Responsible for high power RF module design, RF test, test automation, verification of new hardware designs, and debugging of customer and production issues

Responsible for breaker hardware and firmware design, and a system update to Lighting Panel component configuration:• Breaker Electronics Design: Designed PCB for comparison of solutions of critical safety function, tested PCB across operating range interfaced design to validate the proposed topologies and reduce project risk.• Firmware Development: Updated self-test firmware to accommodate hardware changes without disruptingfunctionality. Validated firmware updates. Documented changes and presented updates and validation tests.• Logic Development for Component Selection: Scoped and developed BOM generation logic for neutral bus allocation.Revised offering to ensure proper neutral allocation for an estimated savings of approximately $70k/year.Coordinated implementation with software and supply-chain teams to improve order accuracy.• NPI Electronics Design: Designed front end amplifier circuit to resolve customer current monitoring issue. Createdprototype and performed validation tests. Coordinated to ensure continued project support.

Responsible for firmware and PCB design, prototyping, and testing for development of Internet-of-things devices:• PCB Design: Designed PCBs with Target 3001 PCB design software to match customer size and functionalityrequirements such as motion sensing, BLE communication, limited power consumption, and cost.• PCB Prototyping: Operated LPKF brand SMT assembly equipment to assemble prototype PCBs.• Firmware Development: Programmed CYBLE PSoC microcontrollers to provide prototypes to customers.• Testing System Design: Designed PCB for testing system for LIN, CAN, and analog based automotive switches.