Full-Stack Hardware Engineer
Mechanical design. Embedded firmware. iOS apps. ML models. I build complete systems, not just pieces, from first prototype to production.
Novel vacuum-based layer jammer wearable for VR haptic feedback. First-author IEEE publication. Designed, prototyped, and validated the full system.
Lead engineer for a multi-sensor wearable predicting heart failure. Full pipeline from raw biosignals through BLE to a companion iOS app.
Dual-channel RAG architecture generating SQL from natural language. Won CTO's "3 Heartbeats" Award; promoted from Co-op to Contract.
24/7 automated anesthesia stress testing. 100k+ simulated breathing cycles with 3D-printed physical interfaces.
Modular robotic positioning system. RP2040 + MicroPython + IMU vibration sensing. Reduced experiment duration by 30%.
Binary SEM fracture classification comparing 4 architectures. ResNet50 achieved 98% accuracy, pruned to 97.8%.
Resistive arm exoskeleton with BLDC motor control and real-time Python loops. $3,000 Brogden Competition winner.
Solo-built Swift iOS app for global incident reporting. Frontend, backend, and database. Built in high school.
Potentiometer glove controlling a servo-driven hand. First Arduino and PCB experience. The project that started it all.
Core competencies across four engineering domains. Explore the interactive graph below for the full picture.
I was brought on as the engineering lead for a pre-seed biomedical startup building a multi-sensor wearable for heart failure prediction. I started by designing PCBs and iterating on our prototype, then transitioned to hiring and managing an electrical engineer as the scope grew. Now I sit between software, hardware, and the CEO, translating clinical needs into engineering requirements.
Promoted from Co-op to lead development of financial AI tools, using LLMs to automate company-wide budget allocations. Continued building on the AI ARC OPS platform I had developed during my co-op.
Built automated stress-testing robots and AI-powered data tools for anesthetic equipment. The Monte Carlo testing framework I built ran 100k+ unattended breathing cycles. A separate project, AI ARC OPS, started as one system and evolved into a natural language database query tool that won the CTO's 3 Heartbeats Award.
Worked on a multidisciplinary project bridging hardware and machine learning for an advanced camera prototype. I designed autonomous optical testing setups using RP2040 microcontrollers, stepper motors, and IMU vibration sensing, which helped reduce experiment duration by 30%.
Explored a novel method of using layer jammers as actuators for VR haptic feedback devices. I designed, fabricated, and tested the S.E.S.H. Glove system and published the results as First Author at IEEE Haptics Symposium 2024.
3.83 GPA · 5x Dean's List
I build complete systems (mechanical, electrical, firmware, and software), not just individual pieces.
From a robotic hand in high school to IEEE-published haptics research to leading medical device development. I'm drawn to problems that require the full stack to solve.
Currently finishing my BS in Mechanical Engineering at UW–Madison (Dec 2026). Originally from the Bay Area.