746 parallel-computing-numerical-methods-"Simons-Foundation" positions at University of Minnesota
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at the Assistant or Associate Professor level, offering an opportunity to blend clinical expertise with a burgeoning research program. We are particularly interested in candidates whose research focuses
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high-energy physics more generally. Determining which questions to study, determining which theoretical methods are appropriate for answering these questions, and inventing new methods where necessary
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extension personnel to develop data delivery methods appropriate to provide data to communities in ways communities can understand and use Collaborate with the PI and co-PIs on preparing research results
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experiments to develop novel husbandry methods and genetic tools for invasive zebra mussels. Duties may include but not be limited to conducting experiments, analyzing data, recording and documenting results
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projects focusing on the development of UHF technologies and their translation. This focus can include the development, testing and optimization of pTx methods, RF coils, acquisition methods and advanced
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and Engineering at the University of Minnesota. Current research areas include Biomedical and Biological Computation Methods; Devices and Systems; Communications, Signal Processing, and Networking
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training in computational methods and technologies. Pay and Benefits Pay Rate: $18.00/hour Retirement plan options are available for Civil Service, Faculty, Labor-Represented, Professional & Administrative
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Health Policy Postdoctoral Program supports professional development of researchers as they pursue the following goals: 1. Conduct research to inform the development, implementation, and evaluation
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dynamics, methods for unstructured grid generation, high-temperature gas dynamics, multi-physics simulations, and/or advanced code development for high-performance computing. The development and application
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programs. They lead programmatic efforts that result in high quality, culturally responsive learning environments where youth thrive, and use research-based methods to create and manage program development