| Section | Subject No. | Subject Name | L:E:C | Professor | Semester |
|---|---|---|---|---|---|
| Electives | NQE.50002 |
Principles and Applications of Nuclear Engineering |
3:0:3 | Changheui Jang | Fall |
| NQE.50003 |
Radiation Science, Technology, and Applications |
3:0:3 | Professor | Spring·Fall | |
| NQE.50010 |
Nuclear Reactor Kinetics |
3:0:3 | Yonghee Kim | Fall | |
| NQE.50012 |
Nuclear Reactor Analysis and Design |
3:0:3 | Yonghee Kim | Spring | |
| NQE.50013 |
Neutron/Radiation Transport Theory and Computation |
3:0:3 | Professor | Spring | |
| NQE.50014 |
Monte Carlo Methods and Applications |
3:0:3 | Yonghee Kim | Spring | |
| NQE.50017 |
Fast Reactor Design and Analysis |
3:0:3 | Yonghee Kim | Fall | |
| NQE.50021 |
Reactor Thermal-Hydraulics |
3:0:3 | Professor | Fall | |
| NQE.50022 |
Nuclear Power Plant Design Project |
3:0:3 | Soon Heung Chang | Spring·Fall | |
| NQE.50023 |
Nuclear Reactor Safety |
3:0:3 | Soon Heung Chang | Spring·Fall | |
| NQE.50024 |
Simulation of Nuclear and Quantum System |
3:0:3 | Soon Heung Chang | Spring·Fall | |
| NQE.50026 |
Quantum and Micro Energy Transport |
3:0:3 | Soon Heung Chang | Fall | |
| NQE.50027 |
Gas-cooled Reactors and Hydrogen |
3:0:3 | Professor | Fall | |
| NQE.50028 |
Introduction Risk and Reliability Engineering |
3:0:3 | Jong H. KIM | Fall | |
| NQE.50029 |
Nuclear System Design Course |
3:0:3 | Professor | Spring | |
| NQE.50033 |
Nuclear Power Plant Instrumentation and Control Systems |
3:1:3 | Professor | Spring·Fall | |
| NQE.50035 |
Human Factors Engineering in Nulear Power Plants |
3:0:3 | Professor | Spring·Fall | |
| NQE.50037 |
Wireless Power Electronics |
3:0:3 | Chun-Taek Rim | Spring | |
| NQE.50038 |
Smart Grid and Power Electronics |
3:0:3 | Chun-Taek Rim | Spring | |
| NQE.50039 |
Techno-economic evaluation of green power generation system |
3:0:3 | Jeong Ik Lee | Spring | |
| NQE.50040 |
Nuclear Chemical Engineering |
3:0:3 | Kun Jai Lee | Spring | |
| NQE.50041 |
Nuclear Waste Management |
3:0:3 | Professor | Fall | |
| NQE.50042 |
Chemistry of Actinides |
3:0:3 | Jong-Il Yun | Fall | |
| NQE.50043 |
Nuclear Power Plant Water Chemistry |
3:0:3 | Jong-Il Yun | Fall | |
| NQE.50045 |
Radiation Chemistry |
3:0:3 | Sung Oh Cho | Spring | |
| NQE.50051 |
Nuclear Reactor Metallurgy |
3:0:3 | Hojin Ryu·Dongchan Jang | Spring·Fall | |
| NQE.50052 |
Integrity of Nuclear Structural Materials |
3:0:3 | Changheui Jang | Spring | |
| NQE.50053 |
Nuclear Fuel Engineering |
3:0:3 | Ho Jin Ryu | Spring·Fall | |
| NQE.50055 |
Mechanics of Irradiated Materials |
3:0:3 | Dongchan Jang | Spring·Fall | |
| NQE.50061 |
Radiation Measurement Systems |
3:0:3 | Gyuseong Cho | Spring·Fall | |
| NQE.50062 |
Radiation Imaging Instrumentation |
3:0:3 | Gyuseong Cho | Spring | |
| NQE.50063 |
Radiation Biology |
3:0:3 | Gyuseong Cho | Spring·Fall | |
| NQE.50064 |
Physics of Medical Imaging |
3:0:3 | Seung Ryong Cho | Spring | |
| NQE.50071 |
NMR Engineering |
3:1:3 | Sung-Min Choi | Spring·Fall | |
| NQE.50072 |
Neutron Nano-Characterization |
3:0:3 | Sung-Min Choi | Spring·Fall | |
| NQE.50075 |
Nuclear Energy Policy |
3:0:3 | Professor | Fall | |
