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or patches accepted upstream. Experience supporting internal developer platforms or developer self-service capabilities. Experience supporting large-scale scientific computing, high-performance computing
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and technical leadership in systems architecture for next-generation leadership-class high-performance computing. This position is embedded within the Oak Ridge Leadership Computing Facility (OLCF) and
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with analysis, fabrication, assembly, and testing personnel. Design complex components and subassemblies for high-speed rotating equipment using machine design fundamentals and design for manufacturing
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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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, 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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development. This position will work hand in hand with R&D teams, while contributing to a multifaceted sensitive information and data analysis team. Key focus areas include supply chain, high-performance
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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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, especially structural and fluid mechanics on contemporary high-performance hardware. Primary tasks will include development and performance improvements for hardware-portable scientific software and
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this group, we have the responsibility of assuring the availability of certified spare parts and materials needed to maintain and operate the High Flux Isotope Reactor (HFIR) and Cold Neutron Source plant
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to enable scientific discovery. NCCS has a long-standing history in High-Performance Computing (HPC) operating leadership-class systems in its Oak Ridge Leadership Computing Facility (OLCF), deploying