About

I'm a solar project engineer turned software developer with a deep interest in how systems work under the hood. Before I pivoted to software, I was creating utility interconnection strategies for commercial solar projects and debugging solar inverters in the field. That early exposure to how physical infrastructure runs (and occasionally breaks) sparked a lasting curiosity about the mechanics behind everything, from distributed energy systems to modern web apps.

That same curiosity led me into software. I wanted to understand how tools worked at the process level, how data moved through systems, how abstractions were built and where they broke down. I transitioned from project engineering into full-time software development, bringing with me a desire to build tools that are both technically sound and grounded in the realities of real-world use.

At PowerFlex, I contributed to full-stack software development in support of EV charging, solar, and battery storage projects. I built services that enabled users to control distributed energy assets, visualize asset metric data, and reduce time spent troubleshooting. Working on these solutions strengthened my understanding of how software can drive efficiency and reliability in clean energy systems.

Outside of work, I spend time on music production and sound design, where I enjoy experimenting with how discrete elements come together to shape sound. Lately, I’ve been exploring sound design through the lens of code, finding creative ways to combine my interests in software and music.

My focus now is on projects where software doesn't just live in the cloud but interacts with physical systems and human workflows. I'm interested in the friction points and how thoughtful engineering can help clear the path.