Thermal energy engineering professional direction: thermal engineering is the study of thermal energy release, conversion, transfer and rational utilization of the discipline, it is widely used in energy, power, space technology, chemical industry, metallurgy, construction, environmental protection and other fields. The program trains senior engineers and technicians who are engaged in the research, design, operation management and product development of thermal engineering and engineering thermophysics. This major direction corresponds to the discipline of thermal energy engineering, with master's degree and doctoral degree conferring rights.
Thermal Engine Specialized Direction: Thermal engine mainly researches the design, manufacture, operation, fault monitoring and diagnosis as well as automatic control of high-speed rotary power devices, including steam turbine, gas turbine, turbojet and turbofan engine, compressor and fan. Cultivate senior engineering talents for aviation, aerospace, energy, shipping, petrochemical, metallurgy, railroad and light industry. This professional direction corresponding to the power machinery and engineering disciplines, with master's degree, doctoral degree-granting rights, the discipline was named a national key disciplines in 2000.
The main direction of the graduates of this specialty includes: power generation equipment development, design and production departments, large power stations, aviation, aerospace engine research, production departments, ship engine research, production departments, as well as Wanhua system power equipment development, production and operation departments.
Fluid machinery and fluid power engineering professional direction: the main study of fluid machinery and its work system automation, fluid circulation system energy saving, etc., in the hydropower and water conservancy, machinery manufacturing, transportation, petrochemical industry, engineering machinery, food and textile, aerospace, naval weaponry and even municipal facilities, industrial and civil construction and other sectors have a wide range of applications. The professional direction includes fluid machinery and all kinds of fluid power system design, operation and automation management, control theory and engineering applications, etc., to train senior engineering and technical personnel engaged in vane pumps, hydraulic turbines, fans, hydraulics, fluid transmission and control, turbulence control, microscale channel flow, visco-elasticity non-Newtonian fluid dynamics and other aspects of the research, design, manufacturing, operation and product development and scientific research. This professional direction corresponds to the discipline of fluid machinery and engineering, with master's degree conferring rights.
Air-conditioning and refrigeration direction: the main research refrigeration and low temperature technology. It is widely used in the fields of energy, aerospace, aviation, automobile, petrochemical industry, production of food and medicine, medical equipment and production of air conditioning and refrigeration equipment. This specialty direction cultivates senior engineering talents engaged in the design, operation management, product development and scientific research of air-conditioning and refrigeration engineering and equipment. This professional direction corresponds to the refrigeration and low temperature engineering disciplines, with master's degree, doctoral degree granting rights.