10 materials-science Fellowship positions at University of Cincinnati in United States
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. Job Overview The Complex Fluids and Multiphase Transport Lab at the University of Cincinnati is looking for a well-qualified postdoctoral research associate in the area of thermal-fluid sciences and
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interfacial phenomena. The lab conducts research to advance fundamental thermal-fluid, interface, and data sciences, and apply them to enable efficient energy conversion and storage systems, sustainable
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, etc. 4. Developing structure-function correlation of materials 5. Weekly report to team for progress and scientific interactions with industry partners 6. No remote work allowed. Required Education
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. Developing structure-function correlation of materials 5. Weekly report to team for progress and scientific interactions with industry partners 6. No remote work allowed. Required Education Doctoral Degree in
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, Materials Science or related discipline • Strong research history in a field or fields related to catalyst synthesis (for example, pulsed laser, co-sputtering and slug flow) and electrochemical reaction
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. Job Overview The Wu Lab at the Department of Chemical and Environmental Engineering at the University of Cincinnati is seeking a well-qualified Postdoctoral Researcher to support a sponsored research
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the core musicology or ethnomusicology curriculum. Assist in various service-related duties as determined by the division head such as but not limited to the CCM DEI or Technology Committee. Minimum
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. Investigate physchem properties of new formulations, such as, rheology, spreading, wetting, kraft point, etc. 4. Developing structure-function correlation of materials 5. Weekly report to team for progress and
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and engineering, polymer chemistry, organic chemistry, chemical engineering, materials science and engineering, or a related field completed within the last 5 years. Expertise in organic/polymer
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their superconductivity, mesoscopic and quantum effects in electrostatically defined nanostructures, and integration of new materials into superconducting and topological qubit platforms. For more information about the