Department Goal:
Our goal is to train students with various skills to design, manufacture, application and maintain in industry. The Electrical Engineering curriculum includes a broad background in balancing fundamental core courses with the newest developments in engineering technology. The department of Electrical Engineering provides a diverse discipline encompassing electro-optical, control and power to meet the future requirement of the electrical industry.

Department Feature:
The department of Electrical Engineering is divided into three groups: electro-optical, control and power, and our courses regarding the integration of the above three fields play a central role in the department curriculum. Therefore, the students will learn about our up-to-date course covering topics across the integration of the above three fields. Our faculties from various fields are experienced in both teaching and research activities, students will learn about our pursuit of excellence in all aspects of the academic enterprise. The details of the three groups in the department of Electrical Engineering are described in the following:
1. Electro-optical:
Digital image processing laboratory and optical electronics & sensor laboratory are established for the experiment courses regarding principle and application of sensor, optical fiber communication, image & signal processing and electro-optical measurement theory; furthermore, the laboratories mentioned above are focused on the research area of image processing, machine vision, precision electro-optical and optical fiber communication.
2. Control:
Bio-robotics laboratory, FPGA/digital logic laboratory and automatic control laboratory are established for the experiment courses regarding fuzzy control, robust control, neural network, and robotics; furthermore, the laboratories mentioned above are focused on the research area of bio-robotics, intelligent driver, neural network and robust control.
3. Power:
Power system laboratory and DC & AC motor control laboratory are established for the experiment courses regarding power monitoring, power quality protective relaying, single ship microprocessor design, microcontroller design, mechatronics, power electronics and motor control; furthermore, the laboratories mentioned above are focused on the research area of DSP motor control, power monitoring and power system simulation.

Faculty and Staff:
There are 49 faculties and staff in the department of Electrical Engineering, which includes 1 professor, 17 associated professors, 6 assistant professors, 22 lecturers and 3 staff.

Facility:
There are 13 laboratories in the department of Electrical Engineering, which includes electrical machinery laboratory, digital image processing laboratory, power system laboratory, CAD laboratory, optical electronics & sensor laboratory, embedded system/microcontroller laboratory, automatic control laboratory, electronics laboratory, FPGA/digital logic laboratory, power electronics laboratory, PLC laboratory, mechatronics/industrial distribution laboratory, and motor control laboratory.

Bio-robotics Center:
The bio-robotics center in the department of Electrical Engineering includes the first robot museum in the world which treasures over 200 robots. The bio-robotics center not only holds numerous robot exhibitions and promotes education of robot design nationwide, but also develops intelligent robot technology and applications.