Objective: This discipline aims to cultivatefuture high-level applied and inter-disciplinary professionals who have a strong knowledge foundation, overall competency, strong practice ability and certain ability to innovate. Postgraduates of professional degrees should advocate the basic line, principles and policies of the Party, bear love for the motherland, and observe the laws and regulations with good professional ethics and manners, scientific, rigorous, truth-seeking and pragmatic learning attitudes and work style. We provide students with a strong knowledge foundation and systematic expertise in the field of energy and power engineering, the ability to be engaged in technical or management works, and the knowledge of the technology and development in energy and power engineering. We aim to develop students who can independently apply the advanced methods and modern technical methods of energy and power engineering to solve problems.
Curriculum:
Core courses:Advanced Engineering Thermodynamics, Advanced Fluid Mechanics, Advanced Engineering Heat Transfer.
Featured courses: Computational Heat Transfer, CFD Software Application, Enhanced Heat Transfer, Modern Test Technology, Two-Phase Flow and Heat Transfer, Technological Frontier of Solar Energy Utilization, Energy Functional Materials, Micro and Nano Scale Heat Transfer, Fuel Cell Technology, Phase Transition Heat Transfer, Porous Medium Flow and Heat Transfer, Principles and Technology of Energy-Saving Thermodynamics, Alternative Refrigerant Technology, New Technology of Heat Pump, New Technology in Refrigeration and Air Conditioning Equipment, Modeling and Simulation of Refrigeration and Air Conditioning Systems, Compressor Optimization Design Methods, Modern Control Technology of Refrigeration and Air Conditioning, Principles of Advanced Automobile Power System, Automotive System Dynamics, Electronic Control Technology of New Energy Vehicle Power System, Automotive New Energy Technology, New Technology of Automotive Power System, Automotive Emission Measurement and Control Technology.
Career: After graduation, students following this track have all the career choices as described forresearch, development, design, manufacturing, technical support, and operation management of new energy utilization technology and equipment in units such as research design institutes, enterprises, and institutions. Apartfrom the new energy utilization field, students have a wide range of career choices as described for technical work and management work in related fields including refrigeration and air conditioning, thermal engineering, power engineering and energy. Studentsofautomobile direction are ideally placed to work in domestic and foreign automobile production enterprises, automobile research institutes and other units, and maybe engaged in automobile product design and development, new automobile technology development and research, automobile product technical support and after-sales service, import and export trade of vehicles and components and automobile marketing, andautomobile transportation management, testing and supervision. Also, students may be engaged in product development, trade and service in the electromechanical industry.
