Nuclear Licensing Engineer

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Skills:

Nuclear Power+ Licensing + Human Factors Chapter 18 SAR licensing experience + DCD

• Support BWRX-300 licensing activities with input from the BWRX-300 Project Team for deployment of the BWRX-300 and provide support to Engineering for assigned design activities.
• Support preparation, review, and conduct of technical and licensing presentations to customers and regulators in assigned areas.
• Coordinate and attend BWRX-300 meetings with customers and regulators as directed.
• Prepare and review responses to customers and regulators Requests for Information (RFIs), as well as other correspondence and licensing submittals from GVH through customers and regulators.
• Prepare and review responses for correspondence from the regulators through customers to GVH.

Bachelor’s degree in engineering, scientific discipline, or other related technical fields.

• Ten years or more interacting with international regulators on behalf of nuclear power plant licence applicants and licence holders preferred.
• Experience in preparation of licensing submittals to international regulators and utilities, and facilitation of customer and regulators reviews and approvals in support of nuclear power plant or other nuclear facility licence applications.
• Experience in global nuclear regulations and licensing processes, including Preliminary Safety Analysis Report preparation and validation, responses to Requests for Information (RFIs), Design
• Specific experience in USNRC regulations and regulatory guidance in one or more of the following technical areas:
  • nuclear power plant licensing requirements for design processes, construction, commissioning, operation, and decommissioning
  • Nuclear power plant structures, systems, and components classification process
  • Equipment qualification and environmental factors
  • Human performance programs
  • Protection against internal and external hazards
  • Reactor fuel design and core management requirements
  • Reactor pressure vessel and ASME Class 1 valve design requirements
  • Emergency core cooling system and other engineered safety features design requirements
  • Dry containment design, including containment isolation requirements
  • Evaluation of normal operation, anticipated operational occurrences, postulated accidents, and beyond design basis events, including transient and accident analysis and acceptance criteria requirements
  • Operational limits and considerations
  • Onsite and offsite radiological dose analyses
  • Emergency management and emergency planning zone development
  • Other nuclear safety systems
  • Non-nuclear safety systems
  • Radiation protection programs
  • Radiological and chemical effluent management systems and monitoring programs
  • Fire protection systems and programs
• Previous experience with BWR designs is highly desired.
• Previous experience with Small Modular Reactor licensing activities preferred.
• Ability to primarily work remotely and meet deliverable schedules, with on-demand support of