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, computational modeling, and the establishment of processing–structure–property relationships for advanced polymer composite systems. The successful candidate will support the development of predictive tools
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, qualification/certification, additive manufacturing feedstocks, carbon fiber and composites, caron-carbon materials, machining, data analytics, metrology, flexible automation and systems research. Successful
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. The successful candidate will demonstrate expertise in scientific research related to ceramics and ceramic composites used in nuclear fission and fusion reactors, including a deep understanding of radiation damage
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, qualification/certification, additive manufacturing feedstocks, carbon fiber and composites, caron-carbon materials, machining, data analytics, metrology, flexible automation and systems research. Successful
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. This role involves conducting research on both scaling up and developing precursor chemistries for advanced fiber production, as well as advancing fiber technologies for composite systems. The successful
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fibers and fillers for enhanced load translation at fiber-matrix interfaces in polymer matrix composites Develop repeat unit structure which drive self-assembly toward ultrafine domain sizes for innovative
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additive manufacturing, qualification/certification, additive manufacturing feedstocks, carbon fiber and composites, caron-carbon materials, machining, data analytics, metrology, flexible automation and
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control systems including gas delivery and pneumatic controls. This position resides in the Ceramics and Ceramic Composites (CCC) Group, Materials Processing Science and Engineering (MPSE) Section