Advanced Reactor Design and Safety
( 25 Modules )

Module #1
Introduction to Advanced Reactor Design
Overview of advanced reactor designs and their applications

Module #2
Nuclear Reactor Fundamentals
Review of nuclear reactor principles, including neutron transport and kinetics

Module #3
Advanced Reactor Coolant Systems
Design and operation of advanced coolant systems, including gas, liquid metal, and molten salt coolants

Module #4
High-Temperature Reactor Design
Design principles and challenges for high-temperature reactors, including materials selection and thermal management

Module #5
Small Modular Reactor (SMR) Design
Design principles and advantages of SMRs, including passive safety systems and scalability

Module #6
Generation IV Reactor Designs
Overview of Generation IV reactor designs, including VHTR, SFR, LFR, and GFR

Module #7
Advanced Reactor Fuel Cycles
Design and operation of advanced fuel cycles, including closed-fuel cycles and alternative fuel sources

Module #8
Reactor Safety Fundamentals
Overview of reactor safety principles, including defense-in-depth and probabilistic risk assessment

Module #9
Deterministic Safety Analysis
Methods and applications of deterministic safety analysis, including accident sequence analysis

Module #10
Probabilistic Risk Assessment (PRA)
Methods and applications of PRA, including event tree analysis and fault tree analysis

Module #11
Reactor Safety Systems
Design and operation of reactor safety systems, including emergency core cooling and containment systems

Module #12
Human Factors in Reactor Safety
Importance of human factors in reactor safety, including operator training and human-machine interface design

Module #13
Reactor Severe Accident Management
Strategies and procedures for managing severe accidents, including core melt and containment failure

Module #14
Advanced Reactor Passive Safety Systems
Design and operation of passive safety systems, including natural convection cooling and gravity-driven systems

Module #15
Reactor Containment Design and Analysis
Design principles and analysis methods for reactor containments, including structural integrity and leakage prevention

Module #16
Thermal-Hydraulic Analysis of Reactor Systems
Methods and applications of thermal-hydraulic analysis, including CFD and system code simulations

Module #17
Neutronics Analysis of Advanced Reactor Designs
Methods and applications of neutronics analysis, including Monte Carlo simulations and deterministic methods

Module #18
Materials Science for Advanced Reactors
Materials selection and development for advanced reactors, including cladding, fuel, and structural materials

Module #19
Advanced Reactor Instrumentation and Control
Design principles and applications of advanced reactor instrumentation and control systems

Module #20
Reactor Licensing and Regulation
Overview of reactor licensing and regulation, including national and international frameworks

Module #21
Safety Culture and Human Performance
Importance of safety culture and human performance in reactor operation, including organizational factors and safety metrics

Module #22
Risk-Informed Design and Operation
Application of risk-informed approaches to reactor design and operation, including PRA-based decision making

Module #23
Advanced Reactor Simulation and Modeling
Methods and applications of advanced reactor simulation and modeling, including multi-physics simulations

Module #24
Reactor Decommissioning and Waste Management
Overview of reactor decommissioning and waste management, including strategies and challenges

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Advanced Reactor Design and Safety career

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Advanced Reactor Design and Safety ( 25 Modules )

Advanced Reactor Design and Safety
( 25 Modules )