Educational Objectives

This major aims to foster broad-caliber, versatile senior engineering and technical personnel who build a solid theoretical foundation and expertise of electrical engineering, develop the application ability of electrical engineering, electronics, information control and computer technology as well as professional technology in the field of electrical engineering and automation, possess the comprehensive innovation capability to address issues about electrical engineering and automatic control technologies, and get ready to be engaged in electrical engineering-related engineering construction, system operations, intelligent control, computer technology application, business management and other areas.

Fundamental Courses

Principles of Circuits, Principles of Automatic Control, Electronic Technology, Electric Drive and Control System, Power System and Protection Technology, Microcomputer Principles and Interface Technology, Sensing and Detection Technology, Electrical and PLC Control, Intelligent Control Technology, Single-Chip Microcomputer Principles and Application, Fieldbus Technology, Programming and other courses.

Job Prospects

Range of occupations: Graduates can engage in research, design, development, manufacturing, operations and management in the fields of electrical engineering, electrical automation, and applied electronic technology in electric power, electronics, communications, machinery, transportation, logistics, construction, new energy and other industries, or work on teaching and scientific research in universities and research institutes.

Potential jobs: electrical engineer, registered electrical engineer, secondary electromechanical engineering constructor, high-voltage frequency conversion project management engineer, PLC engineer, automation engineer, SCM development engineer, electrical designer, and electrical sales manager, etc.