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of complex technical problems in projects related to spent nuclear fuel waste management. You will have the opportunity to research and develop analytical methods and technologies supporting all
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with TAL SOP’s, Analytical Methods, and Work Aids Demonstrated knowledge and experience in high level nuclear operations, TAL containment systems, TAL radiochemistry instrumentation, and TAL analytical
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technology and the expansion of the nation’s stable‑isotope production capabilities. The EI&C group applies modern hardware and software engineering methods to design, integrate, and sustain reliable, high
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other methods for simulating workloads in a test environment. A proven foundation in high-performance computing, experience with large supercomputers, and knowledge of applications that run on them
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quantum magnetism and strongly correlated systems, as well as classical methods such as exact diagonalization, tensor networks or DMRG, and quantum Monte Carlo. Familiarity with inelastic neutron scattering
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column chromatography, recrystallization, and preparative HPLC. Strong expertise in chemical characterization and analytical methods, including NMR, UV-vis, FT-IR, mass spectrometry, HPLC, and related
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. Engage with the broader community for computational methods, artificial intelligence and machine learning, and real-world coupled physics applications. Deliver on ORNL’s mission by aligning behaviors
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(ORNL). The Spectroscopy Section leads the development of neutron spectroscopy methods across 10 instruments at both the High Flux Isotope Reactor and Spallation Neutron Source enabling research in areas
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energy and security challenges. The Integrated Building Performance and Analysis (IBDA) group develops innovative methods for whole-building energy performance, systems integration, deployment, and
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or related Applied Economics discipline with a strong quantitative focus. Demonstrable knowledge of applied econometrics and statistical evaluation methods, such as: Difference-in-Differences (DiD