2	2	3	4
MATH 154		Calculus II	2	2	3	6
PHYS 102		General Physics II	2	2	3	6
SFL 1024		Second Foreign Languages II	2	2	3	4
Total :						30

2. Year Fall Semester
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
EEE 207		Electric Circuit Analysis I	3	2	4	7
EEE 213		Computational Methods for Engineers	2	2	3	7
EEE 281		Engineering Mathematics I	2	2	3	6
MATH 240		Probability for Engineers	3	0	3	6
SFL 201		Second Foreign Languages III	2	2	3	4
Total :						30

2. Year Spring Semester
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
EEE 208		Electric Circuit Analysis II	3	2	4	6
EEE 232		Microelectronic Devices and Circuits	3	2	4	6
EEE 242		Digital Design	2	2	3	5
EEE 282		Engineering Mathematics II	2	2	3	5
ENG 210		Technical English for Engineers	3	0	3	4
SFL 202		Second Foreign Languages IV	2	2	3	4
Total :						30

3. Year Fall Semester
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
CE 342		Fundamentals of Microprocessors	2	2	3	6
EEE 309		Signals and Systems	3	2	4	6
EEE 322		Engineering Electromagnetics	2	2	3	6
EEE 333		Analog Electronic Circuits	3	2	4	6
MATH 236		Engineering Statistics	3	0	3	6
Total :						30

3. Year Spring Semester
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
EEE 302		Principles of Communication	3	2	4	7
EEE 307		Electrical Energy Conversion	2	2	3	6
EEE 334		Digital Electronic Circuits	3	2	4	7
EEE 346		Fundamentals of Control Systems	3	2	4	6
TMD 001		Complementary Engineering Courses	3	0	3	4
Total :						30

4. Year Fall Semester
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
EEEST 400		Engineering Summer Training (4 weeks)	0	0	0	5
ELEC 001		Elective Course I	3	0	3	5
ELEC 002		Elective Course II	3	0	3	5
ELEC 003		Elective Course III	3	0	3	5
FENG 497		Multidisciplinary Engineering Projects	2	2	3	6
TURK 100		Turkish	4	0	4	4
Total :						30

4. Year Spring Semester
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
ELEC 004		Elective Course IV	3	0	3	5
ELEC 005		Elective Course V	3	0	3	5
ELEC 006		Elective Course VI	2	2	3	6
FENG 498		Engineering Capstone	0	6	3	6
HIST 100		Principles of Atatürk and History of Revolution	4	0	4	4
TMD 002		Complementary Engineering Courses	3	0	3	4
Total :						30

Elective Courses
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
AE 308		Introduction to Wireless Communication	3	0	3	5
CE 304		Operating Systems Security	2	2	3	5
CE 322		Pattern Recognition	3	0	3	5
CE 323		Operating System Concepts	3	2	4	7
CE 340		Cryptography and Network Security	3	0	3	5
CE 360		Wireless Communications	3	0	3	5
CE 401		Algorithms Design	3	0	3	5
CE 403		Computer Architecture and Organization	2	2	3	5
CE 450		Distributed Systems and Parallel Computing	3	0	3	5
CE 462		Intoduction to Sparse Representations	3	0	3	5
CE 466		Computer Vision	3	0	3	5
CE 470		Introduction to Neural Networks	3	0	3	5
CE 475		Fundamentals and Applications of Machine Learning	2	2	3	7
CE 477		Data Science	3	0	3	5
CE 490		Introduction to Digital Image Processing	3	0	3	5
EEE 335		Application Development for Internet of Things Systems	2	2	3	6
EEE 406		Principles of Biomedical Engineering	3	0	3	5
EEE 413		Digital Signal Processing	2	2	3	6
EEE 416		Radar, Sonar and Sismic Signal Processing	2	2	3	5
EEE 420		FPGA (Field Programmable Gate Array) Design Using HDL (Hardware Description Language)	2	2	3	6
EEE 421		Electromagnetic Waves	2	2	3	6
EEE 422		Microwave Engineering	3	0	3	5
EEE 424		Antennas	2	2	3	5
EEE 425		Photovoltaics Power Systems	2	2	3	6
EEE 426		Remote Sensing	2	2	3	5
EEE 427		Introduction to Power Electronics	3	0	3	5
EEE 432		Measurement and Instrumentation	2	2	3	6
EEE 435		Communication Electronics	2	2	3	6
EEE 442		Digital Communications	3	0	3	5
EEE 453		Adaptive Filters	2	2	3	6
EEE 456		Signal Processing Applications Using MATLAB	2	2	3	6
EEE 461		Embedded System Design	2	2	3	6
EEE 462		Medical Imaging and Image Processing	3	0	3	5
EEE 471		High Voltage Engineering	3	0	3	5
EEE 472		Electrical Energy Transmission and Distribution	3	0	3	5
MCE 411		Introduction to Robotics	3	2	4	6
MCE 412		Autonomous Robotics	2	2	3	6
MCE 420		Automation and Industry 4.0	2	2	3	6

Complementary Engineering Courses
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
FENG 310		Environmental Impact Analysis and Life Cycle Assessment	3	0	3	5
FENG 320		Research Methods in Engineering	3	0	3	5
FENG 372		Project Management	3	0	3	5

Additional Notes

You can access the curriculum for students who started their education between 2013 and 2019 here.

You can access the curriculum for students who started their education between 2020 and 2024 here.

To graduate, a total of 240 ECTS credits must be taken. Students in the department must complete Technical Elective and Technical Engineering (TMD) courses to achieve a total of 240 ECTS credits. Otherwise, they will be considered ineligible for graduation.

Important Notes Regarding Elective Courses:

Students in the Electrical and Electronics Engineering Department must take six technical elective courses to graduate. These courses must be taken from the Technical Elective Courses List. Courses not included on this list cannot be considered electives.

Important Notes Regarding TMD (Supplementary Engineering Courses):

Students in the Electrical and Electronics Engineering Department are required to take two TMD (Supplementary Engineering Courses) courses to graduate.

* When selecting technical or free elective courses, consider whether the new course you are choosing is similar, comprehensive, or less comprehensive than any previously taken courses, or any required courses in your curriculum that you have not yet taken. In this case, the courses taken will not count as any electives (free or technical electives) and will not fulfill any curriculum requirements. Do not select courses in this situation. For example, a student who has taken MATH 153 or whose curriculum includes MATH 153 cannot take MATH 101 from the Mathematics department, and even if they have taken it, it cannot be counted as an elective.

If you need support for these courses due to your disability, please refer to Disability Support Unit. Contact; engelsiz@ieu.edu.tr