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(usually composites), and manufacturing processes for cutting edge and next generation things from every day household items, military systems, to futuristic spacecraft. Each project we take on is a
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development used to guide and improve experiments. The research goals are to improve assessment of ceramic and carbon matrix composites by merging or adapting NDE modalities that include ultrasonics, x-ray
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preparation of particulate composites containing polymers, explosives, and reactive materials, with an emphasis on powder processing methods and surface modification of ingredients. A successful candidate must
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to: Stainless Steel, Copper, Aluminum, thermoplastics, composites, Titanium, and super alloys. Responsible for the daily operations of a machining center that include the following: • Machine tooling selection
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directly related experience with polymer and/or polymer matrix composite analysis, mechanical test methods, and property development 5. Experience in metallurgy, microstructural evaluation, grain size, phase
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the composition of the student body, faculty, and staff an in ensuring an inclusive and welcoming community for all; • An appreciation of the challenges facing private universities, particularly those competing
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main campus and Dayton Composites Center). Work will include operation and advancement of both commercial EOS and Concept Laser systems as well as custom open architecture LPBF machines and all