Lead Firmware Engineer for two major products successfully transitioned from Research to Release.

• Designed and validated PID-based dewpoint feedback control algorithms for stable chamber humidity and temperature control.

• Implemented precise motion control with Trinamic motor drivers, enabling accurate fluidic dispensing and mechanical sequencing.

• Developed modular research firmware on Teensy/Nucleo platforms, including custom state-machine protocols and high-speed data streaming to Python analysis tools.

• Built and maintained Python live-readout and data-logging dashboards to accelerate R&D iteration and troubleshooting.

• Coordinated firmware integration across electrical, mechanical, and software teams, ensuring product reliability and smooth commercialization.

• Experience across low-level protocols (UART, I²C, CAN), DSP (digital filtering, velocity calculations), and instrumentation reliability testing (weekly dashboards, status tracking, and root-cause analysis).

Part of the blades team at Sikorsky, assisting in leading automation efforts to automate some blade manufacturing processes

Electrical Engineer in the Human Robot Interaction Program

Managed a team of 25 undergraduate engineers to build an Electric Vehicle in just one year at Lafayette College by creating project status letters and Gantt charts to facilitate progress and change management.