Nuclear Engineering Design Principles
( 25 Modules )

Module #1
Introduction to Nuclear Engineering
Overview of nuclear engineering, its applications, and importance

Module #2
Nuclear Reactor Fundamentals
Basic principles of nuclear reactors, including fission, reaction kinetics, and reactor types

Module #3
Nuclear Safety and Regulations
Nuclear safety principles, regulations, and guidelines for design and operation

Module #4
Reactor Design Principles
General design principles for nuclear reactors, including thermal-hydraulics and neutronics

Module #5
Fuel Cycle and Nuclear Fuel
Nuclear fuel cycle, fuel types, and fuel design principles

Module #6
Reactor Coolant Systems
Design principles for reactor coolant systems, including heat removal and cooling methods

Module #7
Reactor Core Design
Design principles for reactor cores, including fuel arrangement, coolant flow, and neutron moderation

Module #8
Control Rods and Reactivity Control
Design principles for control rods and reactivity control systems

Module #9
Nuclear Reactor Kinetics
Mathematical modeling of reactor kinetics and dynamic behavior

Module #10
Radiation Protection and Shielding
Principles of radiation protection, shielding, and radiation detection

Module #11
Thermal-Hydraulic Analysis
Analytical and numerical methods for thermal-hydraulic analysis of nuclear reactors

Module #12
Neutronics and Monte Carlo Methods
Neutronics principles, Monte Carlo methods, and application to reactor design

Module #13
Structural Mechanics and Materials
Structural mechanics and materials science principles for nuclear reactor design

Module #14
Advanced Reactor Designs
Overview of advanced reactor designs, including Generation IV and small modular reactors

Module #15
Nuclear Power Plant Systems
Overview of nuclear power plant systems, including electrical generation and Balance of Plant (BOP) systems

Module #16
Plant Layout and Design
Principles of plant layout and design, including safety considerations and construction methods

Module #17
Human Factors and User Experience
Principles of human factors and user experience in nuclear reactor design and operation

Module #18
Cybersecurity in Nuclear Engineering
Cybersecurity principles and best practices for nuclear reactor design and operation

Module #19
Risk-Informed Design and Operation
Risk-informed design and operation principles for nuclear reactors

Module #20
Design for Decommissioning
Design principles for decommissioning and dismantling of nuclear reactors

Module #21
Sustainable Nuclear Systems
Overview of sustainable nuclear systems, including closed-fuel cycles and waste management

Module #22
Nuclear Engineering Economical Analysis
Economical analysis principles for nuclear reactor design and operation

Module #23
International Nuclear Regulations and Standards
Overview of international nuclear regulations and standards for reactor design and operation

Module #24
Case Studies in Nuclear Engineering Design
Real-world case studies of nuclear engineering design principles and applications

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Nuclear Engineering Design Principles career

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Nuclear Engineering Design Principles ( 25 Modules )

Nuclear Engineering Design Principles
( 25 Modules )