About
What I work on
I'm an ECE student at UC Berkeley and a researcher in the AIK Lab, where I focus on characterizing ferroelectric memory devices. My work sits at the intersection of device physics, precision instrumentation, and data analysis — automating measurement workflows to accelerate materials research for next-generation non-volatile memory.
What I think about
I spend a lot of time thinking about how hardware and software co-design can unlock capabilities that neither can achieve alone — from ultra-low-power embedded systems to in-memory compute architectures that blur the line between storage and processing. I'm also interested in how ML can accelerate physical science, especially at the materials and device level.
What drives me
I care about building things that work — reliably, efficiently, and with care for the details that matter. Whether that's a PCB that draws microamps in sleep mode or a measurement script that produces reproducible data, I gravitate toward problems where precision and craftsmanship are non-negotiable.