114 parallel-computing-"Institute-for-Advanced-Studies" Fellowship positions at Michigan State University
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environments, and high-performance or parallel computing is desirable. The candidate will also prepare technical documentation, reports, peer-reviewed publications, and presentations and collaborate
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, dynamic-link libraries, SQL, Git or other version-control systems, Linux, high-performance computing, parallel computing, or automated testing Experience with watershed processes, groundwater-surface
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opportunities for interdisciplinary collaboration across campus. The lab leverages MSU’s strengths in genomics, quantitative genetics, and computational biology, as well as shared facilities for advanced
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. The Topp Lab maintains affiliations across Plant, Soil and Microbial Sciences, Plant Biology, and the Plant Resilience Institute, providing extensive opportunities for interdisciplinary collaboration
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, agentic multi-modal data science for complex transport phenomena, in addition to forward/backward uncertainty quantification, numerical analysis, and high-performance computing. Equal Employment
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conducting and analyzing molecular dynamics simulations Experience using high-performance computing platforms Experience developing neural network models Experience using AI-assisted coding tools for
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to harness the full benefits of advanced communications. Equal Employment Opportunity Statement All qualified applicants will receive consideration for employment without regard to race, color
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Department of Media and Information brings together faculty from diverse disciplines to advance research in human-computer interaction, human-robot interaction, rural computing, game studies and design
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Position Summary The postdoctoral scholar will join a collaborative research team in the College of Natural Science and the CREATE for STEM Institute to support research on AI-assisted formative
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Position Summary We are looking to hire Postdoctoral Scholars (Research Associates) to study the molecular mechanisms underlying class switch recombination using advanced single-molecule imaging