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improve materials selection and processing of ceramics and carbon-based composites with traditional and additive manufacturing platforms of various and numerous kinds; publish original peer reviewed
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manufacturing plant energy efficiency and decarbonization through roles in the U.S. Department of Energy’s Better Plants and Better Climate Challenge programs. Main Duties/Responsibilities: The successful candidate
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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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research regarding the interaction of nuclear fuel cycle (NFC) materials with themselves, each other, and the environment via synthesis, characterization, and analysis. Our primary goal is to provide
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volume biocomposite materials; conduct melt-mixing, extrusion, composites sample preparation, structure, and properties characterizations. The successful candidate will also publish original peer reviewed
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cultures of fungi and plant tissue cultures. Demonstrated record of experience with bioinformatics and statistical analysis software tools and a track record of primary contributions to peer-reviewed
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interfaces using the Spallation Neutron Source' (SNS) Liquids Reflectometer (BL-4B). The main objectives are: To develop liquid-liquid sample neutron reflectometry (LLNR) cells (with and without movable
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environments and interfaces for systems biology Analyze large biological data sets to build accurate predictive models of biological processes and publish original work Collaborate with internal and external
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grid, concentrating on fortifying grid security, enhancing reliability, bolstering resilience and advancing decarbonization. Our primary focus lies in the comprehensive 'Everything-to-Grid' (X2G
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. Major Duties/Responsibilities: Conduct engine experiments and analyze results in coordination with the project principal investigator to understand fundamental combustion behavior in marine engines