M.S. Student, Cornell University · Since August 2026
B.S. Biomedical Engineering, Georgia Tech · December 2025
Engineer with interest in experimental fluid mechanics, bio-inspired design, propulsion systems, and manufacturing. A graduate researcher on the M.S./Ph.D. track at Cornell University, and a remote Manufacturing Design Engineer intern at Path Robotics.
→
Cornell University
A recent graduate with a B.S. in Biomedical Engineering, with a strong interest in experimental fluid mechanics, bio-inspired design, and propulsion systems. My undergraduate research at the Bhamla Lab at Georgia Tech centered on a DARPA squid-inspired superpropulsion project mentored by Daehyun Choi, spanning design and fabrication to open-water experimental validation and high-speed imaging. Graduated in December 2025 with a minor in Chinese, including a semester abroad in Shenzhen as a U.S. Department of State Gilman Scholar.
In August 2026 I began graduate school at Sunny Jung's Bio-Inspired Fluids Lab at Cornell University, fully funded, where my research focuses on biological fluid mechanics. The summer before, I worked as a Manufacturing Design Engineer intern at Path Robotics, operating Yaskawa welding robots on the production floor and building AI-powered floor automation tools, which I am continuing remotely through the fall. Outside of research, I served as Vice President of Georgia Tech's Medical Robotics Club and led capstone work developing a reusable medical device for hospitals in resource-limited settings.
Started M.S. at Cornell University in Sunny Jung's Bio-Inspired Fluids Lab, researching propulsion and robotics in bio-inspired designs.
Manufacturing Design Engineer intern at Path Robotics — operating Yaskawa welding robots and building AI-powered floor automation tools.
"Squid-inspired soft nozzles enable superpropulsive jet thrusters" — in review at Science Advances.
Oral presentation at the APS Global Physics Summit 2026, Denver, CO — DARPA squid-inspired propulsion research.
Oral presentation at the SICB Annual Meeting 2026 — DARPA propulsion research.
B.S. Biomedical Engineering, Minor in Chinese — Georgia Institute of Technology.
Oral presentation at the APS Division of Fluid Dynamics 2025 — DARPA propulsion research.
Two papers published: mudskipper tracking in Integrative & Comparative Biology and Manu diving in Journal of the Royal Society Interface.
Designed a low-cost, reusable in-line suction filter for operating rooms in resource-limited hospitals in Guatemala. Validated across 30 sterilization cycles and improving suction safety by 50% — a device where no cost-effective reusable solution previously existed.
A fluid dynamics study of the "Manu" — a Pacific island diving technique that creates enormous splashes. Published in the Journal of the Royal Society Interface and featured by Georgia Tech.