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for the Advanced Nuclear Reactor and Fuel Cycle Engineer (Staff) role. This role is responsible for working with state-of-the-art modeling and simulation capabilities for lattice physics, reactor core, spent fuel
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for the Advanced Nuclear Reactor and Fuel Cycle Engineer (Associate) role. This role is responsible for working with state-of-the-art modeling and simulation capabilities for lattice physics, reactor core, spent
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for the Postdoctoral Research Associate, Advanced Nuclear Reactor and Fuel Cycle Engineer role. This role is responsible for working with state-of-the-art modeling and simulation capabilities for lattice physics
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models and simulation tools to understand physical processes in fusion applications that involve liquid metal magnetohydrodynamics and plasma physics, such as breeding blankets and liquid-metal plasma
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generating fusion energy. This research will focus on the chemical speciation and transport of tritium in the molten salt blankets using ab initio quantum simulations, machine learning potentials, and
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computational workflows, scripts, and software tools to improve simulation efficiency, data processing, and reproducibility Design, assemble, and execute laboratory experiments to validate simulation results
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multidisciplinary R&D projects involving modeling, simulation, hardware validation, and technology demonstration. The candidate will collaborate with researchers across ORNL and external partners from industry
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analyze the results of testing and simulations. Metrics for success will include scientific output, disseminating results at national and international conferences and other technical meetings, and
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. Demonstrated expertise in using machine learning and optimization frameworks in conjunction with FE simulations to assist with component and/or process design is preferred. Excellent written and oral
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radiation shielding. Experience scripting in Python, or a comparable language, to automate model construction, execution, and post-processing of simulation results. Excellent written and oral