Dear Students,
The proficiency exam will be held in person on April 24, 2026, at 10:00 a.m. in Room B156.
- The written exam will last 120 minutes.
- The written qualifying exam will cover the courses offered in our department over the last four semesters.
- One question will be asked from each course, and students will answer a total of 5 questions.
- Students must score at least 70/100 on the written qualifying exam.
- Students who do not pass the written qualifying exam will not be allowed to take the oral exam.
- Students must score at least 50/100 on the oral qualifying exam.
- The arithmetic average of the written and oral qualifying exams must be at least 70/100.
Course Code and Title |
EHM5101 Switch-Mode Power Converters |
EHM5102 Active Filter Synthesis |
EHM5104 Industrial Automatic Control Systems |
EHM5107 Control System Design |
EHM5108 Neural Networks and Applications |
EHM5109 Programmable Controllers |
EHM5113 FPGA-Based Embedded System Design |
EHM5114 Chaos Theory and Applications |
EHM5202 Digital Filters |
EHM5212 Advanced Antenna Theory |
EHM5213 Advanced Electromagnetic Theory 1 |
EHM5218 Communication Technologies |
EHM5219 Statistical Signal Processing |
EHM5222 Linear Microwave Circuits 1 |
EHM5225 Microwave Radar Systems |
EHM5227 Complex Function Theory in Solving Engineering and Physics Problems |
EHM5232 Digital Signal Processing and Applications |
EHM5233 Probabilistic Methods in Systems Analysis |
EHM5235 Wireless Communication Networks |
EHM5237 Satellite Communication Systems |
EHM5238 Data Communication Systems |
EHM5239 Subsurface Imaging Radar |
EHM5245 Analysis and Synthesis of Antenna Arrays |
EHM5271 Data-Driven Surrogate Modeling Techniques and Applications |
EHM5301 Current-Mode Circuits |
EHM5313 Optimization Algorithms |
EHM5318 Next-Generation Wireless Communication Systems |
EHM5401 Computer-Aided Circuit Design |
EHM5403 Biometrics |
EHM5413 Artificial Intelligence-Based Systems |
EHM5420 Microwave Engineering |
EHM5422 RF Circuit Design |
EHM5423 Analysis of RF/Microwave Circuits Using Intelligent Systems |
EHM5427 Computer-Aided Numerical Analysis Methods |
EHM6101 Analysis and Design of Analog Integrated Circuits |
EHM6110 Estimation Theory |
EHM6111 Information Theory |
EHM6113 Adaptive Filter Theory |
EHM6114 Game Theory and Computational Theory for Wireless Networks |
EHM6115 Optical Waveguides |
EHM6116 Cellular Network Planning and Optimization |
EHM6117 Electromagnetic Scattering Theory |
EHM6208 Advanced Topics in Electromagnetics |
EHM6210 Implementation of Advanced Microwave Passive Circuits 1 |
EHM6292 Digital Communication Theory |
EHM6301 Analysis of Nonlinear Circuits |
EHM6304 Communication and Target Detection Applications in Mobile Robots |
EHM6308 Dynamics of Moving Structures |
EHM6702 Numerical Methods in Electromagnetic Theory |