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projects, depending upon aptitude and training. The applicant will have the opportunity to develop their research, publication, and presentation skills under structured mentorship from established faculty
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Interaction, Educational Technology, Learning Sciences, Cognitive Science, or a closely related field. Job Description: The University of Florida (UF) is accepting applications for a full-time OPS Postdoctoral
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-throughput catalysis facility http://www.lsp.unina.it/lsp/. This position offers a vibrant and highly interactive academic setting along with industrial-sponsored funding, access to outstanding resources and
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resistance, 2) assessing the role of phenotypic plasticity in its competitive success, and 3) developing robust methods for spectral phenotyping using ground, drone, and satellite-based sensors. This position
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and grant applications. Mentor and train students in laboratory techniques and analyses. UF is the state’s oldest, largest, and most comprehensive land grant university with an enrollment of over 50,000
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comprehensive land grant university with an enrollment of over 50,000 students and was ranked 7th in the country among public universities (US News and World Report 2025 rankings). UF is located in Gainesville, a
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of interest. The teaching assignment is 3/2. UF is the state's oldest, largest, and most comprehensive land grant university with an enrollment of over 50,000 students and was ranked 7th in the country among
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mentorship, professional growth, and preparation for both academic and industry career paths. Background Information The University of Florida is a Land-Grant, Sea-Grant, and Space-Grant institution
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land grant university with an enrollment of over 50,000 students and was ranked 6th in the country among public universities (US News and World Report 2023 rankings), and 1st among public institutions in
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structural elucidation, and (iii) synthetic chemistry and biocatalysis for the preparation and evaluation of antibody-drug conjugates (ADCs) as the next generation anticancer therapies by site-specific