NCKU Curriculum Map
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International Master/Doctoral Degree Program on Energy Engineering   
Goal   
  • Educate students to have energy technology-related expertise and basic engineering principles.
  • Focus on the theory and practice of cooperation, with interdisciplinary integration abilities and to solve energy-related engineering issues.
  • Cultivate qualified technical personnel with communication and management abilities in energy industries.
  • Cultivate professionals of energies with diversified global vision and sustainable development thinking.
  • Principle Literacy and Competence   
    [Principle Literacy]
  • Professional ethics and social care.
  • Lifelong learning and the spirit of service.
  • Sustainability and social responsibility
  • Multiculturalism and international perspectives.
  • [Competence]
  • Utilize professional knowledge of engineering to resolve energy engineering problems in a cross-disciplinary approach of system integration.
  • Be able to apply energy-related know-how and tools necessary for engineering practice
  • Explore, analyze, plan and address practical issues in energy engineering and develop lifelong learning habits.
  • Cultivate professional ethics and sustainable development of social responsibility.
  • Develop teamwork, coordination of communication, technology reporting and presentation ability.
  • Cultivate creative thinking, independent thinking and leadership management ability.
  • Course Classification
    Course Classification Course Name
    A. Required courses
    [IBPE7001E]SEMINAR(1), [IBPE7002E]SEMINAR(2), [IBPE7003E]SEMINAR(3), [IBPE7004E]SEMINAR(4), [IBPE7005E]SEMINAR
    B. Elective courses
    [IBPE5001E]SOLAR THERMAL ENERGY, [IBPE5002E]SOLAR AND PHOTOVOLTAICS, [IBPE5003E]WIND POWER ENERGY, [IBPE5004E]ENERGY STRATEGY AND POLICY, [IBPE5005E]CLEAN COMBUSTION AND POLLUTION CONTROL, [IBPE5006E]BIOMASS ENERGY ENGINEERING, [IBPE6001E]ENERGY MATERIALS, [IBPE6002E]SOLID STATE IONIC DEVICES, [IBPE6003E]OCEAN RENEWABLE ENERGY, [IBPE6004E]ENERGY STORAGE TECHNOLOGY, [IBPE6005E]ENERGY-SAVING BUILDING TECHNOLOGY, [IBPE6006E]ENERGY STRATEGY AND POLICY, [IBPE7006E]ADVANCED HEAT TRANSFER, [IBPE7007E]ADVANCED THERMODYNAMICS, [IBPE7008E]ADVANCED FLUID MECHANICS, [IBPE7009E]THERMAL RADIATION, [IBPE7010E]NUMERICAL ANALYSIS, [IBPE7011E]SPECIAL ISSUES ON CONTROL SYSTEM, [IBPE7012E]FINITE ELEMENT METHODS IN STRUCTURES, [IBPE7013E]MICRO NANO HEAT TRANSFER, [IBPE7014E]ADVANCED TRANSPORT PHENOMENA, [IBPE7015E]SPECIAL ISSUES ON SMART GRID, [IBPE7016E]ENERGY ECONOMICS, [IBPE7017E]SOLAR THERMAL ENGINEERING, [IBPE7018E]BIOMASS ENERGY ENGINEERING, [IBPE7019E]WIND ENERGY ENGINEERING, [IBPE7020E]OCEAN ENERGY ENGINEERING, [IBPE7021E]SOLAR AND PHOTOVOLTAICS ENGINEERING, [IBPE7022E]DESIGN OF FUEL CELL SYSTEM, [IBPE7023E]PHOTOVOLTAIC AND PHOTOELECTROCHEMISTRY, [IBPE7024E]ADVANCED ENGINEERING MATHEMATICS (1), [IBPE7025E]CLEAN COMBUSTION TECHNOLOGY, [IBPE7026E]COMBUSTION THEORY(1), [IBPE9001E]COMBUSTION THEORY(2), [IBPE9002E]ADVANCED THEORY OF COMBUSTION, [IBPE9003E]THEORY OF ELASTICITY
    Development
    Enter a Higher School Work