Energy and environmental systems engineering majors mainly study basic courses such as mathematics, physics and chemistry, and computer. In addition, there are courses such as material mechanics, theoretical mechanics, mechanical design basis, engineering thermodynamics, engineering fluid mechanics, electrical and electronic engineering, heat transfer, energy and environmental system engineering basis, automatic control theory, energy and environmental engineering and its automation series, refrigeration and artificial environment and its automation series.
What is the employment prospect of energy and environmental systems engineering? Graduates can engage in equipment manufacturing, maintenance, centralized control operation, production management and other work. Large and medium-sized enterprises in thermal power generation, energy utilization and conversion, thermal engineering of thermal power plants, coal chemical industry, new energy development, environmental protection and other energy utilization related fields can also carry out teaching and engineering design in schools, research institutes and other units.
The major of energy and environmental systems engineering belongs to the category of engineering energy and power, among which the major of energy and power 10, the major of energy and environmental systems engineering ranks sixth in the category of energy and power, and ranks 132 in the whole engineering category.