Summary
Cheng-han Li is a Process Engineer and computational chemist with nine years of experience applying molecular dynamics, electronic structure calculations, and machine learning to discover redox-active polymers and singlet fission/triplet–triplet annihilation molecules. He has developed high-throughput virtual screening and generative design pipelines, integrated quantum chemistry packages (Q-Chem, Gaussian, ORCA) with ML workflows, and built production-grade tools for large-scale MD on AI hardware at Los Alamos. His work spans code optimization (Fortran/Python), novel ML-driven interatomic potentials, and a Triton-based Coulomb solver, reflecting a rare blend of theory, simulation, and software engineering. Based in Santa Fe and holding a PhD from Texas A&M, he also maintains databases and Django tooling for automated screening and has led the SEDACS open-source effort to scale complex chemistry simulations.
9 years of coding experience
7 years of employment as a software developer
Bachelor of Science - BS, Chemistry, Bachelor of Science - BS, Chemistry at National Taiwan University
Doctor of Philosophy - PhD, Chemistry, Doctor of Philosophy - PhD, Chemistry at Texas A&M University
Chinese, English, Mandarin, Japanese