Biomedical engineer at Georgia Tech. I build sensors, robots, and the systems that test them.
Fourth-year Biomedical Engineering student at Georgia Tech with a minor in Embedded Devices. 5+ years building and leading end-to-end biomedical product innovation across medical devices, robotics and digital health sensing, in regulated environments. Passionate about optimizing human performance through recovery and rehabilitation technology.
Undergraduate Teaching Assistant, Intro to Biomedical Engineering Design. Led milestone design reviews for 100+ students on verification planning, FMEA and engineering trade-offs. Final project performance up 22%.
Distributed test infrastructure, automated optical validation, and embedded diagnostic systems.
Electromechanical validation, quality systems automation, and robotic controls development.
Led electromechanical integration of a trans-radial prosthetic arm across a 17-member team.
Portable point-of-care diagnostics for low-resource clinics. Led the electromechanical design: 65°C closed-loop heating, four-channel optical detection and a solar-charged power board.
Force sensors, embedded C++ and ESP32 telemetry for real-time plantar load monitoring in partial-weight-bearing rehab. ±3% accuracy.
Agents that understand hardware well enough to run, monitor and control the test line end to end.
Continuous-flow heart pumps flatten the pulse, so standard cuffs often cannot get a reading.
Process EMG from CAREN perturbation trials in MATLAB to time a balance-assisting hip exoskeleton. EMG acquisition protocols behind 50+ human-subject studies.
Built 40+ test cases and Brian2 simulation environments for closed-loop electrophysiology, modeling neural dynamics under raster-scanned calcium imaging.
Hardware, medtech and research.