16 mechanic-of-composite-material Postdoctoral positions at The University of Arizona
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performance of tailings materials and storage facilities. Implement and refine the hydro-mechanical models to evaluate behavior under static and dynamic conditions. Conduct Laboratory and Field Investigations
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Sign In Create Profile Postdoctoral Research Associate, Civil & Architectural Engineering & Mechanics Tucson, AZ, United States | req23256 Apply Now Share Save Job Posted: 6/27/2025 Back to Search
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The successful applicant will conduct original research in collaboration with Prof. Sukrit Ranjan and his group related to the composition and structure of planetary atmospheres, with emphasis on terrestrial
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development of free-space laser communication system. Design, develop, implement, and test transmitter and receiver terminal consisting of a laser source, a modulator, a beam steering mechanism and optics
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Shaowen Bao. The purpose of this position is to conduct investigation of the mechanisms underlying noise trauma-induced neuronal death using advanced molecular, cellular and electrophysiological techniques
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applications from prospective postdoctoral scholars. Potential projects involve investigating the neural mechanisms underlying age-related changes in spatial navigation and memory. Methods to be used include
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is seeking multiple postdoctoral fellows to investigate molecular mechanisms underlying lung infections (viral or fungal) and chronic lung diseases such as asthma. Research in the Chen lab is currently
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therapy–induced cardiac toxicity, with a specific focus on DNA damage response (DDR) signaling pathways. The ideal candidate will have demonstrated expertise in DNA repair mechanisms, radiation biology, and
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focused on (photo)electrochemical materials for applications in energy storage, chemical production, and separations. We welcome qualified candidates with backgrounds in chemistry, chemical engineering, or
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, to further fund the research. The project will take advantage of the exceptional measurement capability of the LEO hillslopes and will gain novel insights into the mechanisms that control transpiration