Summary
Damyn Chipman is a computational physicist and scientific software developer with nine years of experience building and optimizing large-scale physics codes for HPC, currently a postdoc at Los Alamos National Laboratory focused on inertial confinement fusion modeling. He combines deep expertise in numerical methods for PDEs, novel physics model implementation, and performance engineering on some of the world’s fastest supercomputers. His work history spans national labs and academia—contributing material interface reconstruction and nuclear data tooling at LLNL, image-processing and ML calibrations for neutron imaging, and teaching computational geoscience—demonstrating a practical blend of research, software engineering, and mentorship. He earned a PhD in Computational Sciences and Engineering from Boise State and a BS in Applied Physics from BYU, and he frequently pays forward mentorship he received during training. Outside of work he’s an avid mountaineer, which he credits for resetting his perspective and driving persistence on long computational problems. Check his GitHub for current projects and code reflecting a focus on robust, high-performance scientific software.
9 years of coding experience
5 years of employment as a software developer
Doctor of Philosophy - PhD, Computing: Computational Sciences and Engineering, Doctor of Philosophy - PhD, Computing: Computational Sciences and Engineering at Boise State University
Bachelor of Science - BS, Applied Physics, Bachelor of Science - BS, Applied Physics at Brigham Young University
English, Spanish