1, power system and energy field:
Engaged in power system operation, power quality, power grid planning and design, power market and other work. Can be employed by power companies, energy management departments, electric power research institutes and other units.
2, electrical equipment and automation field:
Engaged in the design, manufacture, testing and maintenance of electrical equipment, as well as the research, development, application and maintenance of automatic control systems. Can be employed in industrial and mining enterprises, manufacturing industries, automation engineering companies and so on.
3, electronics and communications:
Engaged in the design, development and maintenance of electronic devices and communication equipment, and participated in the planning, construction and operation management of communication networks. Can work for communication operators, electronic companies, research and development institutions, etc.
4, new energy and renewable energy:
Participate in the design, construction and operation management of new energy power generation equipment such as wind power generation, solar power generation and biomass energy. You can also engage in renewable energy policy planning and energy consulting.
5, control and automation field:
Participate in the research and development, system integration and application of industrial process control system, robot technology and smart home. Can be employed in manufacturing, automation control system integrators, research and development institutions and other positions.
These are just some of the employment directions of electrical engineering. In fact, there are many other fields to choose from, such as power electronics, intelligent transportation and aerospace. When choosing the employment direction, you can consider comprehensively your own interests and professional preferences, as well as market demand and development trend.
Power system is an important direction in the field of power engineering, which involves the transmission, distribution and utilization of electric energy. Power system engineers play an important role in this field. They are responsible for planning, designing, building and operating various power systems.
Participate in power system planning, including power supply and demand forecasting, location and layout design of transmission lines, substations and other equipment to ensure safe and reliable power supply. Manage transmission and distribution networks, including the design, construction and maintenance of high-voltage transmission lines, substations and distribution networks.