Nuclear Reactor Design and Safety
( 25 Modules )

Module #1
Introduction to Nuclear Reactors
Overview of nuclear reactors, types, and applications

Module #2
Nuclear Physics Fundamentals
Review of nuclear reactions, radiation, and interaction with matter

Module #3
Reactor Types and Configurations
Pressurized Water Reactors (PWRs), Boiling Water Reactors (BWRs), Gas-cooled Reactors, and others

Module #4
Reactor Core Design
Fuel types, lattice arrangements, and neutron moderation

Module #5
Heat Transfer and Cooling Systems
Reactor cooling systems, heat exchangers, and heat removal mechanisms

Module #6
Reactor Control and Operation
Control rods, neutron flux, and power control systems

Module #7
Fuel Cycle and Fuel Management
Nuclear fuel cycle, fuel enrichment, and fuel storage

Module #8
Radiation Protection and Shielding
Radiation exposure limits, shielding principles, and radiation protection

Module #9
Reactor Safety Fundamentals
Safety principles, defense-in-depth, and safety culture

Module #10
Reactor Accidents and Emergency Core Cooling
Design basis accidents, emergency core cooling systems, and severe accident management

Module #11
Containment Design and Performance
Containment structures, pressure suppression systems, and leak rate testing

Module #12
Probabilistic Safety Assessment (PSA)
PSA methodology, event tree analysis, and fault tree analysis

Module #13
Human Factors and Human-Machine Interface
Human factors in reactor design, operator training, and human-machine interface

Module #14
Passive Safety Systems
Passive safety system design, benefits, and challenges

Module #15
Advanced Reactor Designs
Small Modular Reactors (SMRs), Generation IV reactors, and advanced reactor concepts

Module #16
Nuclear Waste Management
Nuclear waste generation, storage, and disposal options

Module #17
Regulatory Frameworks and Licensing
International and national regulatory frameworks, licensing process, and inspection

Module #18
Computational Tools and Simulation
Simulation codes, reactor physics codes, and computational fluid dynamics

Module #19
Reactor Maintenance and Aging Management
Reactor maintenance strategies, aging management, and life extension

Module #20
Cybersecurity in Nuclear Reactors
Cybersecurity threats, vulnerabilities, and protection strategies for nuclear reactors

Module #21
Risk-Informed Design and Operation
Risk-informed design, operation, and regulation of nuclear reactors

Module #22
Sustainability and Environmental Impact
Sustainability aspects, environmental impact, and carbon footprint of nuclear reactors

Module #23
International Cooperation and Best Practices
International cooperation, best practices, and knowledge sharing in nuclear reactor design and safety

Module #24
Case Studies and Lessons Learned
Real-world case studies, lessons learned, and industry experiences

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

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Nuclear Reactor Design and Safety ( 25 Modules )

Nuclear Reactor Design and Safety
( 25 Modules )