183 evolution "https:" "https:" "https:" "https:" "https:" "https:" "https:" positions at University of Florida
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include opportunities for participation in the development of departmental research and/or other scholarly activities. Applicants should possess the skills and knowledge to provide clinical coverage in all
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, the nine departments comprising UFIT are: Academic Technology; AI² Center; Applications, Development, and Integrations; Business Center; Customer Experience and Resource Planning; Data Platform and Analytics
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Archaeology Program (FM-EAP) at the Florida Museum of Natural History have played a foundational role in the development of zooarchaeology, with secondary emphases in archaeobotany and archaeopedology. We
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; Applications, Development, and Integrations; Business Center; Customer Experience and Resource Planning; Data Platform and Analytics; Information Security Office; Infrastructure and Communication Technology; and
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during the Fall 2026 semester. For questions or additional information, please contact Cat Cramp at [email protected] . For more information about the role and onboarding process, visit https
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on inflammatory diseases, vaccine development, and lung diseases. In addition to conducting research, the individual will be responsible for lab management activities within the lab, including developing and
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Neurodegenerative Disease). Further information about MGM and the CNG can be found at https://mgm.ufl.edu and https://neurogenetics.med.ufl.edu . Applicants should hold a PhD, MD or MD/PhD in the biomedical sciences
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for growth, strengthen collaboration, and ensure alignment with the broader priorities of UF COM-J and UF Health. A particular opportunity for the next Chair will be to lead the continued development and
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Neurodegenerative Disease). Further information about MGM and the CNG can be found at https://mgm.ufl.edu and https://neurogenetics.med.ufl.edu . Applicants should hold a PhD, MD or MD/PhD in the biomedical sciences
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the research group of Clifford R. Bowers. This position focuses on the development of parahydrogen-sourced hyperpolarization methodology for nuclear magnetic resonance (NMR) signal enhancement. The successful