Advanced Control Systems in Nuclear Power
( 30 Modules )

Module #1
Introduction to Nuclear Power Plant Control Systems
Overview of nuclear power plant control systems, importance of control systems, and goals of the course

Module #2
Nuclear Power Plant Fundamentals
Review of nuclear power plant principles, reactor types, and plant systems

Module #3
Control System Fundamentals
Review of control system fundamentals, including control loops, feedback, and controllers

Module #4
Advanced Control System Architectures
Overview of advanced control system architectures, including distributed control systems and intelligent control systems

Module #5
Digital Control Systems
Digital control systems in nuclear power plants, including digital control algorithms and digital signal processing

Module #6
Analog Control Systems
Analog control systems in nuclear power plants, including analog control algorithms and analog signal processing

Module #7
Control Valve Fundamentals
Control valve fundamentals, including valve types, valve selection, and valve sizing

Module #8
Actuator Fundamentals
Actuator fundamentals, including electric, hydraulic, and pneumatic actuators

Module #9
Sensor Fundamentals
Sensor fundamentals, including temperature, pressure, and level sensors

Module #10
Advanced Control Strategies
Advanced control strategies, including model predictive control, fuzzy logic control, and neural network control

Module #11
Process Optimization
Process optimization techniques, including linear programming, quadratic programming, and dynamic programming

Module #12
Advanced Process Control
Advanced process control techniques, including multivariable control, state-space control, and observer-based control

Module #13
Fault Detection and Diagnosis
Fault detection and diagnosis techniques, including statistical process control and artificial intelligence-based methods

Module #14
Control System Safety and Security
Control system safety and security, including cybersecurity, risk assessment, and fault tolerance

Module #15
Human-Machine Interface Design
Human-machine interface design principles, including operator interface design and alarm management

Module #16
Nuclear Power Plant Control System Commissioning
Commissioning of nuclear power plant control systems, including testing, validation, and verification

Module #17
Control System Maintenance and Upgrades
Maintenance and upgrade strategies for nuclear power plant control systems, including obsolescence management and life extension

Module #18
Advanced Control System Applications
Advanced control system applications in nuclear power plants, including load-following, frequency control, and grid support

Module #19
Nuclear Power Plant Control System Standards and Regulations
Overview of nuclear power plant control system standards and regulations, including IAEA, NRC, and ASME codes

Module #20
Case Studies in Advanced Control Systems
Real-world case studies of advanced control systems in nuclear power plants, including successes and challenges

Module #21
Research and Development in Advanced Control Systems
Overview of ongoing research and development in advanced control systems, including emerging trends and technologies

Module #22
Economic and Environmental Benefits of Advanced Control Systems
Economic and environmental benefits of advanced control systems in nuclear power plants, including cost savings and emissions reduction

Module #23
Challenges and Opportunities in Advanced Control Systems
Challenges and opportunities in advanced control systems, including implementation barriers and future directions

Module #24
Advanced Control Systems in New Nuclear Power Plants
Application of advanced control systems in new nuclear power plants, including Generation III and Generation IV reactors

Module #25
Advanced Control Systems in Small Modular Reactors
Application of advanced control systems in small modular reactors, including SMR design and operation

Module #26
Advanced Control Systems in Nuclear Research Reactors
Application of advanced control systems in nuclear research reactors, including research reactor design and operation

Module #27
Advanced Control Systems in Decommissioning and Waste Management
Application of advanced control systems in decommissioning and waste management, including radiation protection and environmental monitoring

Module #28
Advanced Control Systems in Nuclear Power Plant Life Extension
Application of advanced control systems in nuclear power plant life extension, including aging management and asset optimization

Module #29
Advanced Control Systems in Nuclear Power Plant Upgrading
Application of advanced control systems in nuclear power plant upgrading, including power uprating and modernization

Module #30
Course Wrap-Up & Conclusion
Planning next steps in Advanced Control Systems in Nuclear Power career

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Advanced Control Systems in Nuclear Power ( 30 Modules )

Advanced Control Systems in Nuclear Power
( 30 Modules )