Graduate

Courses

Courses

Features of DOES courses

에너지과학과 교과목 특징
  • 모든 수업과 세미나 100% 영어로 진행
  • i-Campus 업로드
  • 해외석학 집중특강
  • 복수전공 프로그램
  • 산학협동 교육 프로그램
  • 팀티칭 수업
Features of DOES courses
  • 100% English classes for all DoES courses
  • i-Campus : Video recording & Internet-upload
  • Special courses by international scholars
  • Dual degree program
  • University-industry collaborative education program
  • Team-teaching courses
필수(코어)과목
에너지고체물리이해, 에너지를위한유무기화학, 응용에너지전기화학, 에너지열역학, 에너지소재과학, 에너지소자, 에너지와사회, 에너지와양자역학, 에너지전자기학, 에너지결정학, 에너지기기분석, 에너지물리화학
트랙
1. 에너지과학/기술기반
1.1. (기초) 에너지물리, 에너지와화학, 에너지과학세미나, 해외석학강좌2, 에너지과학1, 에너지과학및공학개론, 에너지전기공학, 에너지를위한응집물질물리, 에너지나노분광학, 에너지소자분석론, 에너지소재이론, 에너지광학, 에너지전달
1.2. (심화) 소자물리학, 에너지융합연구1, 에너지융합연구3, 에너지과학2, 고급실험기술, 고급에너지소재분석, 다차원광분석기술, 광과학과에너지개론, 양자광기술과신재생에너지개론, 초고속분광학과에너지, 에너지특허작성실습

2. 나노소재/소자기반
2.1. (기초) 에너지나노소재1, 열전소재및소자입문, 해외석학강좌1, 에너지공학1, 나노소재분석, 에너지소재분석, 나노소재의열특성, 에너지소재의전자회절, 에너지소재증착개론, 신재생에너지소재개론
2.2. (심화) 에너지융합연구2, 나노구조물성장, 나노전자소자, 에너지소재기초전자현미경, 에너지소재의수차보정분석전자현미경, 에너지소재의구조-성분분석, 최첨단에너지소재, 지속가능에너지양자물질2, 자성및스핀소자, 전광변환소자공학

3. 저장에너지
3.1. (기초) 연료전지,배터리,슈퍼커패시터1, 에너지융합연구4, 에너지공학2, 에너지저장개론
3.2. (심화) 연료전지,배터리,슈퍼커패시터2, 에너지과학현장실습1, 에너지저장1, 에너지저장2, 에너지과학현장실습2, 에너지저장시스템

4. 변환에너지
4.1. (기초) 에너지변환개론, 대면적전자공학, 에너지공학3, 에너지수확개론, 에너지변환시스템
4.2. (심화) 태양에너지, 에너지과학3, 에너지과학4, 변환에너지1, 변환에너지2, 지속가능에너지수확기술, 신재생에너지와광전산업

5. 시스템에너지
5.1. (기초) 기후변화와위험커뮤니케이션, 에너지산업문제해결1, 에너지산업문제해결2, 에너지사회문제해결, 에너지산업문제해결, 저전력컴퓨터시스템
5.2. (심화) 에너지물리생물과학, 미래기술의연구,개발,기회, 전자현미경구조분석, 표면플라즈몬과나노광학, 신재생에너지융복합시스템1, 신재생에너지융복합시스템2, 신재생에너지융복합시스템3, 신재생에너지융복합시스템4

6. 촉매에너지
6.1. (기초) 에너지생산의화학
6.2. (심화) 촉매화학, 에너지과학현장실습3, 에너지과학현장실습4, 에너지촉매시스템

7. 나노에너지
7.1. (기초) 에너지나노소재이론, 나노전자분광및재료물성
7.2. (심화) 에너지나노소재2, 나노구조전산모사, 나노양자소재기술동향, 에너지물질전산모사, 지속가능에너지양자물질1

