Advanced Reactor Control and Automation Workshop by Tonex
This workshop explores advanced control and automation technologies in Small Modular Reactors (SMRs). Participants will gain insights into digital control systems, automation strategies, and reactor safety mechanisms. The course covers modern reactor operation, predictive maintenance, cybersecurity in nuclear systems, and regulatory compliance. It also examines artificial intelligence applications in SMR automation. Designed for professionals in the nuclear industry, this workshop provides practical knowledge for optimizing reactor performance and safety.
Audience:
- Nuclear engineers
- Power plant operators
- Energy policymakers
- Control system engineers
- Automation specialists
- Regulatory professionals
Learning Objectives:
- Understand digital control systems in SMRs
- Explore automation strategies for reactor operation
- Learn predictive maintenance techniques
- Examine cybersecurity measures in nuclear automation
- Review regulatory frameworks for advanced reactor control
Course Modules:
Module 1: Fundamentals of SMR Control Systems
- Overview of Small Modular Reactor (SMR) technology
- Digital control system components in SMRs
- Role of automation in nuclear power plants
- Safety features of advanced reactor control systems
- Integration of AI in SMR automation
- Regulatory considerations for control systems
Module 2: Automation Strategies for Reactor Operation
- Principles of automated reactor control
- Real-time monitoring and decision-making
- Human-machine interface (HMI) in SMRs
- Adaptive control techniques for nuclear reactors
- Role of digital twins in SMR automation
- Case studies on automated reactor management
Module 3: Predictive Maintenance in SMRs
- Importance of predictive maintenance in nuclear systems
- AI-driven diagnostics for reactor components
- Condition monitoring and anomaly detection
- Preventive measures to reduce system failures
- Data analytics for predictive maintenance
- Best practices in SMR maintenance automation
Module 4: Cybersecurity in Nuclear Automation
- Threat landscape in nuclear automation systems
- Cybersecurity standards for reactor control
- Protecting digital control systems from cyber threats
- Network security in SMR automation
- Incident response strategies for nuclear cybersecurity
- Regulatory compliance in nuclear cyber defense
Module 5: Regulatory and Compliance Considerations
- Overview of nuclear regulations for SMRs
- Compliance requirements for automation in reactors
- Safety standards for digital control systems
- Licensing challenges in SMR automation
- International regulatory frameworks
- Future trends in nuclear regulatory policies
Module 6: Future of Advanced Reactor Automation
- Emerging trends in reactor automation
- AI and machine learning in SMR control
- Enhancing efficiency through automation
- Next-generation digital control systems
- Industry case studies and lessons learned
- Roadmap for future SMR automation advancements
Advance your expertise in reactor control and automation. Enroll in Tonex’s workshop to gain practical knowledge on optimizing SMR performance and safety.