176 evolution "https:" "https:" "https:" "https:" "https:" "https:" "ISCTE IUL" uni jobs at Oak Ridge National Laboratory
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providing enriched stable isotopes products. We lead the R&D and production process development for delivering stable isotopes for medical, industrial, and DOE mission critical applications. As part of our
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), including alert triage, tuning, use-case development, and integration with enterprise detection and response processes Establish and maintain laboratory-wide standards, processes, and playbooks for OT
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of these mission areas, providing exceptional opportunities for professional growth, technical development, and long-term career advancement. If you are motivated, mission-focused, and committed to enabling world
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of these mission areas, providing exceptional opportunities for professional growth, technical development, and long-term career advancement. If you are motivated, mission-focused, and committed to enabling world
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of these mission areas, providing exceptional opportunities for professional growth, technical development, and long-term career advancement. If you are motivated, mission-focused, and committed to enabling world
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associated Research, Development, and Pilot Production activities. This position resides in the Isotope Enrichment & Facilities Group within the Quality Assurance Division (QAD), Environment, Safety, Health
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design of novel experimental methods, such as development of high speed and high-fidelity data collection methods, implementation of autonomous experimental workflows, and formulation of new ways
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. Provides leadership, direction, and support to engineering staff as needed. Performs mid-year and annual personnel assessment, evaluation, and development for engineering staff. Make recommendations to HFIR
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Design Services Manager is responsible for the 3D CAD model and drawing development for the STS and manages a centralized group of designers for the project. This position is a key role in the project and
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technical foundations and development of innovative approaches for individual components and integrated systems that meet the rigors of the fusion environment while delivering robust, high-performance