As Scrum Master and member of 6-person team (3 developers, 2 testers), implemented Active-Vibration Control System (AVCS) software platform for use in commercial and military helicopters to reduce harmful vibrations. Wrote and refined requirements. • Leveraged reuse/extensibility of code, requirements, and unit tests, reducing overall development time in a DO-178C environment.• Performed Configuration Management of releases, ensuring consistent performance through software design lifecycle (SDLC).

Designed and implemented embedded architecture and software, testing and verification, managed projects, and customer support. Provided both hardware and software support for manufacturing test stands, including PC-based automated test and calibration applications deployed over multiple test stands and laboratory applications for data acquisition and control. Provided software/firmware update applications for field use.• Collaborated with industry leaders on committee for new industry fieldbus EtherCAT, providing technical guidance on device profiles for Vacuum Pressure Gauges; device currently industry standard (ETG5003_2080). • Coordinated cross-functional teams and managed vendors as Lead Project Engineer and Technical Lead on e-Baratron/DA02A development project; completed within budget and currently in production. o Integrated EtherCAT into existing subsystems and all verification testing, ensuring conformance with applicable Semiconductor industry device profiles.• Supervised co-op student working on process automation using LabView, improving data analysis skills and knowledge in industrial pressure and vacuum products. • Designed and implemented embedded software for new pressure products/manometers which met or exceeded customer expectations for reliability and performance. • Supported embedded software in legacy products while developing next-generation products, lengthening useful life and preventing supply chain issues.• Increased existing product sales by negotiation new features with customer and providing on-site troubleshooting.• Independently pursued and received Six Sigma Green Belt and Scrum Master certifications.

Provided turnkey solutions for portable mass spectrometers. • Designed and implemented bootloader which allowed for fast, reliable software updates, configuration of an FPGA, and memory diagnostic functions.• Optimized waveform generation routines, allowing custom selections

Designed and implemented of embedded software which included a bootloader, I2C and proprietary RS232 protocol stack, and all Power Industry related energy calculated to less than 5ppm error. Created and applied test scenarios to troubleshoot customer issues.• Identified laboratory data acquisition needs and wrote PC software applications providing faster product development and resolution of customer issues.• Led sustaining firmware project to provide better customer response, including training test technicians and maintaining ISO-9001 documentation.

While working on Master’s Degree, planned system architecture and implemented embedded software for radiographic/fluoroscopic X-ray products. Created and maintained software verification procedures for GMP and FDA compliance.• Developed low voltage analog feedback, automatic gain control feedback, memory interface, and serial to parallel I/O circuitry.• Simulated and developed discrete PI/PID control loop which controlled radiation emissions from X-ray tubes.

Designed printed circuit boards used in industrial X-ray equipment. Developed low voltage linear power supply.