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and analysis techniques to support these experimental efforts. Contribute to the development of ML/AI tools for nuclear physics and nuclear data applications. Publish papers, reports, and act as
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with simulation or modeling relevant to materials or manufacturing systems. Working knowledge of data-driven methods, AI, or machine learning as applied tools (not necessarily as a primary research
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challenges facing the nation. We invite applications for a Principal Engineer for Geospatial Computing Infrastructure. This dynamic and visionary leader will launch and build a next-generation Geospatial Data
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examination facilities and capabilities. The selected candidate may also serve as Principal Investigator for the Low Activation Materials Development and Analysis (LAMDA) Laboratory, ensuring programmatic
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, with primary responsibility for performing advanced rotor dynamic analyses and leading the research and development of next-generation modeling capabilities. This role focuses on improving the fidelity
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provide cost-attractive solutions for fusion subsystems needed to enable a burning plasma and turn it into a viable commercial power plant. A primary focus will be the generation of the necessary
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: The role comprises the following primary functions: Take technical ownership of user reported problems and provide hands-on support for scientific applications and libraries and users of high-performance
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industrial heat pumps). The role also involves research and analysis of technologies and practices for increasing the energy efficiency of the industrial sectors. The primary objective is to deliver the direct
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. Coordinate safety strategy with the Nuclear Facility Safety Division. Lead environmental compliance activities. Stakeholder & Agency Engagement: Serve as the primary project regulatory liaison with DOE, NRC