Ofertas › GE Vernova
GE Vernova · Boston, MA; Flexible / Remote · Remoto
Job Description Summary The Senior Deterministic Safety Analysis (DSA) Engineer position will make immediate contributions to the team responsible for BWRX 300 deterministic safety analyses with primary focus on LOCA and Containment performance. The DSA team is responsible for performing safety analysis in support of various applications for BWRX 300 transient analyses, thermal hydraulic analyses, Loss of Coolant Accident (LOCA) analysis, containment analysis, and stability analysis. The individual will work within an energetic team environment to perform thermal hydraulic and plant transient analyses to support a variety of applications encompassing BWRX 300 DSA, with emphasis on LOCA mass and energy release, containment thermal hydraulics, and passive system performance (ICS and PCCS). The position offers limitless opportunities to contribute to the fundamental bases of nuclear power plant operations and safety analysis by applying state of the art thermal hydraulics methods to satisfy licensing requirements and solve real day-to-day plant problems. Additionally, this position has direct customer-facing opportunities through training, deliverables, and collaboration. The DSA team offers unique opportunities to create and/or improve cutting edge automation and methods. Job Description Essential Responsibilities: As the Senior Deterministic Safety Analysis Engineer, you will: Lead a variety of projects including technical evaluations and analyses in the area of Anticipated Operational Occurrences, Anticipated Transients without Scram, Reactor Heat Balance, and Thermal Hydraulic Fuel Channel Analyses. Serve as a subject-matter expert for BWRX-300 LOCA and Containment behavior, leading development, maintenance, and application of DSA methods and results that implement key topical reports (e.g., LOCA summary, containment performance, and containment evaluation method). Perform plant thermal-hydraulic evaluations and analyses in the areas of LOCA (large and small breaks inside and outside containment), high-energy line break (HELB), Containment pressure/temperature and sub-compartment response, passive containment cooling system (PCCS) and Isolation Condenser System (ICS) performance, Fire Safe Shutdown, Annulus Pressurization Loads, and RIPD analyses. Develop, document, and apply TRACG-based evaluation models for LOCA mass-and-energy release and fuel acceptance criteria, and GOTHIC-based models for containment response, including conservative (CN-DSA) and be