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will be conducted primarily at the UHF of 10.5 Tesla (10.5T) with advanced capabilities (including 16-channel parallel transmit (pTx), 128-channel receive, and high-performance gradient coils
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in these languages Familiarity with computational techniques of high performance massive parallel computing in Linux Environment e.g., on the basis of the Message Passing Interface (MPI) Ability
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Postdoctoral Research Associate to grow the lab's NIH-supported research program. The Postdoctoral Research Associate will perform mentored, independent, inter-disciplinary primary research focused
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include: (1) solid-state sintering; (2) multi-component flows; in both topics, emphasis is on studying regularized phase-field models; (3) porous media flows, modeling and computations; (4) modeling
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Lab researches on a variety of computer systems topics including HPC resilience, data center power management, large-scale job scheduling and performance tuning, parallel storage systems and scientific
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challenges facing the nation. We are seeking a Postdoctoral Research Associate who will focus on applying computational methods to perform multiscale modeling and simulation for polymers far from equilibrium
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solver, MPCGPU . This research has also been integrated into the PI's Parallel Optimization for Robotics undergraduate course. Our new effort is aimed at turning these proof-of-concept results into full
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. Knowledge of C/C++ language and parallel programming with MPI. Background in modeling of engineering systems. Familiarity with high performance computing (HPC) software platforms is a plus. Skills in using
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and energy conversion systems. Knowledge of computational techniques and numerical methods. Knowledge of computer simulation and data analysis. Knowledge of C/C++ language and parallel programming with
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proposals; developing and performing parallel testing; monitoring progress. For self-development, we expect the candidate to maintain professional and technical knowledge by attending educational workshops