130 high-performance-quantum-computing positions at Oak Ridge National Laboratory in mechanical-engineering
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to apply to join the team as a Senior High Performance Computing (HPC) Engineer for Classified Computing to lead the design, implementation, and management of HPC systems within a classified environment. We
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Requisition Id 16923 Overview: The Field Intelligence Operations Division invites candidates to apply to join the team as a Senior High Performance Computing (HPC) Engineer for Classified Computing
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Requisition Id 16921 Overview: We are seeking an Associate Maintenance Engineer for the High Flux Isotope Reactor (HFIR) who will be responsible for helping to maintain the HFIR equipment and
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Requisition Id 16922 Overview: We are seeking a Maintenance Engineer for the High Flux Isotope Reactor (HFIR) who will be responsible for maintaining the HFIR equipment and facilities to ensure safe
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in designing liquid metal flow loop experiments and performing measurements of liquid metal flows. Knowledge of plasma physics codes, such as M3D-C1 and SOLPS and familiarity with computations of open
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-Performance Computing (HPC) Engineer for Classified Computing to lead the design, implementation, and management of HPC systems within a classified environment. We are looking for candidates with extensive
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, a next-generation geospatial data & computing platform and data center, supporting the lab’s geospatial science research portfolio with high-performance computing (HPC) capabilities. ORNL is the
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Requisition Id 17070 Overview: We are seeking a Postdoctoral Research Associate who will use multiscale modeling and simulation to develop probabilistic lifting frameworks for high
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Requisition Id 16626 Overview: The Field Intelligence Operations Division invites candidates to apply to join the team as a Senior High Performance Computing (HPC) Engineer for Classified
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supports unique research needs for the Department of Energy and other Government agencies with goals ranging from the integration of quantum computing in high performance computing architectures, improving