I led MY01’s medical-app development from the first prototype through FDA clearance and into clinical use. I also build embedded Rust systems, cloud services and tools used by engineering and production teams.
Real-time muscle compartment pressure monitoring, delivered through a React Native medical app. Starting with the first mobile proof of concept, I led development through clinical use, defining its architecture and developing Bluetooth communication for mutual authentication, time synchronization and data export. My work also covered software verification and validation.
The app earned FDA clearance and FDA Breakthrough Device designation.
MY01 products are used across hundreds of U.S. sites, including major trauma centres.
Inventory questions, procedures and training records became accessible through an agent I designed and developed. It queried live Oracle data and returned documents with source citations. Most employees used it daily; scheduled agents also sent training and approval reminders.
Battery limits, temperature changes and radio-signature constraints shaped this clip-on pressure monitor. I developed its Rust firmware and companion app. MY01 demonstrated the working prototype at the Special Operations Medical Association conference for frontline medical practitioners.
A deep-learning prototype that learns an oscillator’s behaviour and corrects drift when an external timing reference is unavailable. My development and experimental validation demonstrated the result above and supported a provisional patent application.
A technician’s production problem became a Rust Bluetooth scanner running on Raspberry Pi, with detections stored in InfluxDB and shown in Grafana. The tool entered manufacturing use, helping operators catch devices powering on unexpectedly before later assembly stages.