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EDUCATION

Undergraduate

TABLE
Section Subject No. Code Subject Name L:E:C (H) Professor Semester
Basic electives NQE101 33.101

Nuclear and Quantum World

3:0:3 (3) Professor Fall
Major required NQE201 33.201

Fundamentals of Nuclear and Quantum Science

3:0:3 (4) Sung-Min Choi·Seugryong Cho Spring
NQE202 33.202

Introduction to Nuclear Engineering I

3:0:3 (4) Hyun Gook Kang·Yong Hee Kim Spring
NQE203 33.203

Introduction to Nuclear Engineering II

3:0:3 (4) Jong-Il Yun·Jeong Ik Lee Fall
NQE204 33.204

Interaction of Radiation with Matters

3:0:3 (4) Gyuseong Cho·Sung Oh Cho Fall
NQE301 33.301

Nuclear Reactor Theory

3:0:3 (4) Nam Zin Cho Fall
NQE303 33.303

Radiation Measurement Experiments

2:3:3 (6) Gyuseong Cho Fall
NQE401 33.401

System Engineering of Nuclear Power Plants and Experiments

3:3:4 (6) Hee Cheon No Spring
NQE402 33.402

Nuclear and Quantum Engineering Design Project

1:6:3 (4) Soon Heung Chang·Yong Hoon Jeong Fall
Major electives NQE211 33.211

Engineering Mathematics for Nuclear Engineers

3:0:3 (4) Jeong Ik Lee·Young-chul Ghim Fall
NQE272 33.272

Introduction to Medical Physics

3:0:3 (4) Seungryong Cho Fall
NQE281 33.281

Energy, Environment and Water

3:0:3 (4) Yong Hoon Jeong Spring
NQE311 33.311

Numerical Methods and Computer Simulation

3:0:3 (4) Nam Zin Cho Spring
NQE322 33.322

Introduction to Nuclear Thermal Hydraulics

3:0:3 (4) Jong H Kim Fall
NQE331 33.331

Nuclear I&C and Experiments

2:3:3 (4) Chun-Taek Rim Spring
NQE341 33.341

Nuclear Chemistry

3:0:3 (4) Jong-Il Yun Spring
NQE351 33.351

Introduction to Nuclear and Quantum Engineering Materials

3:0:3 (4) Ho Jin Ryu·Dongchan Jang·
Changheui Jang
Fall
NQE363 33.363

Fundamentals of Neutron and X-ray Science

3:0:3 (4) Sung-Min Choi Fall
NQE373 33.373

Introduction to Radiation Biology

3:0:3 (4) Man-Sung Yim Spring
NQE382 33.382

Engineering Physics for Nuclear Engineers

3:0:3 (4) Professor Spring·Fall
NQE434 33.434

Nuclear Power Systems Control

3:1:3 (6) Poong Hyun Seong Spring·Fall
NQE441 33.441

Environmental Engineering of Nuclear Power

3:0:3 (4) Kun Jai Lee Fall
NQE452 33.452

Application of Nuclear and Quantum Engineering Materials

3:0:3 (4) Ho Jin Ryu·Dongchan Jang
Changheui Jang
Spring
NQE471 33.471

Experiments in Quantum Engineering

2:3:3 (4) Professor Spring
NQE481 33.481

Introduction to Nuclear Fusion Engineering

3:0:3 (4) Young-chul Ghim Spring·Fall
NQE484 33.484

Writing English Essays for Engineers

3:0:3 (4) Professor Spring
NQE485 33.485

Special Topics in Nuclear and Quantum Engineering III

1:0:1 (4) Professor Spring·Summer
·Fall
NQE488 33.488

Special Topics in Nuclear and Quantum Engineering I

2:0:2 (4) Professor Spring·Summer
·Fall
NQE489 33.489

Special Topics in Nuclear and Quantum Engineering II

3:0:3 (4) Professor Spring·Summer
·Fall
Research NQE490 33.490

B.S. Thesis Research

0:6:3 Professor Spring·Fall
NQE495 33.495

Independent Research

0:6:1 Professor Spring·Fall
NQE496 33.496

Sminar

1:0:1 Professor Spring·Fall

원자력과 양자의 세계

TABLE
Subject No. NQE101
L:E:C (H) 3:0:3(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.