Probabilistic Safety Assessment Engineer

Our Mission At Rolls-Royce SMR, we are delivering a new generation of low-carbon nuclear power that will help meet growing energy demands while supporting a cleaner future. Our Small Modular Reactor technology combines decades of engineering expertise with innovative manufacturing approaches to create safe, reliable and affordable clean energy solutions. Joining us means contributing to one of the UK's most significant engineering programmes and helping shape the future of energy. The Role As a Probabilistic Safety Engineer are a technical professional in the Rolls-Royce SMR PSA team and contribute to a diverse team supporting the development of the Rolls-Royce SMR Power Station and the successful completion of first the Generic Design Assessment (GDA) and then later licensing and permitting processes. There will be an opportunity to support compliance with international licensing regimes What We'll Need You to Do Productive contribution to the development, review and maintenance of the Probabilistic Safety Assessment (PSA) as part of the overall safety assessment programme.  Provide support to engineering disciplines in their decision-making process enabling PSA results to be considered as an input to choose between different design options that are under consideration.  Ensure that the appropriate level of quality and governance is applied to the PSA development and documentation.  Represent the project at appropriate internal technical and project reviews along with relevant team members and occasionally at external meetings with the regulator and other stakeholders.    Demonstrate commitment to continuous learning and the maintenance of RR SMR’s Nuclear Safety Culture.  Keep up to date with developments in the nuclear industry and the work of the appropriate external industry groups in the UK and worldwide including the identification of useful industry events.  What You'll Bring Experience in the development and application of PSA to nuclear facilities, preferably to a complex facility such as an operating Nuclear Power Plant (includes Level 1, Level 2 and Level 3  PSA). Experience with PWR-type reactor designs is ideal. Familiarity with applicable codes and standards (e.g. UK, IAEA, US) is an asset.  Experience in the use of PSA to support the design of a Nuclear Power Plant (risk informed design). Experience in PSA topics including development and application of fault trees and event trees, reliability data analysis, internal and external hazards, risk monitor, and system dependency topics. Additionally, expertise in the interpretation of PSA results and their application is required. Expertise in specific topic areas as well as generalist knowledge is welcomed. Knowledge of data analysis will be taken under consideration. Familiarity with PSA software analysis tools, particularly Risk Spectrum PSA. Familiarity with Pheonix Architect will be considered. Familiarity with writing macros in Excel and…