Saumil Patel is a computational scientist with over a decade of experience optimizing and integrating multi-physics scientific applications for DOE leadership-class supercomputers. At Argonne he develops high-performance kernels (CUDA, OpenMP, DPC++/SYCL, OpenACC), co-leads DOE-funded projects for power-generation simulations, and coaches domain scientists on profiling, parallelization, I/O, and workflow design to reduce time-to-solution. His PhD work produced NekLBM, a high-order CFD solver used for moving-boundary simulations, and his postdoctoral optimizations sped multi-physics runs by roughly 3x on leadership systems like Theta. Pragmatic about peak occupancy and FLOPs, he combines deep numerical-methods knowledge with hands-on tuning across Intel, AMD, and NVIDIA architectures. He was part of an HPCwire-recognized team for exemplary HPC use in energy applications, and he enjoys the continual puzzle of squeezing more performance from evolving hardware.
9 years of coding experience
8 years of employment as a software developer
Doctor of Philosophy - PhD, Mechanical Engineering, Doctor of Philosophy - PhD, Mechanical Engineering at The City College of New York
Master of Arts (M.A.), Applied Mathematics, Master of Arts (M.A.), Applied Mathematics at Hunter College
Bachelor of Arts (B.A.), Mathematics and Economics, Bachelor of Arts (B.A.), Mathematics and Economics at Cornell University
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