Specialty direction of thermal energy engineering: Thermal energy engineering is a discipline that studies the release, conversion, transmission and rational utilization of thermal energy, and is widely used in energy, power, space technology, chemical industry, metallurgy, construction, environmental protection and other fields. Train senior engineers and technicians engaged in research, design, operation management and product development of thermal energy engineering and engineering thermophysics. The major direction corresponds to thermal energy engineering, and it has the right to award master's and doctoral degrees.
Professional direction of heat engine: heat engine mainly studies the design, manufacture, operation, fault monitoring and diagnosis and automatic control of high-speed rotating power devices, including steam turbines, gas turbines, turbojet and turbofan engines, compressors and fans. Train senior engineering and technical personnel for aviation, aerospace, energy, shipbuilding, petrochemical, metallurgy, railway, light industry and other industries. The discipline of power machinery and engineering corresponding to this major has the right to award master's and doctor's degrees, and was awarded as a national key discipline in 2000.
The main graduates mainly go to: research, design and production departments of power generation equipment, large-scale power stations, research and production departments of aerospace engines, research and production departments of marine engines, and research, production and operation departments of power equipment of Wanhua system.
Major direction of fluid machinery and fluid power engineering: mainly studying fluid machinery and automation of its working system, energy saving of fluid circulation system, etc. , widely used in hydropower and water conservancy, machinery manufacturing, transportation, petrochemical industry, construction machinery, food and textile, aerospace, naval equipment, municipal facilities, industrial and civil construction and other departments. This major includes the design, operation and automatic management of fluid machinery and various fluid power systems, control theory and engineering application. To cultivate senior engineering and technical personnel engaged in the research, design, manufacture, operation, product development and scientific research of vane pump, water turbine, fan, hydraulics, fluid transmission and control, turbulence control, micro-scale channel flow and viscoelastic non-Newtonian fluid mechanics. This major direction corresponds to the discipline of fluid machinery and engineering, and has the right to grant master's degrees.
Specialty direction of air conditioning and refrigeration: mainly studying refrigeration and low temperature technology. It is widely used in energy, aerospace, aviation, automobile, petrochemical industry, food and drug production, medical equipment and air conditioning and refrigeration equipment production and other fields. This major aims to train senior engineering and technical personnel engaged in the design, operation management, product development and scientific research of air conditioning and refrigeration engineering and equipment. This major direction corresponds to the discipline of refrigeration and cryogenic engineering, and it has the right to award master's and doctoral degrees.
Aircraft power supply system is the heart and the most critical component of aviation and spacecraft. The development level of aero-engine is a symbol of a country's industrial base and strength.
This major mainly studies the theory and technology of aviation and aerospace propulsion. Cultivate senior engineering and technical personnel engaged in thermal power research, design, experiment, development and management in aviation, aerospace, transportation, energy and environment and other related fields.
Aircraft power engineering is a multidisciplinary and technology-intensive specialty with four research directions: engine design and engineering (including structural integrity analysis and CAD); Engine flow and combustion (including working process simulation); Engine control and test technology; Engine strength vibration and fault diagnosis.
Through systematic study, students have solid basic knowledge of mathematics, physics, engineering mechanics and mechanical principles, as well as professional basic knowledge of aerodynamics, engineering thermodynamics, solid mechanics, automatic control, computer application, aircraft power plant principle and structural strength. Mainly for aviation, aerospace, shipbuilding and other industrial sectors to train senior engineering and technical personnel. The discipline of power machinery and engineering corresponding to this major is a national key discipline and has the right to award master's and doctoral degrees. Professional graduates mainly go to departments such as aero-engine development, design and production, aero-engine development, design and production, marine gas turbine development, design and production, and civil gas turbine development and production.
The influence of nuclear science and technology on human life and the world pattern is increasing year by year, and it is widely used in the fields of energy, resources, environment and human health. With the continuous development of China's nuclear technology and nuclear industry, the investment in the field of nuclear technology is increasing, and the relevant units urgently need high-quality nuclear science and technology personnel to supplement it. This major trains advanced compound engineering and technical personnel with basic knowledge structure based on nuclear engineering technology and engineering thermophysics, supplemented by mechanical, electrical and computer technologies, and combined with science and engineering.
Through systematic study, students have solid basic knowledge of mathematics, physics, engineering mechanics, mechanical principles, electrical and electronics, professional basic knowledge of heat transfer, fluid mechanics, engineering thermodynamics, automatic control, computer application, and professional knowledge of nuclear reactor physical analysis, nuclear reactor thermal hydraulics, nuclear power plant and equipment, nuclear reactor safety analysis, nuclear reactor design principle, nuclear power plant test technology, nuclear power plant operation and control.
The School of Energy Science and Engineering, where this major is located, is a national first-class key discipline of power engineering and engineering thermophysics. It has the right to confer doctoral degrees, has a postdoctoral mobile station, and has close academic exchanges and cooperation with famous universities and research institutions in more than a dozen countries and regions.
In addition to studying for a master's degree, graduates can also engage in planning, design, operation, construction, management, education and research and development in government departments, planning departments, military departments, scientific research and design units related to nuclear power industry and radiation science, nuclear power plants and universities.