Jimmy Carleton is a computational scientist with a decade of experience developing multiphysics simulation software at Sandia National Laboratories, focused on structural shock waves, piezo/ferroelectric materials, radiation hydrodynamics, and magnetohydrodynamics. He combines deep academic training (PhD in Computational Science from UT Austin) with hands-on expertise in parallel finite-element codes, PETSc/MPI optimization, and custom constitutive models implemented in production tools like Abaqus. His work probes microscale mechanisms to explain macroscale material behavior, from engineered tissue fiber networks to microstructural damage in composites. Earlier career roles in helicopter rotor design and certification sharpened his practical engineering judgment and systems integration skills. Based in Albuquerque, he brings both high-performance computing savvy and experimental awareness to national-security–scale problems. Colleagues rely on him to translate complex physics into robust, scalable simulation workflows that run efficiently on large HPC systems.
10 years of coding experience
13 years of employment as a software developer
Doctor of Philosophy - PhD, Computational Science, Engineering, and Mathem, Doctor of Philosophy - PhD, Computational Science, Engineering, and Mathem at The University of Texas at Austin
E.C. Glass
Master of Science (MS), Mechanical Engineering, Master of Science (MS), Mechanical Engineering at Columbia University in the City of New York
Bachelor of Science (BS), Mechanical Engineering, Bachelor of Science (BS), Mechanical Engineering at Yale University
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