Core Subjects
Solid State Principles for Energy, Organic/Inorganic Chemistry for Energy, Applied Energy Electrochemistry, Thermodynamics of Energy System, Principles of Energy Materials, Fundamentals of Energy Devices, Energy & Society, Quantum Concepts for Energy, Electromagnetism for Energy, Crystal Structures of Energy Materials, Instrumental Analysis for Energy, Physical Chemistry for Energy
Tracks
1. Energy Science/Technology Basis
1. 1. (Basic) Energy Physics, Energy and Chemistry, Energy Science Seminar, Distinguished Lecture Series Ⅱ, Energy Science Ⅰ, Introduction to Energy Science and Engineering, Electrical Engineering for Energy, Condensed Matter Physics for Energy, Spectroscopy for Energy Nanomaterials, Energy Device Characterization, Theory of Energy Materials, Energy Optics, Energy Transport
1. 2. (Advanced) Device Physics, Energy Convergence Research Ⅰ, Energy Convergence Research Ⅲ, Energy Science Ⅱ, Advanced Experimental Techniques, Advanced Analysis for Energy Materials, Multidimensional Optical Spectroscopy, Introduction to Photon Physics for Energy Science, Introduction to Photonics for Renewable Energy, Introduction to Ultrafast Science and Spectroscopy, Patent writing practice

2. Nanomaterials/Device Basis
2. 1. (Basic) Nanomaterials for Energy Ⅰ, Introduction to Thermoelectric Materials Devices, Distinguished Lecture Series Ⅰ, Energy Engineering Ⅰ, Nanomaterial Analysis, Instrumental Analysis for Energy Materials, Thermal properties of nanomaterials, Electron Diffraction of Energy Materials, Introduction to the deposition of energy materials, Introduction to Photovoltaic Materials
2. 2. (Advanced) Energy Convergence Research Ⅱ, Nanostructure growth and synthesis, Nanoelectronic devices, Transmission Electron Microscopy for Energy Materials, Aberration-Corrected Analytical Electron Microscopy for Energy Materials, Characterization of Structure and Composition of Energy Materials, Advanced energy materials, Quantum Materials for Sustainable Energy II, Magnetic and spin devices, Electron-Photon Conversion Devices

3. Energy Storage
3. 1. (Basic) Fuel Cells, Batteries and SupercapacitorsⅠ, Energy Convergence Research Ⅳ, Energy Engineering Ⅱ, Introduction to Energy Storage
3.2. (Advanced) Fuel Cells, Batteries and Supercapacitors Ⅱ, Energy Science Field Training Ⅰ, Energy StorageⅠ, Energy Storage Ⅱ, Energy Science Field Training Ⅱ, Energy Storage Systems

4. Energy Conversion
4.1. (Basic) Introduction to Energy Conversion, Large Area Electronics, Energy Engineering Ⅲ, Energy Harvesting, Energy Conversion System
4.2. (Advanced) Solar Energy, Energy Science Ⅲ, Energy Science Ⅳ, Energy ConversionⅠ, Energy Conversion Ⅱ, Sustainable energy harvesting technology, Renewable Energy and Optoelectronic Industry

5. Energy System
5. 1. (Basic) Climate Change and Risk Communication, Problem Solving for Energy Industries 1, Problem Solving for Energy Industries 2, Problem Solving of Sustainable Energy Society, Problem Solving of Sustainable Energy Industry, Low power computing system
5. 2. (Advanced) Physical Bioscience for Energy, Research, Development and Opportunities in Future Technology, Electron Microscopy, Surface Plasmon and Nano Optics, Integrated renewable energy system 1, Integrated renewable energy system 2, Integrated renewable energy system 3, Integrated renewable energy system 4

6. Catalysis for Energy
6.1. (Basic) Chemistry of Energy Production
6.2. (Advanced) Catalytic chemistry, Energy Science Field Training Ⅲ, Energy Science Field Training Ⅳ, Energy Catalyst Systems

7. Nano Energy
7. 1. (Basic) Energy Nanomaterials Theory, Nano-scale electron spectroscopy and materials properties
7. 2. (Advanced) Nanomaterials for Energy Ⅱ, Computational modeling of nanostructures, Current Topics on Colloidal Nanocrystals Research, Computational Approach for Energy Materials, Quantum Materials for Sustainable Energy I