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About the Opportunity Job Summary Under the direction of the Principal Investigator, the Postdoctoral Research Associate designs and conducts research developing alternative fuels and advancing
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DOE-STP Critical Minerals and Energy Innovation - Alternative Fuels and Feedstocks Office Fellowship
education, background, and experience focused on expanding research related to the DOE's current and future mission. CMEI’s Alternative Fuels and Feedstocks Office (AFFO) funds research, development and
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challenges and conduct the research needed to accelerate the delivery of solutions to the marketplace. The Reactor and Nuclear Fuel Cycle Analysis Group (RNFCA) Group is seeking candidates to apply
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phenomena of nuclear reactor fuel cladding and core internal materials. Strong materials characterization skills are required. This position resides in the Fuel Cladding and Core Internals (FCCI) Group in
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Postdoctoral Researcher in the fields of uranium chemistry and nuclear forensics. The role entails performing and leading cutting-edge research on nuclear fuel cycle-related materials with a focus on solid
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(NSSD) at Oak Ridge National Laboratory (ORNL). The NND performs research and development to detect, characterize, and monitor nuclear fuel cycle activities and nuclear explosions; develops concepts
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, high temperature, nuclear environments. This position resides in the Nuclear and Extreme Environment Measurement (NEEM) Group in the Nuclear Energy and Fuel Cycle Division, Fusion and Fission Energy and Science
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be to: conduct advanced research into supersonic combustion and compressible reacting flows, particularly investigating how compressibility suppresses fuel-air mixing contribute to research seeking
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optimization of fuel-cell-based electric vertical take-off and landing uncrewed aerial systems for medical deliveries. Reporting to ARC Future Fellow and Professor Dries Verstraete, as Postdoctoral Research
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alongside data scientists, software engineers, statisticians, and domain experts, publish and release your work openly, and apply these methods to nuclear nonproliferation and nuclear fuel cycle problems