Summary
Eugene Ragasa is an assistant professor and computational materials scientist with 11 years of experience bridging atomistic simulation, solid mechanics, and high-performance computing. He develops ab initio methods and automated algorithms for empirical potentials while advancing VVUQ practices to make predictive materials modeling more robust. His research spans thermal and optical responses to radiation, long-term viscoelastic modeling, and multiscale simulation for applications from rocket propellant aging to additive manufacturing. Prior work in quantitative finance and systems integration informs his pragmatic, tool-building approach—he also builds open-source quantum solvers and edge-computing tools to translate research into reusable software. Based in Stockton, CA, he combines rigorous mathematical interest with hands-on HPC and cross-functional leadership to deliver turnkey computational solutions.
10 years of coding experience
20 years of employment as a software developer
BS, Mathematics and Economics, BS, Mathematics and Economics at United States Military Academy at West Point
MSES, Mechanical Engineering, MSES, Mechanical Engineering at University of the Pacific
MA, Mathematical Finance, MA, Mathematical Finance at Columbia University
Doctor of Philosophy - PhD, Materials Science and Engineering, Doctor of Philosophy - PhD, Materials Science and Engineering at University of Florida