Electrical Engineering and Automation

The program falls under the field of Engineering, is a Bachelor's degree program with a duration of four years, and awards a Bachelor of Engineering degree.

Program Features

This program offers a broad range of service areas, adhering to the educational philosophy of "multidisciplinary integration." It emphasizes the combination of strong and weak electrical engineering, the integration of theory and practice, and the parallel application of software and hardware. The curriculum highlights the fusion of electrical engineering, electronic technology, measurement and control technology, automation, and computer science, ensuring a systematic knowledge structure aligned with the latest scientific and technological advancements. Leveraging the university’s strong foundation in fundamental courses, the program establishes a multi-tiered, comprehensive training system that enhances students' innovation and modern engineering capabilities. It adopts an application-oriented engineering education model with active industry participation. Particularly under the Sino-Korean joint education framework, the program incorporates specialized courses from Keimyung University in South Korea, offering multiple elective courses in power transmission and new energy fields. This provides students with a competitive edge in the job market within their specialized fields.

Core Courses

Circuit Theory, Analog Electronics, Digital Electronics, Electrical Machinery, Principles of Automatic Control, Microcontroller Principles and Applications, Electrical Control Technology and PLC Applications, Relay Protection of Power Systems, Motor Control, Power System Analysis, Power Engineering, Power Electronics Engineering, Electrical Engineering in Power Plants, High Voltage Technology, etc.  

Career Prospects

Graduates may apply for a Master's degree in South Korea, or work in China and South Korea's electric power grid companies, energy groups, research institutions, and related electrical enterprises, engaging in planning and design, scientific research, technical development, and organizational management related to power systems and electrical equipment and control. Specific work includes electrical equipment design and manufacturing, design and construction of power plants and transmission and distribution grids, commissioning and control, operation and monitoring, as well as maintenance and repair.