Experience with thermal-hydraulic analysis, scripting, and coding preferably with reactor safety computer codes such as MELCOR or post-processing in MATLAB or Python; Experience working with and debugging interpreted (Python/MATLAB) and compiled programming languages (C, C++/FORTRAN); Strong interest in fluid dynamics, heat transfer, thermodynamics, and other related subjects; Ability to understand large/complex systems including fluids, heat transfer, instrumentation and control systems, and electrical components; Strong written and verbal communications skills with an ability to articulate technical ideas in a clear and concise manner. The successful candidate's duties could include, but are not limited to: thermal hydraulic model development and analysis, researching and developing probabilistic models for reactor plant safety, understanding and communicating nuclear plant accident progression, developing scripts to run our models and post-process results, working productively and efficiently with a team of knowledgeable professionals to document different analyses, and understanding and communicating results to coworkers, managers, and Naval Reactors.