Kenny Swartz is a computational optimization engineer with a Ph.D. in Mechanical Engineering and four years of professional experience applying topology and numerical optimization to real-world design problems. Based at Lawrence Livermore National Laboratory, he builds and scales physics-informed optimization workflows, drawing on deep expertise in computational mechanics, electromagnetics, and parallel computing. His graduate research automated topology optimization and tackled inverse problems for residual stress using synchrotron data, demonstrating a blend of experimental insight and algorithm development. Past industry internships at Caterpillar and Rolls‑Royce show a pragmatic streak—automating test data analysis and delivering optimization-driven design tools that were adopted by engineers. Comfortable in Python, MATLAB, and high-performance computing environments, he thrives on turning complex multiphysics problems into usable engineering solutions.
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