1. Basic theory courses: including advanced mathematics, linear algebra, probability theory and mathematical statistics, college physics, circuit analysis, electromagnetic field and electromagnetic wave, etc. To lay a solid foundation for subsequent professional courses.
2. Professional basic courses: including power system analysis, electrical engineering, automatic control principle, power electronics technology, electrical engineering CAD, etc. To enable students to deeply understand the basic principles and methods of electrical operation and control.
3. Electrical equipment and automation technology courses: including transformers, generators, motors, circuit breakers, relay protection and automatic devices, electrical transmission and control systems, etc. To familiarize students with the working principle, performance characteristics and usage of various electrical equipment.
4. Practical teaching links: including experiments, internships, curriculum design, etc. To enable students to master the skills of electrical operation and control in practical operation and cultivate their ability to solve practical problems.
5. Specialized elective courses: According to students' interests and development direction, you can choose some specialized elective courses, such as power system optimization, smart grid technology, new energy power generation technology, etc. Broaden one's knowledge and improve one's comprehensive quality.
6. Software application ability: Students need to master some software related to electrical operation and control, such as MATLAB, PSS/E, AutoCAD, etc. In order to simulate, analyze and design the electrical system in practical work.
In a word, the study content of electrical operation and control specialty covers all aspects of electrical engineering, aiming at cultivating students with solid theoretical foundation, extensive professional knowledge and strong practical ability, and laying a foundation for their development in power industry and other related fields.