Circuit principle, analog electronic technology foundation, digital electronic technology foundation, electrical engineering, high voltage technology, power system analysis, electromagnetic field and electromagnetic wave, relay protection, single chip microcomputer technology, power plant electrical part, auxiliary power supply, motor and electric transmission foundation, power electronics technology, automatic control principle, computer control system, system engineering introduction, microcomputer principle and interface technology, control theory, power engineering foundation, embedded system and single chip microcomputer, PLC principle and principle.

Main courses: circuit principle, electronic technology foundation, engineering electromagnetic field, software technology foundation, microcomputer technology, computer network, electrical engineering, automatic control theory, signal analysis and processing, management, engineering economics, power system (transient and steady state) analysis, power system relay protection, power plant electrical main system, high voltage technology, etc. Each grade can set flexible professional direction module courses and elective courses according to social needs.

Degree course: advanced mathematics? Circuit principle, electronic technology foundation, microcomputer technology, computer network, electromechanics, automatic control theory, power system analysis, power system relay protection. Main practical teaching links: metalworking practice, electronic engineering practice, electrical measurement and experimental technology, computer software and hardware practice, professional comprehensive experiment, professional curriculum design, graduation practice, graduation design, etc. The academic system lasts for four years, and the degree awarded is bachelor of engineering.

Credits depend on your school's own regulations.