The power system known as the "golden job bowl", these 5 major students are the most popular, so envious!
The five majors with the largest number of employees in the power system are: electrical engineering and automation, thermal energy and power engineering, power system and automation, energy and power engineering, and nuclear engineering and nuclear technology. Below is a detailed analysis of these professions:
Electrical Engineering and its Automation:
Electrical engineering and automation is one of the majors with the largest number of jobs in power systems. This specialization covers the knowledge of power systems, power electronics, electrical and electrical appliances, automation control, etc.
Graduates can be engaged in power system operation and control, power equipment R&D and design, automation system design and commissioning in electric power companies, electric power design institutes, power equipment manufacturing enterprises and other fields. Graduates in electrical engineering and automation are in high demand in the power system.
Thermal & Power Engineering:
Thermal and power engineering is one of the majors with a large number of employees in power systems. This specialization covers knowledge of thermodynamics, fluid mechanics, heat transfer, power mechanics, and more.
Graduates can be engaged in the operation and maintenance of thermal power equipment, the design and management of thermal power systems, energy utilization and environmental protection in the fields of electric power companies, thermal power plants, and energy enterprises. Graduates of the Thermal and Power Engineering program have a wide range of applications in the power system.
Power systems and their automation:
Power system and automation major is one of the majors with a large number of employees in power system. This specialization covers the knowledge of power system analysis, power system operation and control, power system automation, power system protection, etc.
Graduates can be engaged in power system operation and control, power system protection and automation device research and development, power system planning and design in electric power companies, electric power design institutes, power equipment manufacturing enterprises and other fields. Graduates of the power system and automation major have an important place in the power system.
Energy & Power Engineering:
Energy and power engineering is one of the majors with a large number of employees in power systems. This specialization covers the fields of energy system analysis, energy utilization and environmental protection, power machinery and equipment, and thermal engineering.
Graduates can be engaged in energy system operation and maintenance, energy utilization and environmental protection, power equipment research and development and design in power companies, energy enterprises, research institutions and other fields. Energy & Power Engineering graduates have a wide range of application prospects in power systems.
Nuclear Engineering & Nuclear Technology:
Nuclear engineering and nuclear technology is one of the majors with a large number of employees in the power system. This specialization covers knowledge of nuclear reactor engineering, nuclear power plant operation and control, nuclear radiation protection, and nuclear technology applications.
Graduates can be engaged in the operation and maintenance of nuclear power plants, nuclear equipment research and development and design, nuclear radiation protection and management in the fields of nuclear power plants, nuclear research institutions, and nuclear equipment manufacturing enterprises. Graduates of nuclear engineering and technology have an important position in the power system.
To sum up, the five majors with the largest number of employed people in power system are electrical engineering and automation, thermal and power engineering, power system and automation, energy and power engineering, and nuclear engineering and nuclear technology.
These majors cover the knowledge of power system operation and control, power equipment R&D and design, automation system design and commissioning, thermal equipment operation and maintenance, energy utilization and environmental protection, and nuclear power plant operation and maintenance. Graduates can work in electric power companies, electric power design institutes, power equipment manufacturing enterprises, nuclear power plants, nuclear research institutions and other fields.
These majors provide talent support for the development of the power system and are the majors with the largest number of employees in the power system.