Summary
Alexander Munoz is a scientist and computational physicist with nine years of experience applying high-performance computing and machine learning to ab initio materials modeling and paleoclimatology. He has advanced DFT and quantum Monte Carlo workflows, contributed to PyQMC, and engineered datasets and equivariant neural networks for learning DFT densities at national labs. His work blends rigorous first-principles methods with practical ML tooling—hyperparameter studies, feature engineering, and experiment tracking with Weights & Biases—to turn physics data into predictive models. Based in Santa Fe, he brings domain depth from a PhD at UIUC and a pragmatic software skillset (Linux, Python, PyTorch) used to move research into reproducible, production-ready code.
9 years of coding experience
5 years of employment as a software developer
Bachelor of Science (B.S.), Physics, Bachelor of Science (B.S.), Physics at Arizona State University
University of Illinois Urbana-Champaign
English, Spanish