Certified SMR Safety, Security, and Risk Analyst (CSMRP-SSRA) Certification Program by Tonex
The Certified SMR Safety, Security, and Risk Analyst (CSMRP-SSRA) Certification Program by Tonex prepares professionals to evaluate safety, security, cyber, safeguards, emergency planning, and risk concerns across small modular reactor deployment environments. The program examines SMR safety philosophy, passive and inherent safety claims, deterministic safety analysis, probabilistic risk assessment, severe accident prevention, physical protection, insider threat, supply chain risk, and resilience planning. Participants learn how to assess risks across remote sites, industrial deployments, defense energy applications, utilities, and grid-connected nuclear projects.
Cybersecurity plays a major role in SMR risk management because modern reactors rely on digital instrumentation, control systems, connected monitoring, and vendor-supported operational technologies. Weak cybersecurity controls can expose plant systems, safety functions, maintenance pathways, and emergency coordination processes to disruption. This certification helps professionals connect cybersecurity risk with nuclear safety, physical protection, operational resilience, and regulatory expectations in a practical SMR deployment context.
Learning Objectives
- Apply defense-in-depth principles to SMR safety and security planning.
- Evaluate passive safety features and inherent safety claims.
- Identify hazards across different SMR technologies and deployment models.
- Use deterministic and probabilistic approaches for basic risk assessment.
- Assess physical protection, safeguards, and insider threat concerns.
- Analyze cybersecurity risks affecting digital I&C and plant systems.
- Develop a structured SMR risk register for project decision support.
Audience
- Safety Engineers
- Risk Analysts
- Nuclear Security Professionals
- Cybersecurity Professionals
- Emergency Planners
- Regulators
- Utilities
- Defense Energy Teams
- SMR Project Managers
- Critical Infrastructure Protection Specialists
Program Modules
Module 1: SMR Safety Principles and Risk Foundations
- Defense-in-depth fundamentals
- Nuclear safety culture
- SMR deployment context
- Safety classification basics
- Regulatory risk expectations
- Multi-hazard risk framing
- Safety case development
Module 2: Passive Safety and Accident Prevention
- Passive cooling concepts
- Inherent safety claims
- Accident sequence barriers
- Severe accident prevention
- Heat removal strategies
- Containment protection concepts
- Safety margin evaluation
Module 3: PRA and Hazard Analysis Methods
- PRA framework overview
- Initiating event analysis
- Event sequence modeling
- Fault tree interpretation
- Hazard identification methods
- Risk-informed decisions
- Risk register inputs
Module 4: Cybersecurity for Digital Plant Systems
- Digital I&C exposure
- Cyber-physical risk pathways
- Network segmentation needs
- Access control concerns
- Vendor support risk
- Monitoring and detection
- Incident coordination planning
Module 5: Security Safeguards and Insider Threat
- Physical protection principles
- Site security zones
- Insider threat indicators
- Material safeguards basics
- Access authorization controls
- Security response planning
- Cross-domain threat assessment
Module 6: Emergency Resilience and Vendor Risk
- Emergency planning zones
- Remote site readiness
- Grid resilience concerns
- Industrial site coordination
- Supply chain assurance
- Vendor risk screening
- Recovery planning priorities
Exam Domains
- SMR Safety Principles
- Hazard Analysis and PRA
- Cybersecurity and Digital Risk
- Physical Security and Safeguards
- Emergency Planning and Resilience
- Supply Chain and Vendor Risk
Course Delivery
The course is delivered through lectures, interactive discussions, guided workshops, case-based analysis, and project-focused learning facilitated by experts in SMR safety, nuclear security, cybersecurity, emergency planning, and risk management. Participants review practical examples, structured readings, risk assessment tools, and applied case studies that support decision-making for SMR deployment environments.
Assessment and Certification
Participants will be assessed through quizzes, assignments, scenario-based exercises, and a capstone risk-register project. Upon successful completion of the course and required assessment activities, participants will receive the Certified SMR Safety, Security, and Risk Analyst (CSMRP-SSRA) Certification Program certificate by Tonex.
Question Types
- Multiple Choice Questions (MCQs)
- Scenario-based Questions
Passing Criteria
To pass the Certified SMR Safety, Security, and Risk Analyst (CSMRP-SSRA) Certification Program exam, candidates must achieve a score of 70% or higher.
Advance your expertise in SMR safety, cybersecurity, security, emergency resilience, and risk governance with Tonex and prepare to support safer, more secure, and better-informed SMR deployment decisions.