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The aim of energy systems education is to cultivate professionals with creativity and international competence in areas related to energy which is a driving force of the development of human society. Energy Systems Major focuses on studying source technologies about energy conversion, storage and transmission and efficiency improvement based on thermo fluid dynamics, and renewable energy systems that can solve environmental problems in the 21st century. It plays a central role in the energy cluster in the country's southeast region which accounts for 46% of total energy production. Based on world-class educational and experimental facilities, Energy Systems Major will contribute to the national energy industry by promoting interdisciplinary convergence research and establishing a new business and academic cooperation system with global companies.

Major Research Areas

  • Renewable energy : Solar energy / solar power / fuel cell / geothermal / wind power energy, building construction technology using renewable energy, low-carbon technology, development of technology to diagnose and improve environmental energy
  • High-tech thermo fluids : Analysis of high-tech fluids and fluid transfer, multi physics / multi-scale analysis, analysis and application of turbulent, new material thermo-fluid process / development of sensing technology
  • High-efficiency energy : High-efficiency energy components and energy conversion technology, high-efficiency heat management technology, technology for high efficiency of power generation energy, next-generation power engines, energy production and storage technology, technology for nuclear machinery components, refrigerator and air-conditioner / heat exchange technology
  • Microfluidics and bio-fluid : Microfluidics system technology, development of bio diagnosis and bio-components, technology for efficiency of drug delivery, integrated bio equipment technology

Curriculum

교육과정 정보표
subject code subjects credit theory practice
Major required Research and Bioethics P./F
MN63518 *Advanced Thermodynamics 3 3 0
MN63540 *Advanced Computational Fluid Dynamics 3 3 0
MN72307 *Experimental Methods of Thermo-Fluid Mechanics 3 3 0
MN68488 *Advanced Fluid Dynamics 3 3 0
MN72274 *Applied Engineering Mathematics 3 3 0
MN61111 Theory of Turbulence 3 3 0
MN61139 Advanced Measurement of Internal Combustion Engine 3 3 0
MN61280 Conventive Heat Transfer 3 3 0
MN61694 Theory of Atomization 3 3 0
MN61980 Radiative Heat Transfer 3 3 0
MN62888 Research 3 3 0
MN63489 Advanced Combustion Engineering 3 3 0
MN63561 Modern Methods in the Computational Fluid Dynamics 3 3 0
MN63590 Theory and Practice of Engine Design 3 3 0
MN63600 Numerical Methods for the Turbulence Models 3 3 0
MN68287 Advanced Turbomachinery 3 3 0
MN68288 Advanced Heat Conduction 3 3 0
MN68290 Nano Particle Engineering 3 3 0
MN68291 Mass Transfer 3 3 0
MN68292 Advanced Microfluidic System 3 3 0
MN68293 MicroFluidics and Applications 3 3 0
MN68296 Advanced Heat Exchanger 3 3 0
MN69542 Compressible Fluid Dynamics 3 3 0
MN69639 Advanced Refrigeration and Air Conditioning 3 3 0
MN70615 Special Topics in Energy Systems(I) 3 3 0
MN70616 Special Topics in Energy Systems (II) 3 3 0
MN70617 Advanced Solid Fuel Combustion 3 3 0
MN70618 Special Topics in Fuel Cell 3 3 0
MN71205 Environment Friendly Materials and Components I 3 3 0
MN71206 Environment Friendly Materials and ComponentsII 3 3 0
MN72276 Energy Conversion and Electric Generation Engineering 3 3 0
MN72275 *Applied Wind Energy Engineering 3 3 0
MN72277 Gas Turbine Engineering 3 3 0
MN72278 Applied Optics and Measurement 3 3 0
MN74435 Biofluid Mechanics 3 3 0
MN74211 Surface and Interface Engineering 3 3 0
MN74127 Advanced Heat Exchanger Experiment 3 3 0
MN74212 Practical Heat Exchanger Design 3 3 0
MN74562 Steam Turbine Power Plant 3 3 0
MN74563 Energy Management 3 3 0
MN74564 Rotating Flows 3 3 0
MN74565 System Engineering 3 3 0
MN72522 Advanced Theory Of Wind Turbine System Design 3 3 0
MN72531 Advanced Theory Of Accereditation And Verification For Wind Turbine Components Adn System 3 3 0
MN74666 Gas Turbine Combined Cycle Power Plant 3 3 0

If you complete a course marked with *, you will be accepted as a major of the student who completed the course regardless of the major.