List of Credits for Graduation

Academic Year 2019, Master Program, Department of Energy and Refrigerating Air-Conditioning Engineering

YearSemesterRequired
Elective
Course IDCourse NameCreditsHoursLevelNote
1 1 4505008 English Seminar and Writing 1.0 2 @ @
1 1 4505006 Advanced Engineering Mathematics 3.0 3 @ @
1 1 4505045 International Colloquy on Special Topics a 1.0 1 @ @
1 1 4505046 International Colloquy on Special Topics b 2.0 2 @ @
1 1 4505047 International Colloquy on Special Topics c 3.0 3 @ @
1 1 4505103 Environment Control Engineering 3.0 3 @ @
1 1 4505104 Food Refrigeration Engineering 3.0 3 @ @
1 1 4505106 Processing Refrigeration Engineering 3.0 3 @ @
1 1 4505203 Refrigeration control system design 3.0 3 @ @
1 1 4505205 refrigeration System Technology 3.0 3 @ @
1 1 4505304 Low-temperature & Vacuum System Technology 3.0 3 @ @
1 1 4505307 Modern Vacuum Technology 3.0 3 @ @
1 1 4505402 Advanced Heat Transfer 3.0 3 @ @
1 1 4505405 Advanced Fluid Mechanics 3.0 3 @ @
1 1 4505407 Foundation of Thermo-Fluid Sciences 3.0 3 @ @
1 1 4505503 Ventilation Engergy Conservation Technology 3.0 3 @ @
1 1 4505504 Non-eelctric Power Air Cond. Energy saving Tech. 3.0 3 @ @
1 1 4505509 Optimization for Engineering Systems 3.0 3 @ @
1 1 4505511 The technique and application of power electronics 3.0 3 @ @
1 1 4505512 The technology and application of solar thermal energy system 3.0 3 @ @
1 1 4505513 Solar Electrical Energy Technology and Application 3.0 3 @ @
1 1 4505514 Graduate On-Site Research 3.0 18 @ @
1 1 4505515 Introduction to Fuel Cell 3.0 3 @ @
1 1 4505601 HVAC System Technology 3.0 3 @ @
1 1 4505602 Clean room design 3.0 3 @ @
1 1 4505703 Energy Economic and Strategy 3.0 3 @ @
1 1 4505704 Computer-Aided Analysis on Energy ad Thermofluid Sciences 3.0 3 @ @
1 1 4505705 Introduction to renewable systems 3.0 3 @ @
1 2 4505003 Engineering Seminar 1.0 2 1 / 2 @
1 2 4405031 Digital Control Theory and Application 3.0 3 @ @
1 2 4406124 Intelligent Control 3.0 3 @ @
1 2 4505000 Design of Turbomachinery 3.0 3 @ @
1 2 4505105 Refrigeration facility design 3.0 3 @ @
1 2 4505207 Two Phase Convection 3.0 3 @ @
1 2 4505208 Electronic Cooling Techniques 3.0 3 @ @
1 2 4505302 Cryogenic Refrigeration System Technology 3.0 3 @ @
1 2 4505305 Energy Management Technology 3.0 3 @ @
1 2 4505306 Fire Safety and Smoke Control Technology 3.0 3 @ @
1 2 4505403 Methods of Lab. & Measuring 3.0 3 @ @
1 2 4505404 Computing Fluid Dynamics 3.0 3 @ @
1 2 4505501 Cogeneration Technology 3.0 3 @ @
1 2 4505502 Energy Storage Technology 3.0 3 @ @
1 2 4505505 Energy Efficient Building Design 3.0 3 @ @
1 2 4505603 Indoor Air Quality Control 3.0 3 @ @
1 2 4505604 HVAC Management Automation 3.0 3 @ @
1 2 4505606 Energy Engineering 3.0 3 @ @
1 2 4505609 The application and technology of variable frequency theory (Inverter) 3.0 3 @ @
1 2 4505610 Advanced course on facility system of semiconductor and photonic fabrication plants. 3.0 3 @ @
1 2 4505702 Low Temperature Biology and Medicine 3.0 3 @ @
1 2 4506201 Heat exchanger analysis 3.0 3 @ @
1 2 4506202 Advanced Engineering Thermodynamics 3.0 3 @ @
1 2 4507503 Theories in building ventilation 3.0 3 @ @
1 2 4507505 Foundation and Analysis of Thermo-Fluid and Aerodynamics on Offshore Wind Power 3.0 3 @ @
2 1 4505002 Thesis 3.0 3 1 / 2 @
2 1 4505003 Engineering Seminar 1.0 2 2 / 2 @
2 2 4505002 Thesis 3.0 3 2 / 2 @

Note :
1.Minimum graduating credits:33.
2.Compulsory course:9 credits, including 6 credits of Thesis, 2 credits of Engineering Seminar (2 semesters, total to 2 credits), 1 credit of English Seminar and Writing; optional courses:24 credits.
3.Maximum optional courses from other graduate school: 9 credits.
4.Each graduate student shall pass the minimum English proficiency requirement(s) for graduation, and shall all meet the criteria of the English proficiency tests set by the department (if any). Students may refer to the department websites for their English proficiency criteria set by each department.
5.This course list applies to master student of 2019 academic year.