Nuclear Reactor Engineering: Design and Safety
( 25 Modules )

Module #1
Introduction to Nuclear Reactor Engineering
Overview of nuclear reactor principles, types, and applications

Module #2
Nuclear Physics Fundamentals
Review of nuclear physics principles, including neutron interactions and radioactive decay

Module #3
Reactor Core Design Principles
Introduction to reactor core design, including fuel types, coolant systems, and moderator materials

Module #4
Reactor Kinetics and Dynamics
Study of reactor kinetics, including neutron transport and reactor stability

Module #5
Thermal-Hydraulics of Nuclear Reactors
Analysis of heat transfer and fluid flow in nuclear reactors

Module #6
Reactor Coolant Systems
Design and operation of reactor coolant systems, including heat exchangers and pumps

Module #7
Reactor Containment Systems
Design and operation of reactor containment systems, including containment buildings and pressure suppression systems

Module #8
Fuel Cycle and Nuclear Waste Management
Overview of the nuclear fuel cycle, including fuel production, reactor operation, and waste management

Module #9
Reactor Safety Fundamentals
Introduction to reactor safety principles, including safety goals and design principles

Module #10
Reactor Accidents and Emergency Core Cooling
Analysis of reactor accidents, including LOCA and ATWS, and emergency core cooling systems

Module #11
Human Factors in Nuclear Safety
Study of human factors that influence nuclear safety, including operator training and human error

Module #12
Probabilistic Safety Assessment (PSA)
Introduction to probabilistic safety assessment, including event tree and fault tree analysis

Module #13
Deterministic Safety Analysis
Study of deterministic safety analysis, including thermal-hydraulics and neutronics analysis

Module #14
Reactor Design and Licensing
Overview of reactor design and licensing process, including regulatory requirements and design criteria

Module #15
Advanced Reactor Designs
Study of advanced reactor designs, including Generation IV reactors and small modular reactors

Module #16
Nuclear Reactor Operation and Maintenance
Overview of nuclear reactor operation and maintenance, including startup and shutdown procedures

Module #17
Radiation Protection and Health Physics
Study of radiation protection and health physics, including radiation detection and dosimetry

Module #18
Nuclear Security and Safeguards
Overview of nuclear security and safeguards, including physical protection and material control

Module #19
Environmental Impact of Nuclear Reactors
Study of environmental impact of nuclear reactors, including air and water pollution

Module #20
Economic and Social Aspects of Nuclear Power
Overview of economic and social aspects of nuclear power, including cost-benefit analysis and public perception

Module #21
Case Studies in Nuclear Reactor Design and Safety
In-depth analysis of real-world case studies in nuclear reactor design and safety

Module #22
Best Practices in Nuclear Reactor Engineering
Study of best practices in nuclear reactor engineering, including lessons learned from operating experience

Module #23
Research and Development in Nuclear Reactor Engineering
Overview of current research and development in nuclear reactor engineering, including advanced materials and reactor designs

Module #24
Challenges and Opportunities in Nuclear Reactor Engineering
Discussion of current challenges and opportunities in nuclear reactor engineering, including public perception and policy implications

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

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Nuclear Reactor Engineering: Design and Safety ( 25 Modules )

Nuclear Reactor Engineering: Design and Safety
( 25 Modules )