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energy recovery systems, (3) improving energy efficiency and flexibility of vapor compression systems, and (4) other advanced building equipment including appliances. This will involve the design
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system architecture, design, implementation, and testing including hands on work with our mock-reactor autonomous controls testbed. The primary function of this position is to develop autonomous controls
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team, you will have access to professional development opportunities and a supportive community of colleagues who share your passion for innovation and discovery. Join us in becoming part of the team and
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generation systems. The successful candidate will develop novel designs for mass exchangers, conduct experimental campaigns, perform thermodynamic analysis and system modeling, analyze results, prepare
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applications for an applied technical staff position, with emphasis in the area of irradiation engineering. A central mission of the IE Group is to design, fabricate, and build irradiation capsules to support
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Innovation Institute (ORII) Convergent Research Initiative. This initiative focuses on the Development and Advancement of Radiopharmaceutical Therapies, aiming to harness interdisciplinary expertise and
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modeling and simulation through novel methods and algorithm design for CPU and GPU architectures Interact effectively across organization structures with staff scientists and engineers and be an effective
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parameters, developing and analyzing approaches to mitigate chemical and physical impediments to processes, and implementing material and design goals. Develop and execute complex test plans involving
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technical support staff, as well as scientist in integrative microbiomics, synthetic biology, and the bioanalytical mass spectrometry groups at ORNL and partner institutions. You will design and execute
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: Design and execute experimental testing and evaluation to assess the mechanical and physical behaviors of ceramic and metallic materials both pre and post neutron irradiation. Perform microstructural and