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to: outdoors (heat/cold), confined spaces, radiological areas, elevated surfaces, hazardous material storage or contaminated areas. Operation of motor vehicles on site and over public roads. About ORNL: As a U.S
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the unique capabilities at ORNL, including the High Flux Isotope Reactor (HFIR) and related radiochemical and nuclear processing facilities, the groups support a variety of projects supplying difficult
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standards and regulations. Are co-optimized with the development of new high-performance materials. Design and develop experimental setups, conduct experiments, and analyze results. Perform simulations
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areas including: Quantum information sciences, Artificial intelligence and machine learning, Biotechnology, High-performance computing, Semiconductors, and Advanced materials and manufacturing. Generate
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management program, provides technical support to operations and maintenance, and performs systems analysis. Major Duties/Responsibilities: Assists in creating and revising designs for reactor components
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. The Controls Integration Group designs, develops, maintains, supports and upgrades integrated high reliability control system solutions, including computing and network infrastructure, hardware, firmware and
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electrical engineer. This group is responsible for the NNFD facility’s configuration management program, providing technical support to operations and maintenance, and performing systems analysis
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-high vacuum environments. Proficiency in the assembly, troubleshooting, repair, calibration, and operation of vacuum and mechanical systems. Hands-on experience with mechanical and electronic test
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of materials at the two facilities as part of an international user program; 2) operating the neutron scattering instruments at SNS and HFIR, and safe and reliable operation of accelerator and target systems
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with users on a wide range of science topics. It is expected that you pursue your own research program focusing on the neutron scattering capabilities available at both SNS and the High Flux Isotope