Controls Engineer with Transpower USA where I am primarily responsible for integration of new technologies into new and existing and platforms. Integration responsibilities include both software and electrical integration with a heavy emphasis on CANbus communications as well as failure mode analysis and test planning. Projects have included dashboard display clusters, stationary battery systems, stationary engine dynamometer, battery monitoring systems, accessory inverters, charge inverters, electric vehicle energy supply interfaces, and others. In addition to controls systems I am also responsible for managing our software revision database, managing software licenses, writing technical documentation, participation in our company safety committee, and failure mode analysis. My time with Transpower has allowed me to expand more into the field of electrical engineering and has allowed me to develop a deep understanding of automotive systems and electric vehicle design.

Software engineer with recent experience in communications systems, embedded software, and automotive standards. Worked in research and development for the engineering department of Continental Controls Corporation. Involved in projects for temperature compensation of gain amplifier chip PGA309, calibration software for Fuel Meter 50, vehicular application of Gas Substitution System, USB interface for Catalyst Monitor, as well as several HMI and PC applications.

Experience working with students as a Teacher's Assistant at Coleman University. This provided Logic and syntax debugging experience, as well as interpersonal relations experience.