David Montiel is a research investigator at the University of Michigan with over a decade of experience developing and implementing numerical methods for phase-field and phase-field crystal models, specializing in 2D materials. He brings deep expertise in modeling epitaxial thin film growth, alloy nucleation, and x-ray diffraction analysis, coupled with extensive hands-on coding in Fortran, C/C++ and MATLAB. His work bridges theoretical physics and practical simulation, translating complex governing equations into robust, production-ready solvers and visualization workflows. Trained with a PhD in Physics from McGill and advanced degrees in chemistry and chemical engineering from UNAM, he combines multidisciplinary foundations with a sustained research trajectory across leading North American labs. An understated strength is his long-term commitment to optimizing legacy scientific codebases, enabling reproducible simulations and scalable analyses for materials discovery.
10 years of coding experience
Universidad Nacional Aut贸noma de M茅xico (UNAM)
Doctor of Philosophy (Ph.D.), Physics, Doctor of Philosophy (Ph.D.), Physics at McGill University
PRISMS-PF: An Open-Source Phase-Field Modeling Framework
Contributions:5 commits in 3 months
phase-fieldfieldmodelingmodeling-toolphase
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