• Leading 3 people in the design, architecture, testing, documentation and verification of a test system for new product design verification and production.• Putting together the test system roadmap by receiving key inputs from R&D, quality, regulatory & manufacturing. • Architected & designed the BLE advertisement & connection structure, while receiving key inputs from all functional groups, quality, regulatory and marketing.• Worked with functional groups & quality to generate and review technical & sub-system requirements for hardware and firmware.• Planned the hardware and test system concept selection, development, characterization, documentation, and V&V efforts.

• Lead hardware design feasibility, concept & part selection for a revived project.• Took over the design of a test system software platform and optimized the test time from 45 minutes to ~6 minutes.• Architected, designed, documented, wrote/executed V&V protocols and released a 6-axis accelerometer calibration test system for manufacturing that is automated and self-calibrating, and transferred to production. • Architected software that can determine and predict device longevity based on a multitude of device settings/configurations and use case including accelerometer for motion and Bluetooth for communication.• Architected, designed, documented, wrote/executed V&V protocols and released a continuous test system that is capable of testing 256 devices in parallel. • Worked with a cross functional group and was a key contributor to help solve a design/manufacturing problem known as GC5.

• Continued to develop, characterize and document software and hardware for test software platforms.• Architected & performed part/concept selection for the IPGs power distribution circuit focused on making the power rails as noiseless as possible.• Architected, designed, characterized and documented a new current limiting circuit.• Architected, designed, documented, wrote/executed V&V protocols and released a software tool capable of determining the CEM43 Dose Threshold.

• Developed key features, unit & integration tests for test software that interfaces with a 3-axis panel-based test system.• Architected, designed, documented and laid out a circuit to provide a direct line interface for the inductive communications channel. The circuit converts USB control to 82kHz modulated transmit signals and then receives/demodulates back to the USB interface• Designed, characterized, and documented a PCBA circuit that can detect stimulation pulses across the whole range of neurostimulation settings (from 100uS to 1ms and 50mV to 18V).• Designed, documented and laid out a universal testboard to assist in testing and prototyping current and new devices.• Architected, designed, documented and released test software that pulls and automatically loads firmware on a panel of devices.

• Test software and instrument automation using C#.• Component selection and testing of reed switches, hall effects, GMRs, accelerometers, capacitors and diodes. and then receives/demodulates back to the USB interface• Designed test boards using Altium.• Performed Bluetooth 4.2 & 5.0 hardware and firmware evaluations.