Roadmap Samples

Fire PRA Roadmap

Intro Courses			Fire PRA			Proficiency
#	Skillset Topic	Examples	Identifier	Skillset Description	Courses	#	Skillset Topic	Examples
1	General PRA	PRA Overview, ASME/ANS PRA Standard Elements, Plant Systems Training	FR-1	Plant Layout Drawings	C-20	1	General PRA	Importance Measures, CCDP and CLERP
2	PRA Software	CAFTA, Phoenix Architect, HRA Calculator	FR-2	Walkdown Documentation	C-20	2	PRA Software	CAFTA, Phoenix Architect, HRA Calculator
3	Level 1 PRA	Fault Tree Development, Success Criteria, HRA, Quantification and Uncertainty	FR-3	Identify fire ignition sources (fixed and transient)	C-20	3	Level 1 PRA	Fault Tree Development, Success Criteria, HRA, Quantification and Uncertainty
			FR-4	Identify power supplies/interlocks/instrumentation	C-20	4	Level 2 PRA, Internal Flood PRA, Internal Fire PRA	Containment Event Tree Development, Thermal Hydraulic Success Criteria
			FR-5	Identify loss of equipment impact and target sets	C-20	5	Model Rollout	Maintenance Rule, SFCP, 50.69
			FR-6	Identify spurious operation of equipment	C-20	6	Recurring Applications	MSPI, Maintenance Rules
			FR-7	Identify credited equipment from App R	Reserved for Future Development	7	One-time Applications	Significance Determination Process, License Amendment Request
			FR-8	Identify fire scenarios	C-20	Identifier	Skillset Description	Courses
			FR-9	Identify fire induced failures	C-20	SW-7	FRANX Software	Reserved for Future Development
			FR-10	Identify cables supporting circuits where hot shorts impact those cables	C-20	RA-5	NFPA 805	Reserved for Future Development
			FR-11	Identify cable routing for credited equipment	C-20	Includes Listed Fire PRA Skillsets
			FR-12	Analyze overcurrent coordination and protection	C-20
			FR-13	Apply qualitative screening criteria to remove fire zones/PAUs from quantitative analysis	C-20
			FR-14	Build the PRM to determine CCDP and CLERP	C-20
			FR-15	Identify Main Control Room Scenarios (including abandonment scenarios)	C-20
			FR-16	Perform fire modeling to characterize intensity of fires	C-20
			FR-17	Evaluate fire growth scenarios including full room burnout	C-20
			FR-18	Determine target damage criteria	C-20
			FR-19	Identify classic FP equipment credited by the FPRA to reduce fire impact	C-20

SFCP Roadmap

Intro Courses			Application of QU to SFCP			Proficiency
#	Skillset Topic	Examples	Identifier	Skillset Description	Courses	#	Skillset Topic	Examples
1	General PRA	PRA Overview, ASME/ANS PRA Standard Elements, Plant Systems Training	L1-QU-1	Quantification Set Up/Model truncation	C-10	1	General PRA	Importance Measures, CCDP and CLERP
2	PRA Software	CAFTA, Phoenix Architect, HRA Calculator	L1-QU-2	Flag File	C-10	2	PRA Software	CAFTA, Phoenix Architect, HRA Calculator
3	Level 1 PRA	Fault Tree Development, Success Criteria, HRA, Quantification and Uncertainty	L1-QU-3	Mutually Exclusive File	C-10	3	Level 1 PRA	Fault Tree Development, Success Criteria, HRA, Quantification and Uncertainty
			L1-QU-4	Recovery Rule File	C-10	4	Level 2 PRA, Internal Flood PRA, Internal Fire PRA	Containment Event Tree Development, Thermal Hydraulic Success Criteria
			L1-QU-5	Cutsets and Delterms	C-10	5	Model Rollout	Maintenance Rule, SFCP, 50.69
			L1-QU-6	Importance Measures Reports	C-10	6	Recurring Applications	MSPI, Maintenance Rules
			L1-QU-7	Risk Metrics	Reserved for Future Development	7	One-time Applications	Significance Determination Process, License Amendment Request
			L1-QU-8	Model Roll-out	Reserved for Future Development	Identifier	Skillset Description	Courses
			L1-QU-9	Sensitivities	Reserved for Future Development	SW-7	FRANX Software	Reserved for Future Development
			L1-SOU	Uncertainty	C-6, C-8	RA-9	SFCP	C-21
			L1-SOU-1	Identify sources of uncertainty	C-6, C-8
			L1-SOU-2	Perform UNCERT runs	C-8
			L1-SOU-3	Analyze Results	C-8

Curricula – Fire PRA Fundamentals.

CBT - Introduction to PRA & Risk-Informed Regulation.

Curricula - Education of Risk Professionals Module 4: Data Analysis and Human Reliability Analysis.

Curricula - Education of Risk Professionals Module 5: Probabilistic Risk Assessment Quantification, Results Interpretation, and Applications.

Curricula – Seismic PRA.