List of Credits for Graduation

Academic Year 2018, 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.This course list applies to master student of 2018 academic year.