Identified and Corrected module firmware to enhance user experience and usability. Lead PCB designs for multiple products to a 100% success rate in first design functionality. Developed multiple software tools using C++, C#, and Python to speed up and reduce complexity of tasks in assembly, tech support, and repair. Spear Headed expansion of PCB manufacturing department and processes to reduce prototype delays and overall product costs associated with outside vendor

Designed and Simulated Muli-level Dual Active Bridge design as a proposal for product path in a 20kW high voltage differential system. Utilized Siemens NX to model intricate bus bars in side DC/AC converter enclosure

Designed and adapted circuit board assemblies to accommodate a unique mechanical interfaceand customized high voltage components. Conducted root cause analysis of complex battery systems to reduce further risk of field failures due to design or production flaws. Constructed test plans for functional verification of hardware and software to ensure complete customer satisfaction of delivered prototypes. Initiated design changes that resulted in excess of $1 Million savings for the life of a single program

Customer Requirements Management, Root Cause Analysis, On-site Customer Support, and Mutli-Functional team coordination.

Conducted EMC testing, built prototype load boxes, designed and built electrical hardware test stands, improved and implemented best practices for increased efficiency and reliability.

Manufactured, tested, and shipped photovoltaic panels specific to customer requirements using high reliability soldering techniques under ESD safe environments.