203 high-performance-computing positions at Oak Ridge National Laboratory in United States
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of irradiation tests fielded in the High Flux Isotope Reactor and companion facilities, actinide chemistry, separations processes, used fuel handling, transportation, and nuclear waste forms. The incumbent will be
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Experience in an R&D and/or testing environment Experience executing in a high-performance computing environment Use of AI/ML techniques to develop surrogate models and support scientific discovery Experience
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to contribute to development of alloys with desirable advances in mechanical properties, thermal/electrical properties, and processability. A background in solidification processing, high pressure die casting
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investments to ensure alignment with ORNL, FFESD, and sponsor priorities. Oversee effective workforce development program that attracts and retains diverse, high-quality staff. Ensure a vibrant, inclusive
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workflow automation, including requirements definition and user testing. Manage priorities in a high-volume and dynamic environment; maintain accuracy, responsiveness, flexibility, and effective stakeholder
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) Group is responsible for end-to-end beam diagnostic systems used for accelerator tuning, operation, and performance optimization. The group also develops advanced diagnostic technologies for high-power
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computing solutions to efficiently scale testing environments supporting large datasets and high-performance AI workloads. Optimize resource allocation for simultaneous testing tasks and real-time tracking
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highly qualified individual to play a key role in improving the security, performance, and reliability of the NCCS computing environments. This includes supporting one of the fastest supercomputers in
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consistent with FFESD strategy Oversee effective workforce development program that attracts and retains diverse, high-quality staff. Ensure a vibrant, inclusive workplace environment in which all staff can
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highly qualified individual to play a key role in improving the security, performance, and reliability of the NCCS computing environments. This includes supporting one of the fastest supercomputers in