Summary
Philip Brodrick is a data scientist with nine years of experience applying physics, computational optimization, and machine learning to environmental challenges, particularly imaging spectroscopy for remote sensing. Based at JPL, he serves as acting Project Scientist for EMIT and Project Algorithm Scientist for SBG VSWIR, bridging mission-scale instrument knowledge with algorithm development. His background in energy-systems optimization and a PhD from Stanford gives him a rare blend of systems-level design thinking and hands-on data science for Earth observation. He has worked across airborne and orbital spectrometers and has translated field, satellite, and hyperspectral data into actionable environmental insights. Colleagues rely on him to connect rigorous modeling with operational mission needs, from power-plant optimization to forest and global-change assessments.
9 years of coding experience
9 years of employment as a software developer
Master's Degree, Renewable and Clean Energy Systems, Master's Degree, Renewable and Clean Energy Systems at University of Dayton
Doctor of Philosophy (PhD), Energy Resources Engineering, Doctor of Philosophy (PhD), Energy Resources Engineering at Stanford University