Department of Electrical Engineering

The Department of Electrical Engineering conducts active research in the broad field of electric energy, such as Power Systems, Power Electronics, Electric Machines, Control Engineering, Communications & Signal Processing, Plasma Application, High Voltage Engineering, and Integrated Circuits. The education curriculum and experiment facilities of our department are designed to meet the various needs of academia, industry, and government. Thanks to the close relationship and active collaboration with industry and research institutes, graduate students participate in various research activities that address real-world engineering problems. Representative examples of these research activities include:

  • Advanced design and control of power grid and renewable energy systems

  • Field analysis and performance characterization of electro-mechanical systems

  • Intelligent sensors and control approach for smart grid systems

  • Application of artificial intelligence(AI) and data analytics for energy systems

  • Power electronic circuits and battery management systems

  • Condition monitoring of electrical insulation and power infrastructure

  • Design of RF/THz integrated circuits

  • Advanced control of neural networks, time-delay systems, and complex networks

  • Modeling and simulation of plasma devices and applications

Faculty and Labs

Curriculum

Course No. Course Credit
8836020 Finite Elements Method Application 3-3-0
8836022 Digital Control Theory 3-3-0
8836023 Electric Discharge & High Voltage Engineering 3-3-0
8836028 Advanced Electric Machine Design 3-3-0
8836030 Electric Machine Control 3-3-0
8836032 Design of Industrial Apparatus 3-3-0
8836033 Seminar in Electrical Materials 3-3-0
8836035 Operation & Analysis of Electrical Power Systems 3-3-0
8836036 Power System Control 3-3-0
8836037 Analysis & Design of Microgrid 3-3-0
8836039 Advanced Power Electronics 3-3-0
8836040 Electromagnetic Energy Conversion 3-3-0
8836041 Advanced Control Engineering 3-3-0
8836043 Optimal Control Theory 3-3-0
8836045 Neural Networks 3-3-0
8836046 Communication Signal Processing 3-3-0
8836048 Advanced Plasma Application 3-3-0
8836053 Special Topics in Power Electronics 3-3-0
8836055 Advanced Signal Processing 3-3-0
8836058 Solid State Electronics 3-3-0
8836059 Semiconductor & Devices 3-3-0
8836060 Electron Devices 3-3-0
8836066 Analysis & Design of Electrical Power Distribution Systems with Distributed Generation 3-3-0
8836067 Advanced Properties of Plasma 3-3-0
8836068 Simulation of Electric Fluid 3-3-0
8836073 Pattern Recognition 3-3-0
8836074 Optimization Theory 3-3-0
8836075 Digital VLSI Design 3-3-0
8836078 Microelectronics 3-3-0
8836080 RFIC Design 3-3-0
8836081 Advanced Modern Applied Physics 3-3-0
8836082 Robust Control 3-3-0
8836424 Microprocessor Design 3-3-0
8836430 Advanced Topics in Materials & Interfaces for High Power Applications 3-3-0
8836433 Power Appratus Diagnosis & Management 3-3-0
8836434 Advnaced Topics in Electric Engineering Materials & Applications 3-3-0
Semiconductor Based Security Circuit Design 3-3-0
GaN Converter Design 3-3-0
Power Electronics Applications 3-3-0