At Rice University, I prototyped a flexible, wearable, non-invasive sweat analysis system combining iontophoretic sweat induction with real-time electrochemical biosensing and wireless data transmission. Further, I designed a hardware architecture and PCB layout for a modular electrochemical sensing platform supporting interchangeable analyte detection (glucose, lactate, sodium, etc.).

I applied signal processing techniques to digital stethoscope audio to develop methods for early detection of pulmonary fibrosis under Professor Doheny at the University College Dublin.

Flying through the air, flipping down a silk, and juggling spheres of magic can be compared to nothing. Aerial arts is not a sport but a passion. Watch a video of a short clip for a partner lyra routine from two years ago or a more recent solo trapeze act.

I worked at the Baker Institute for Public Policy. I built an open-source tool to automate the processing of adding records to archives Further, I worked on a team to make a database for the White House Scientist and Science Policy Dynamic Digital Archive. I also conducted historical research on U.S. federal science, technology, and innovation policy.

I spent a summer conducting policy analysis on AI governance and safety, with a focus on U.S. state-level regulation and authored and published two policy articles analyzing California AI legislation.