311 high-performance-quantum-computing-"https:"-"https:" positions at Oak Ridge National Laboratory
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Requisition Id 15989 Overview: We are seeking a Reliability Engineer who will focus on developing, implementing, and improving a reliability and asset management program for predictive operations
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high purity germanium (HPGe) spectrometer systems, which include performing assays in-situ, collecting required parameters, and modeling the unique detector efficiency for each assay. Review and analyze
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, enabling transformative advances in fusion and fission energy systems through foundational studies of radiation effects in materials, microstructural evolution, and performance under extreme conditions. This
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documentation, and regulatory records. Provide engineering overview of all mechanical utilities complex projects.Assist in the development and implementation of the utilities training program. Perform other roles
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in implementation of national policy issues that strive to ensure global nuclear security. One of the major focus areas of the AET group is the development of advanced approaches to operation
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have a clear enthusiasm for R&D. You will perform research in robotics and mechanical systems for remote and hazardous environments. Job Duties and Responsibilities: Work individually and/or as part of a
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○ Research approach ● Proposed Seaborg Researcher candidate ○ Strength of candidate Successful candidates must be approved by the ORNL Postdoc Program before receiving funding and performing research. Final
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implements "best-practice" solutions. Perform courier duties in the local area and in the U.S. as needed. Conduct administrative inquiries of security program non-compliance. Work with Security leadership
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, contributing to an effective nuclear assurance program. This position resides in the Contractor Assurance Group in the Office of Integrated Performance Management within the Office of the Laboratory Director for
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accelerator operations, maintenance periods, and scheduled outages. This position supports the SNS objective to achieve 5,000 hours of annual operation at 2 MW while enabling significantly shorter maintenance