The duration of study for Master`s degree is at least two calendar years and at most five calendar years. Students shall successfully complete eight postgraduate courses, i.e., 24 credit hours, with cumulative grade point average of not less than 3.00 at least, provided that the number of the courses in which he/ she gets "Good" grade does not exceed two courses. Students shall successfully complete the requirements of preparing Master`s thesis (12 credit hours) that contains results of their research and analysis.
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The duration of study for Master`s degree is at least two calendar years and at most five calendar years. Students shall successfully complete eight postgraduate courses, i.e., 24 credit hours, with cumulative grade point average of not less than 3.00 at least, provided that the number of the courses in which he/ she gets "Good" grade does not exceed two courses. Students shall successfully complete the requirements of preparing Master`s thesis (12 credit hours) that contains results of their research and analysis..
| Code | Title | Prequisites |
|---|---|---|
| EC 721 | Advanced Digital Communication Systems | |
| EC 731 | Advanced Digital Signal Processing | |
| EC 732 | Automated Measurements | |
| EC 742 | Microwave Antenna Systems |
| Code | Title |
|---|---|
| EC 737 | Advanced Digital VLSI Design and Testing |
| EC 738 | Advanced Electronics Devices |
| EC 739 | Analog VLSI Design |
| EC 741 | Wave Propagation in Neural Media |
| EC 743 | Antennas for Mobile Communications |
| EC 744 | Wireless Communications |
| EC 745 | Telecommunication Networks |
| EC 713 | Biomedical Engineering |
| EC 748 | Multimedia Communications Systems |
| EC 720 | Modern Techniques in Pattern Recognition |
| EC 751 | Computational Electromagnetics using FD Method |
| EC 723 | Satellite Communication Systems |
| EC 726 | Adaptive Signal Processing |
| EC 727 | Communication Intelligence |
| EC 728 | Communication Seminar |
| EC 729 | Application of SAW and CCD in Communication Systems |
| EC 730 | Audio and Video Compression and its Applications |
| EC 735 | Electronics Seminar |
| EC 736 | Neural Networks Applications |
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