Creating the teams, tools, and shared infrastructure that help scientific and engineering work happen.
Make hands-on aerial autonomy accessible to teams who may not have a robotics lab of their own. Participants will work with common hardware and build software for GPS-denied flight. I founded and direct the event, bringing together student organizers, engineering mentors, sponsors, and university support. My work spans the competition platform, team coordination, and the practical demands of running a hardware-focused event.
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How can more people collect, understand, and act on information about the underwater soundscape? I founded You-Oceans to connect ocean-acoustics research with practical sensing tools and public participation. The work brings together marine-mammal detection, hydrophone electronics, and accessible ways to explore underwater sound.
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At StanfordUAV, I help lead the development of fixed-wing VTOL and multirotor aircraft. The work spans airframe design, avionics, perception, controls, manufacturing, and testing. I work across autonomy and system integration, including vision-based landing, embedded computing, sensor integration, and flight-test planning. Just as important is coordinating interfaces between the students building each part of the aircraft.
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I am a participant in Global Sounds, the low-cost hydrophone effort associated with POGO and the International Quiet Ocean Experiment. It connects researchers and engineers around accessible underwater recording. The group’s 2026 report documents prototype development, field testing, and preparation for a wider beta-testing program. It lists the participants and links to open project documentation. These are collective project outcomes.
Read the initiativeAlongside my role as co-lead of StanfordUAV, I serve as co-president of Stanford Student Robotics. The work includes supporting a technical community and coordinating opportunities for students to build integrated physical systems.
Participation in the 2022 cohort connected ocean-conservation work with youth engagement. This is an alumni role.
I’m interested in autonomous systems, environmental sensing, and tools that make scientific observation more accessible. For research, engineering, or speaking inquiries, get in touch.