Advanced Nuclear Reactor Safety and Control
( 30 Modules )

Module #1
Introduction to Advanced Nuclear Reactor Safety
Overview of nuclear reactor safety, importance of advanced safety features, and course objectives

Module #2
Nuclear Reactor Fundamentals
Review of nuclear reactor principles, types of reactors, and heat transfer mechanisms

Module #3
Advanced Reactor Designs
Overview of advanced reactor designs, including Gen IV reactors, small modular reactors, and integral pressurized water reactors

Module #4
Safety Principles and Goals
Fundamental safety principles, safety goals, and risk-informed approach

Module #5
Probabilistic Risk Assessment (PRA)
Introduction to PRA, event trees, fault trees, and risk metrics

Module #6
Deterministic Safety Analysis
Introduction to deterministic safety analysis, conservative approach, and safety margins

Module #7
Thermal-Hydraulics and Heat Transfer
Advanced thermal-hydraulics and heat transfer principles, including multi-phase flow and heat transfer

Module #8
Neutron Kinetics and Reactor Dynamics
Neutron kinetics, reactor dynamics, and stability analysis

Module #9
Advanced Reactor Control Systems
Overview of advanced reactor control systems, including digital instrumentation and control

Module #10
Safety Instrumentation and Control Systems
Design principles and requirements for safety instrumentation and control systems

Module #11
Human Factors and Human-Machine Interface
Human factors in nuclear safety, human-machine interface design, and operator training

Module #12
Containment and Confinement
Containment and confinement principles, design requirements, and performance analysis

Module #13
Cooling Systems and Emergency Core Cooling
Cooling system design, emergency core cooling systems, and coolant piping integrity

Module #14
Radioactive Waste Management and Storage
Radioactive waste management and storage principles, including dry cask storage and geological repositories

Module #15
Severe Accident Management and Mitigation
Severe accident management and mitigation strategies, including core damage prevention and containment integrity

Module #16
Nuclear Regulatory Framework and Licensing
Nuclear regulatory framework, licensing principles, and regulatory requirements

Module #17
International Safety Standards and Best Practices
International safety standards, best practices, and lessons learned from operating experience

Module #18
Advanced Simulation Tools and Methods
Overview of advanced simulation tools and methods, including computational fluid dynamics and Monte Carlo simulations

Module #19
Experimental Methods and Facilities
Experimental methods and facilities for safety research and testing, including scale models and hot cell facilities

Module #20
Risk-Informed Approach to Safety Management
Risk-informed approach to safety management, including risk monitoring and safety performance indicators

Module #21
Digitalization and Cybersecurity in Nuclear Safety
Digitalization and cybersecurity in nuclear safety, including digital twin and artificial intelligence applications

Module #22
Public Communication and Stakeholder Engagement
Public communication and stakeholder engagement strategies for nuclear safety and nuclear energy

Module #23
Nuclear Safety Culture and Human Performance
Nuclear safety culture, human performance, and organizational factors in nuclear safety

Module #24
Aging Management and Condition-Based Maintenance
Aging management and condition-based maintenance principles and practices for nuclear power plants

Module #25
New and Emerging Technologies in Nuclear Safety
New and emerging technologies in nuclear safety, including advanced materials and innovative reactor designs

Module #26
Nuclear Safety Research and Development
Nuclear safety research and development priorities, including experimental and computational methods

Module #27
Safety of Non-Light Water Reactors
Safety of non-light water reactors, including gas-cooled and liquid-metal fast breeder reactors

Module #28
International Cooperation and Knowledge Sharing
International cooperation and knowledge sharing in nuclear safety, including multinational projects and research initiatives

Module #29
Case Studies in Nuclear Safety
Case studies of nuclear safety events, including lessons learned and best practices

Module #30
Course Wrap-Up & Conclusion
Planning next steps in Advanced Nuclear Reactor Safety and Control career

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Advanced Nuclear Reactor Safety and Control ( 30 Modules )

Advanced Nuclear Reactor Safety and Control
( 30 Modules )