Advanced Reactor Engineering & Licensing Training Programs

Join the Nuclear Renaissance with world-class training in SMR technologies, regulatory compliance, and PRA

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Why Choose Us?

Accreditation: A

Professional Teacher • Trusted Education

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NRC Review Expectations

Comprehensive coverage of regulatory requirements and expectations

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Audit & Inspection

Complete preparedness for regulatory audits and inspections

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FOAK Risk Reduction

First-of-a-kind deployment risk mitigation strategies

⚙️ Innovation Capabilities

SMR Deployment Strategy

Licensing pathway development, commercialization modeling, and regulatory integration support for advanced reactors.

Regulatory & Policy Advisory

Structured alignment with nuclear regulators and deployment readiness across global jurisdictions.

Advanced Reactor R&D

Technology roadmap development and integration of next-generation nuclear innovation platforms.

Advanced Reactor Licensing & Engineering Training Programs

10 CFR 50 – Two-Step Licensing

Construction Permit requirements
Final Safety Analysis Report (FSAR) development
Technical Specifications framework
NRC Requests for Additional Information (RAI) management
Transition strategies to operating license

10 CFR 52 – One-Step Combined License

Combined License Application (COLA) structure
Design Certification Rule integration
Inspections, Tests, Analyses & Acceptance Criteria (ITAAC)
Closure verification strategies
Design control document alignment

Core Training Modules

Advanced Reactor Considerations

Risk-informed, performance-based approaches
Policy statements on advanced reactors
Licensing modernization initiatives
Technology-inclusive regulatory pathways
Section III Division 5 requirements

SMR & ASME SEC. III Division 5

Creep-fatigue evaluation methods
Inelastic analysis techniques
Class A component design
Code case application strategy
SRP-0800 expectations for Div.5 components

LW-SMR & HT-SMR Safety

Core safety margins
Thermal-hydraulic accident analysis
LOCA & severe accident mitigation
Containment performance
Long-term operation & license renewal

Probabilistic Risk Assessment (PRA)

Level 1, 2 & 3 PRA fundamentals
Risk-informed Technical Specifications
Significance Determination Process (SDP)
Integration of PRA into advanced reactor licensing

Elevated Temperature Systems

Training for Elevated Temperature Systems
High-temperature materials behavior
ASME Section III Division 5 applications
Creep-fatigue analysis methods

Who Should Attend?

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Reactor Design Engineers

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Structural Analysts

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Licensing Managers

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Authorized Nuclear Inspectors

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Utility Engineers

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QA/QC Personnel

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PRA Specialists

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Regulatory Affairs

Join the Nuclear Renaissance

🌐 www.alphanumericsolutions.biz

✉️ jay@alphanumericsolutions.biz

📞 (416) 888-6257

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