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Module VI : Applications of Probabilistic Safety Assessment

  • An overview of IAEA-TECDOC-1511,Determination of the Quality of PSA for NPP Applications
  • An overview of PSA Parameters (Risk Metrics) and their use in PSA Applications
  • Risk Informed Decision Making
  • Application of PSA:
    • ›  For Assessment of the Overall Plant Safety
    • ›  To support Decisions made during the NPP Design (plant under design) and
    • ›  To support NPP Upgrades, Backfitting Activities and Plant Modifications (operating plant)
  • Application of PSA in NPP Operation (for Maintenance Program Optimization, Risk informed In-Service Testing (IST) and In-Service-Inspection)
  • Risk informed Technical Specification Optimization
  • PSA Based Evaluation and Rating of Operational Events
  • Risk Based Configuration Control / Risk Monitors and
  • Risk informed Categorization of Structures, Systems and Components

Module VII : Design Concepts and Evaluation of New Reactor Designs from a Risk point of view

  • Design Concepts of New Reactors (Generation III+)
  • Design Safety Evaluation
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Additional Highlights

  • Supply of relevant Course/Study Material
  • Guidance on most widely-used international references (IAEA, USNRC, NEA etc.) with respect to various stages of PSA and
  • Supplementing at each Stage of the Course with practical examples. Theoretical explanations for each step along with details on implementation of each step in a leading PSA software
  • Online technical support for one week after training (for clarification of doubts related to the conducted training)
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