Summary
Deep Choudhuri is an Assistant Professor and materials scientist with over a decade of experience using first-principles DFT, molecular dynamics, Monte Carlo and phase-field modeling coupled with high-resolution TEM to tune alloy properties and uncover phase-transformation and defect mechanisms. His work spans academia and industry, from process engineering at The Timken Company to postdoctoral and faculty roles, giving him a rare blend of practical heat-treatment experience and predictive computational expertise. Based in Denton, Texas, he leads a research group that designs new metallic alloy systems by integrating multiscale simulations with experimental characterization. Notably, his background in both carburization process control and atomistic simulation informs research that deliberately links processing conditions to emergent microstructure and performance.
10 years of coding experience
17 years of employment as a software developer
PhD, Materials Engineering, PhD, Materials Engineering at Michigan State University
BTech, Metallurgy and Materials Engineering, BTech, Metallurgy and Materials Engineering at Indian Institute of Technology, Kharagpur
English, Hindi, Bengali