Played a critical role in evolving a mid-stage prototype to a commercially viable product (STM32, bare-metal C, FreeRTOS), architecting firmware and cloud communication protocols, and developing in-house tools (Python). Drove integration and testing of diverse hardware such as motor drivers (H-bridges), pressure/flow sensors, NTC thermistors, encoders, AC/DC signals, analog and digital signals. Actively participating in schematic and electrical design reviews. Enhanced product reliability and performance through autonomous problem-solving and cross-disciplinary collaboration.

Medtronic served as an industry sponsor to develop this platform.

Served as Software Lead for designing and implementing a Ultrasonic Transducer Test Platform for a Senior Design Project. Worked closely with engineers from Medtronic in the software development of frequency and velocity control loops to maintain voltage and current signals in phase, to deliver maximum real power to many kinds of loads with varying reactive impedance components. The test platform served as a diagnostic tool for testing different signal processing techniques and transducer driver hardware components for engineers at Medtronic.