(Between the 2013-2019 Academic Years) 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
CodePre.Course NameTheoryApplication/LaboratoryLocal CreditsECTS
EEE 551Linear Systems Theory3037.5
ELEC 001Elective Course I3037.5
ELEC 002Elective Course II3035
ELEC 003Elective Course III3035
ELEC 004Elective Course IV3035
Total 30
1. Year Spring Semester
CodePre.Course NameTheoryApplication/LaboratoryLocal CreditsECTS
ELEC 005Elective Course V3037.5
ELEC 006Elective Course VI3035
ELEC 007Elective Course VII3035
ELEC 008Elective Course VIII3035
ELEC 009Elective Course IX3035
EEE 597Term Project0002.5
Total 30
Elective Courses
CodePre.Course NameTheoryApplication/LaboratoryLocal CreditsECTS
EEE 501Applied Digital Image Processing3037.5
EEE 502Pattern Recognition3037.5
EEE 503Introduction to Radar Signal Processing3037.5
EEE 504Bankaları / Wavelets and Filter Banks3037.5
EEE 505Biomedical Signals and Instrumentations3037.5
EEE 506Adaptive Signal Processing3037.5
EEE 509Selected Topics in Signal Processing3037.5
EEE 511Artificial Neural Networks for Signal Processing and Control3037.5
EEE 512 Optimal Control3037.5
EEE 519Selected Topics in Circuits and Systems3037.5
EEE 521Microwaves Engineering3037.5
EEE 522RF ID systems3037.5
EEE 523Antenna Engineering3037.5
EEE 525Computational Electromagnetism3037.5
EEE 527Principles of Autonomous Vehicle Design3037.5
EEE 529Selected Topics in Electromagnetics and Antennas3037.5
EEE 531Analog Integrated Circuits3037.5
EEE 532Analog VLSI Design3037.5
EEE 533Digital VLSI Design3037.5
EEE 535Data Converters3037.5
EEE 536Communication Electronics3037.5
EEE 541Communication Theory3037.5
EEE 542Detection and Estimation Theory3037.5
EEE 543Basics of Wireless Communications3037.5
EEE 544Satellite Communication3037.5
EEE 549Selected topics in wireless communications3037.5
EEE 561Microprocessor Systems3037.5
EEE 562Real-Time Signal Processing3037.5
EEE 571Power System Analysis 3037.5
EEE 572Power Quality Measurement3037.5
EEE 573Renewable Energy3037.5
EEE 579Selected Topics in Power Systems3037.5
EEE 601Fast Filtering Algorithms3037.5
EEE 602Video Processing3037.5
EEE 611Nonlinear System Analysis3037.5
EEE 612Chaos and Fractals3037.5
EEE 621Advanced Electromagnetic theory3037.5
EEE 652Stochastic Processes3037.5
ELEC 007Elective Course VII0000
ELEC 008Elective Course VIII0000
ELEC 009Elective Course IX0000
IES 503Artificial Intelligence3037.5
IES 509Heuristics3037.5
IES 511Machine Learning3037.5
IES 513Mathematical Programming and Applications3037.5
IES 524Digital Image Processing3037.5
Restricted Elective Courses
CodePre.Course NameTheoryApplication/LaboratoryLocal CreditsECTS
Additional Notes

TIn order to graduate from the Non-Thesis Program, students must take 10 (1 compulsory + 9 elective) courses and a term project.

 

 

The students are required to take 9 elective courses.

•At least 4 of these courses should be selected from the courses with the code "EEE" in the program's elective course list.

• Other remaining elective courses can be selected from courses other than the courses with the code "EEE" in the elective course list or can be choosen from 3 IUE credited courses in other graduate programs with the codes "CE", "IE" and "MATH". 

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