I am a researcher in the Systems and Energy Technologies at Lawrence Berkeley National Laboratory, where I work on techno-economic analysis (TEA), systems modeling, and process design for liquid-hydrogen boil-off capture, multi-stage compression, and re-liquefaction pathways. In parallel, I develop machine-learning and computational materials frameworks to accelerate the discovery of high-capacity, high-stability hydrogen storage alloys, with emphasis on multi-principal element systems. My broader research goal is to integrate rigorous engineering models, data-driven materials screening, and techno-economic insights to enable practical, low-loss, and cost-effective hydrogen solutions for aviation, space, and heavy-duty mobility applications.