
StanfordUAV
Aircraft, perception, onboard computing, and the work of integrating them into flying systems.
Co-Lead · StanfordUAV · Engineering & flight testing
Read the projectProjects that connect computation with the physical world: autonomous aircraft, ocean observation, environmental signals, and accessible scientific tools.
10 projects

Aircraft, perception, onboard computing, and the work of integrating them into flying systems.
Co-Lead · StanfordUAV · Engineering & flight testing
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Ocean-conservation technology spanning acoustic analysis, low-cost sensing, and public engagement.
Founder · Active initiative
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Open hydrophone data, ocean-noise analysis, and an interactive route into marine science.
Researcher & project creator · Research & public science
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A student-run autonomy hackathon, presented by the Stanford Robotics Center.
Founder & Director · Upcoming · November 6–8, 2026
Read the projectA permitted photograph of the working group’s hydrophone will be added when a publication-ready asset is available.
An international working group developing low-cost hydrophones for research, education, and community science.
Working-group participant · Collaborative hydrophone development
Read the projectA photograph of the team’s navigation prototype will be added when a publication-ready asset is available.
A collaborative indoor-navigation prototype combining vision, voice, and haptic feedback.
Team member · voice & hardware integration · Hackathon prototype
Read the projectAn original seismic-analysis figure will be added when a publication-ready asset is available.
Using seismic recordings to study changes in urban activity, without tracking individuals.
Researcher & project creator · Completed research project
Read the projectAn original data-sonification artifact will be added when a publication-ready asset is available.
A data-sonification project and a shared NASA Space Apps global category win.
Co-creator with Arushi Nath · Completed collaborative project
Read the projectA photograph of the original sensing hardware will be added when a publication-ready asset is available.
An early study of accessible, off-the-shelf technology for environmental monitoring.
Co-author with Vikas Nath · Published conference chapter
Read the projectA photograph of the ARTEMIS robot will be added when a publication-ready asset is available.
A curiosity-driven robotics project documented in the IEOM 2020 proceedings.
Project creator & author · Early research prototype
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Autonomy, simulation, and physical systems. A high-level overview of engineering experience.
Read the overviewEarlier work includes exoplanet-data denoising, the joint Aiming for Apophis contribution with Arushi Nath, and the shared TRAPPIST-1 light-and-sound model.
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.