Objective: Thisdiscipline aims to cultivate students who have scientific spirit, rigorous learning attitudes, positive learning habits, and inter-disciplinary visions. We aim to develop future high-level professionals with academic innovation who can carry out innovative scientific research, high-tech development and talent cultivation in the field of energy power. We provide students with a strong knowledge foundation, overall competency, strong ability to explore and innovate, and global visions. We support students with a strong theoretical foundation and systematic and in-depth expertise in Power Engineering and Engineering Thermophysics. Students are supposed to be independently engaged in scientific research and achieve innovative results in science or expertise.
Curriculum:
Core courses: Mathematical Models, Advanced Topics of Engineering Thermophysics Fundamentals.
Featured courses: Advanced Topics of Modern Thermal Engineering and Refrigeration, Advanced Topics of Power Machinery and Engineering, Multiphase Fluid Dynamics, Modern Theory and Technology of Renewable Energy Utilization, and Phase Transition Dynamics.
Career:Students following this track are ideally placed to work in industriesandscientific research or educational institutions including but not limited to: scientific research, colleges and universities, engineering design institutes, government administrative and management departments, power production, energy conservation and environmental protection production, aerospace, and energy and new energy utilization. Students of this pathway have a wide range of career choices as described for education, scientific research, equipment and system R&D, design and management.
Power Engineering and Engineering Thermophysics (Master of Engineering)
Objective:This discipline aims to cultivatestudents who 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 scientific, rigorous, truth-seeking and pragmatic work style, anddisplay good ethics, intellect and physique. We provide students with a strong theoretical foundation and systematic expertise of Power Engineering and Engineering Thermophysics, good command of foreign languages and a certain ability to innovate. We aim to develop future well-educated innovative professionals who may be engaged in scientific research or technical worksrelatedto this field.
Curriculum:
Core courses:Including Advanced Engineering Thermodynamics, Advanced Fluid Mechanics, Advanced Heat Transfer, Principles of Advanced Automobile Power System (bilingual), Computational Heat Transfer, Automotive System Dynamics, New Technology in Refrigeration and Air Conditioning Equipment, Modeling and Simulation of Refrigeration and Air Conditioning Systems, Multiphase Fluid Dynamics, Phase Transition Dynamics.
Featured courses: Fuel Cell Technology, Technological Frontier of Solar Energy Utilization, Phase Transition Heat Transfer, Two-Phase Flow and Heat Transfer, Modern Test Technology, Sustainable Building Energy Conservation Technology, Advanced Combustion Technology, Automotive New Energy Technology, Enhanced Heat Transfer, Porous Medium Flow and Heat Transfer, Micro and Nano Scale Heat Transfer, Alternative Refrigerant Technology, Numerical Calculation and Analysis of Combustion Process, CFD Software Application, New Technology of Heat Pump, Compressor Optimization Design Methods, Modern Control Technology of Refrigeration and Air Conditioning, Energy Functional Materials, Electronic Control Technology of New Energy Vehicle Power System, Theory and Application of Internal Combustion Engine Flow and Combustion, New Technology of Automotive Power System, Automotive Emission Measurement and Control Technology, Principles and Technology of Energy-Saving Thermodynamics, English Scientific Paper Writing.
Career:Students following this track are ideally placed to work in the power sector, power equipment manufacturing companies, automotive R & D companies, aerospace sectors, colleges, and universities as well as the companies and the management departments of the government related to energy and environmental protection.