| NQE.50081 |
Nuclear Fusion Engineering |
3:0:3 | Professor | Spring | |
| NQE.50082 |
Applied Plasma Engineering |
3:0:3 | Professor | Fall | |
| NQE.50083 |
Engineering of Charged Parcicle Beams |
3:0:3 | Sung Oh Cho | Fall | |
| NQE.50084 |
Radiation Protection and Regulations |
3:0:3 | Professor | Fall | |
| NQE.50085 |
Introduction to Nuclear Safety Regulation |
3:0:3 | Professor | Fall | |
| NQE.50086 |
Safety Regulation for Nuclear Installations |
3:0:3 | Professor | Spring | |
| NQE.50087 |
Regulation for Nuclear Fuel Cycle and Emergency Preparedness |
3:0:3 | Professor | Spring | |
| NQE.50088 |
Advanced Design Project 1 for Nuclear and Quantum Engineering |
0:9:3 | Professor | Spring | |
| NQE.50089 |
Advanced Design Project 2 for Nuclear and Quantum Engineering |
0:9:3 | Professor | Fall | |
| NQE.50091 |
General Plasma Physics for Nuclear Fusion |
3:0:3 | Professor | Spring·Fall | |
| NQE.50092 |
Plasma electrodynamics |
3:0:3 | Professor | Spring·Fall | |
| NQE.50093 |
Principles of Plasma Diagnostics |
3:0:3 | Professor | Spring·Fall | |
| NQE.50095 |
Technical Writing in Nuclear and Quantum Engineering |
3:0:3 | Professor | Fall | |
| NQE.59900 |
Special Topics in Nuclear and Quantum Engineering III |
1:0:1 | Professor | Spring·Summer·Fall | |
| NQE.59901 |
Special Topics in Nuclear and Quantum Engineering Ⅰ |
2:0:2 | Professor | Spring·Summer·Fall | |
| NQE.59902 |
Special Topics in Nuclear and Quantum Engineering Ⅱ |
3:0:3 | Professor | Spring·Summer·Fall | |
| NQE.60025 |
Computational Analysis in Nuclear System |
3:2:3 | Jeong Ik Lee | Spring | |
| NQE.60028 |
Application of Probabilistic Safety Assessment |
3:0:3 | Hyun Gook Kang | Fall | |
| NQE.60031 |
Nuclear and Quantum Instrumentation and Control Design |
2:3:3 | Professor | Spring·Fall | |
| NQE.60054 |
Materials for Nuclear Fuel Cycle |
3:0:3 | Ho Jin Ryu | Fall | |
| NQE.60056 |
Advanced Nuclear Systems and Materials |
3:0:3 | Changheui Jang | Spring·Fall | |
| NQE.60075 |
Nuclear Nonproliferation, Safeguards, and Security |
3:0:3 | Professor | Spring·Fall | |
| NQE.60091 |
Plasma Waves & Instabilities |
3:0:3 | Professor | Spring·Fall | |
| NQE.60092 |
Plasma Kinetic theory |
3:0:3 | Professor | Spring·Fall | |
| NQE.60093 |
Magnetic Confinement for Fusion Energy |
3:0:3 | Professor | Spring·Fall | |
| NQE.79900 |
Special Topics in Nuclear Safety Analysis |
2:3:3 | Professor | Fall | |
| Research | NQE.92100 |
M.S. Thesis Research |
Professor | Spring·Fall | |
| NQE.91200 |
M.S. Independent Research |
Professor | Spring·Fall | ||
| NQE.93100 |
Seminar (M.S.) |
1:0:1 | Professor | Spring·Fall | |
| NQE.92200 |
Ph.D. Thesis Research |
Professor | Spring·Fall | ||
| NQE.93200 |
Seminar (Ph.D.) |
1:0:1 | Professor | Spring·Fall |
| Subject No. | NQE.10001 |
|---|---|
| L:E:C | 3:0:3 |
| Description | 원자와 원자를 구성하는 양성자,중성자 그리고 빛의 기본입자인 광자는 파동.입자로서 양자역학이라는 신비로운 질서 속에서 존재한 다. 본 교과목에서는 양자역학과 양자현상에 대한 기본적인 개념을 역사적 고찰과 비수식적인 접근방법으로 소개하며, 이를 바탕으로 핵분열,핵융합,양자빔 과학,의료영상,양자현상,양자컴퓨터 등 원자력 및 양자공학에서의 응용분야를 논의한다. 더불어 에너지개발의 국제 정치 및 환경에 대한 영향 그리고 양자공학과 21세기 기술발전의 관계를 소개한다. |
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