48 algorithm-development-"St"-"St" Postdoctoral positions at University of Florida in United States
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. The candidate will assist with data curation, development of data visualization and analysis tools, and maintaining interdisciplinary relationships between UF researchers and UAA staff. Candidates will be
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, students, and development teams to advance projects that examine how virtual reality (VR) and eye-tracking technologies can be leveraged to enhance learning, instructional design, and educational outcomes
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) Intensive Support (Suicide Prevention and Intervention) , (3) Alcohol and Other Drugs Prevention and Intervention. Program development opportunities may be available, working alongside the program
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is a collaboration with leading experts at the University of Montana (Spatial Analysis Lab) and Boise State University. The successful candidate will lead the development and implementation of cutting
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, vegetation, and water table position on energy transmission. Co-develop and apply process-based numerical models of dune morphological change informed by collected datasets. Coordinate field campaigns
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Description: Conduct independent and collaborative research on microbial metabolism and genetics Utilize molecular biology, biochemistry, and omics approaches to study oral streptococci Analyze data, prepare
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. This is combined with rigorous mentoring to create an individualized development plan to achieve the career goals of each team member The ideal candidate will be highly motivated with a strong work ethic
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college. Duties and Responsibilities Train and participate in a growing clinical and research program in improving care for pediatric feeding disorders and individuals with neurodevelopmental disorders in
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be made on the experimental run products using MC-ICP-MS and the postdoctoral associate will make the measurements, analyze the data, prepare manuscripts, and present the results at conferences
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Investigator) and collaborators to develop new research directions and contribute to the lab’s mission of understanding metabolic adaptation, stem cell function, and chronic disease pathogenesis. The expected