Full product lifecycle responsibilities for GTS’s Genius Battery Family. Smart batteries with on board Atmel micro controller.
Embedded software and hardware design. C software system including battery State of Health , I2C communications,
charging and protection system. Also analysis of SHA-1 authenticated printer to battery communications.Assisted with batteries hardware design and verification including protection, charge/discharge and communications.

• Team Leader and main developer for hardware and embedded software for Energy Board Product Line. Battery Management, communications software using C and GIT on Debian Linux board. Amazon Web Services (AWS) for cloud access. System design for company’s premier wall mountable energy storage device. Design of CANBUS to IoT interfaces for Control, Battery Management and Thermistor System. Full system requirements definition including mechanical, electrical, safety, and testing.

Integrating I2C sensors with Qualcom Based Quectel Cell Phone modem for real time environmental monitoring. M2M network communications using TCP-IP, AT Modem, LTE, GSM, CAT-M and NB-IoT technologies for small size, low power cargo monitoring applications.

Lead Test Engineer for Device Battery and Power Systems. Led team to develop and implement extensive test procedures
for verification of device power state including power management, boot up and shut down, performance, charger and
battery. Found and report many significant issues. Main liaison to development at coordination meetings discussing power
management design and verification.

Full software development cycle responsibilities for ARRIS/PACE new and legacy TV set top box (STB) product sets.
• Code development, test, release and factory support for manufacturing test platform and customer deliverables. Using
C/C++ and CVS repository tools in Linux Fedora. Highlights include debugging of crashes, updating and troubling shooting
APIs, low level Broadcom CPU interfaces to communiation and audio devices

Creation of traceability matrix in DOORS between high level requirements, Matlab/Simulink models and VHDL code in accordance with DO-254 standards. Review of models to ensure alignment with the high level requirements. Review of VHDL code to ensure proper implementation of the models. Use of Synergy configuration system and Rational Change for tracking and reporting. Review and audit of the development processes in preparation for Boeing 777-x flight readiness.