Next-Generation Nuclear Reactor Technologies
( 30 Modules )

Module #1
Introduction to Next-Generation Nuclear Reactors
Overview of the importance and challenges of next-generation nuclear reactors

Module #2
Nuclear Reactor Basics
Review of nuclear reactor principles, types, and generations

Module #3
Nuclear Fuel Cycles
Introduction to fuel cycles, including uranium and thorium-based cycles

Module #4
Radiation Protection and Safety
Fundamentals of radiation protection and safety in next-generation reactors

Module #5
Regulatory Frameworks
Overview of national and international regulatory frameworks for next-generation reactors

Module #6
Small Modular Reactors (SMRs)
Design principles and applications of SMRs

Module #7
Integral Pressurized Water Reactors (iPWRs)
Design and operation of iPWRs, including AP1000 and EPR

Module #8
High-Temperature Gas-cooled Reactors (HTGRs)
Design and operation of HTGRs, including Pebble Bed and Prismatic designs

Module #9
Sodium-cooled Fast Reactors (SFRs)
Design and operation of SFRs, including BN-1200 and ASTRID

Module #10
Lead-cooled Fast Reactors (LFRs)
Design and operation of LFRs, including ELSY and ALFRED

Module #11
Gas Coolants
Properties and applications of helium, nitrogen, and carbon dioxide coolants

Module #12
Liquid Metal Coolants
Properties and applications of sodium, lead, and lead-bismuth coolants

Module #13
Advanced Fuel Types
Overview of uranium, thorium, and alternative fuel types for next-generation reactors

Module #14
Fuel Cycle Options
Overview of open, closed, and hybrid fuel cycles for next-generation reactors

Module #15
Nuclear Waste Management
Challenges and opportunities for nuclear waste management in next-generation reactors

Module #16
Nuclear Hydrogen Production
Overview of nuclear hydrogen production technologies and applications

Module #17
Nuclear Process Heat Applications
Overview of nuclear process heat applications, including industrial process heat and oil refining

Module #18
Nuclear Desalination and Water Treatment
Overview of nuclear desalination and water treatment technologies and applications

Module #19
Safety and Risk Assessment for Next-Generation Reactors
Overview of safety and risk assessment methodologies for next-generation reactors

Module #20
Licensing and Regulatory Challenges
Challenges and opportunities for licensing and regulatory frameworks for next-generation reactors

Module #21
Economic Analysis of Next-Generation Reactors
Overview of economic analysis methodologies for next-generation reactors

Module #22
Environmental Impact and Sustainability
Overview of environmental impact and sustainability considerations for next-generation reactors

Module #23
Research and Development Priorities
Overview of research and development priorities for next-generation reactors

Module #24
International Cooperation and Collaboration
Overview of international cooperation and collaboration in next-generation reactor development

Module #25
Innovative Materials and Technologies
Overview of innovative materials and technologies for next-generation reactors

Module #26
Case Study:Small Modular Reactors (SMRs)
In-depth analysis of SMR development and deployment

Module #27
Case Study:Generation IV Reactors
In-depth analysis of Generation IV reactor development and deployment

Module #28
Case Study:Advanced Fuel Cycles
In-depth analysis of advanced fuel cycle development and deployment

Module #29
Future Outlook for Next-Generation Reactors
Overview of future trends and outlook for next-generation reactors

Module #30
Course Wrap-Up & Conclusion
Planning next steps in Next-Generation Nuclear Reactor Technologies career

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Next-Generation Nuclear Reactor Technologies ( 30 Modules )

Next-Generation Nuclear Reactor Technologies
( 30 Modules )