원자력 안전과 규제와 연관된 다양한 전문지식을 갖춘 최고의 석·박사급 안전 전문인력 양성을 통해 미래
원자력안전규제 분야를 이끌어 나갈 수 있는 최고의 인력을 배출하고자 함. The objective of this course is to cultivate top-tier master’s- and doctoral-level safety professionals
equipped with comprehensive and specialized expertise in nuclear safety and regulation, and to produce
highly qualified leaders capable of advancing and leading the future field of nuclear safety regulation.

원자력공학 기본 개념
Basic Concepts of Nuclear Engineering

○ Lecture Notes for Introduction to Nuclear Safety and Regulation (Distributed Prior to the Lecture)
○ IAEA GSR Part 4, Safety assessment for facilities and activities
○ IAEA SSG 2 Deterministic safety analysis for nuclear power plants
○ IAEA SSG 3 Development and Application of Level 1 Probabilistic Safety
○ IAEA SSG 4 Development and Application of Level 2 Probabilistic Safety Assessment for Nuclear Power Plants
○ IAEA Basic Professional Training Course (BPTC) Material
○ Nuclear Safety Act and Regulations on the Technology Requirements of Nuclear Power Facilities, etc.
○ KINS, Nuclear Safety Regulation Basic Manual, etc.

전반기 강의, 중간고사, 후반기 강의 (개인과제 발표 및 토론 포함), 기말고사
○ Introduction
○ 원자력 ‘안전'과 '규제'의 기본 개념
○ 원자력에너지의 이용․개발에 따른 안전의 중요성과 안전규제의 필요성
○ 원자력시설 개요 및 안전 이슈: 발전용원자로, 연구용원자로, 핵주기시설
○ 원자력 안전을 위한 규제 체계 및 안전 규제 기관의 기능 및 규제 절차
○ 우리나라의 원자력 안전 규제 체계 및 제도: 인허가 심사 및 규제검사
○ 기본 안전 원칙 및 목표, 리스크관리
○ 원자력 안전을 위한 핵심 개념: 심층방호 및 안전 설계
○ 중간고사: 개별 연구과제 주제 개요 발표 및 토의/토론
○ 산업표준과 원자력 안전 규제
○ 원자력시설 안전성 평가; 결절론적평가/확률론적평가/공항적평가 개념 밑 사례
○ 원자력 안전문화 및 사고․고장 관리 개요와 사고고장/ 안전문화 원인분석 사례
○ 원자력 시설에서 발생한 중대사고: 사고개요와 후쿠시마 원전 사고 교훈 사례
○ 리스크 및 성능 정보기반 방법 개념 및 규제 활용 사례
○ 선진원자로 개발 동향 및 안전 규제 주요 현안: 주제발표 및 토론
○ 기말고사: 개별 연구과제 발표 · 토의 · 평가
Week 1 : Introduction to the Course and Basic Concepts of Nuclear Safety and Regulation (I)
Week 2 : Basic Concepts of Nuclear Safety and Regulation (II)
Week 3 : Overview of Nuclear Facilities and Safety Issues: Power Reactors, Research Reactors, and Nuclear Fuel Cycle Facilities
Week 4 : The regulatory framework for nuclear safety, the roles and functions of safety regulatory agencies, and the regulatory process
Week 5 : Nuclear Safety Regulatory Framework and System in Korea: Licensing Review and Regulatory Inspections
Week 6 : Basic Safety Principles and Goals, and Risk Management
Week 7 : Key Concepts for Nuclear Safety: Defense-in-Depth and Safety Design
Week 8 : Mid Exam : Presentation and Discussion of Individual Research Topic Outlines
Week 9 : Industry Standards and Nuclear Safety Regulation
Week 10 : Safety Assessment of Nuclear Facilities: Deterministic Assessment, Probabilistic Assessment, and Integrated Assessment—Concepts and Case Studies
Week 11 : Overview of Radiation Safety, Radioactive Waste Management, and Radiation Emergency Planning & Response
Week 12 : Overview of Nuclear Safety Culture and Accident/Failure Management, and Case Studies on Root Cause Analysis of Accidents/Failures and Safety Culture Issues
Week 13 : Major Accidents at Nuclear Facilities: Incident Overview and Lessons Learned from the Fukushima Nuclear AccidentMajor Accidents at Nuclear Facilities: Incident Overview and Lessons Learned from the Fukushima Nuclear Accident
Week 14 : Concepts of Risk- and Performance-Informed Approaches and Regulatory Application Case Studies
Week 15 : Trends in Advanced Reactor Development and Key Issues in Safety Regulation: Topic Presentations and Discussions
Week 16 : Final Exam (Individual Research Project Presentation, Discussion, and Evaluation)

매강의시 새로운 주제로 강의하고, 사전에 파워포인트 자료를 예습하도록하고, 학생 전공분야를 고려하여 개인발표 주제를 초기에 정하고 후반부에 이를 발표, 토론