1,380 engineering-computation "https:" "https:" "https:" "https:" "https:" "https:" "Simons Foundation" uni jobs at University of Utah
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2026. We seek a scholar whose primary area of expertise is Game Artificial Intelligence (Game AI): the design, application, and study of computational intelligence methods that drive, shape, and enhance
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position is within the Division of Epidemiology’s Program for Addiction Research, Clinical Care, Knowledge, and Advocacy (PARCKA) https://medicine.utah.edu/internal-medicine/epidemiology/parcka
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or related field Experience working in team settings 5+ years postdoctoral experience or equivalent - Experience working with mouse models - Experience in computational analysis Special
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are committed to improving the lives of children through excellence in advocacy, education, research, and clinical care. For more information about the Department of Pediatrics, please visit: http
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are committed to improving the lives of children through excellence in advocacy, education, research, and clinical care. For more information about the Department of Pediatrics, please visit: http
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are committed to improving the lives of children through excellence in advocacy, education, research, and clinical care. For more information about the Department of Pediatrics, please visit: http
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inception and help shape its direction and culture. We develop computational tools and approaches to study the most challenging and rapidly evolving regions of the human genome—segmental duplications. Using
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with computer systems for extended periods of time. Why Work at the University Campus Store? Employees at the University of Utah Campus Store enjoy a wide range of benefits that support both personal and
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at the host-virus interface (http://starr.biochem.utah.edu ). Using a combination of computational, genetic, and biochemical approaches, we focus on how mutations in viral proteins and antibodies that bind them
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at the host-virus interface (http://starr.biochem.utah.edu ). Using a combination of computational, genetic, and biochemical approaches, we focus on how mutations in viral proteins and antibodies that bind them