Develop firmware for microcontroller-based IoT devices and laser spectroscopy sensors. Responsibilities include sensor communication development, board bring-up, firmware testing and failure analysis, prototype hardware debugging, manufacturing automation, documentation, revision control, and process improvements. The role requires embedded development with Rust and C++, serial communication protocols, Linux, Python, CI/CD, cloud platforms, and electronics test equipment.

Designs, develops, and maintains automated software testing frameworks for embedded and real-time medical device systems. Develops Python and Shell/Bash test automation, integrates testing with continuous integration workflows, executes functional and risk-based testing, investigates failures, documents defects, and supports FDA-regulated verification and validation. Collaborates with software, systems, electrical, and quality teams, performs code reviews, improves test infrastructure, and mentors engineers.

Architect and develop foundational edge-computing runtime and integration platforms for connected-home devices. Build software models for device, spatial, and occupancy data; prototype and productionize new concepts; evaluate architectures; and provide technical leadership through design reviews, coding standards, mentoring, and cross-functional collaboration. The role spans edge computing, IoT, distributed systems, embedded environments, intelligent agents, networking, and secure systems within an exploratory R&D organization.