I build energy tools that turn complex research models into production web software.
Six years across national laboratories, bridging the gap between electrical engineering research and user-facing applications.
I'm a software engineer with a foundation in electrical engineering. I specialize in turning research ideas into production web applications — bridging the gap between complex energy models and user-friendly software.
Currently at Pacific Northwest National Laboratory, I build and maintain software for the U.S. Department of Energy. My work enables researchers and policymakers to make data-driven decisions about energy systems and grid resilience.
Building and maintaining grid-edge software for the U.S. DOE. Leading full-stack development of web platforms that enable data-driven energy policy decisions.
Built microservices and web applications for electrical distribution systems research. Contributed to the NAERM platform and DOE energy rebate tools across the full stack.
Developed end-to-end automated software for rooftop solar application processing and power flow analysis. Built Vue/Python applications integrating with PowerClerk and OpenDSS.
Research in electrical power systems while teaching undergraduate courses. M.S. thesis focused on power systems analysis and simulation.
Lectured undergraduate electrical engineering courses in Kathmandu, Nepal. Where it all began.