Serve as Technical Project Manager to integrate software/hardware per client specifications, verifying that data is accurate, calibrations are correct, and safety features function properly.Define scopes of work for electrical installations of machines, review schematics with engineers, and identify changes of scope to accommodate special requests from customers.Supervise 14 technicians on 2 shifts, including developing team action plans, training new hires, and conducting performance evaluations.Recruit and hire candidates, reviewing and rewriting job postings to attract more qualified applicants.Develop test schedules and assign technicians across multiple concurrent projects, prioritizing needs and balancing technician specialties to meet timeline and budget requirements.Monitor progress and address project delays, expediting critical components and collaborating with team members to research and resolve problems.Present final reports to customers, comparing test data to industry standards to illustrate accuracy

Served as customer liaison throughout projects, including initial meeting to assess needs and goals, ongoing visits to review machine performance and incorporate new ideas, and final delivery of results. Conduct thorough inspection and product testing to approve custom equipment prior to shipping, collecting data to show that subsystems operate as expected both individually and as a whole.

Created electrical designs for high-performance brake testing equipment to integrate upgrades and customization into existing schematics.Wrote and updated installation user manuals for test equipment.Performed rotations as Service Engineer, troubleshooting machine faults and implementing changes to increase efficiency, such as relocating parts on panels and correcting errors in electrical schematics.Established productive relationships with technicians and machine builders, opening new lines of communication and incorporating feedback from service team that led to design improvements.Participated as judge at Lego League STEM outreach event.

Conducted power outlook study on STRYKER vehicles to assess needs for future power shortages.Utilized electromagnetic test results to compile diagram of vehicle with current location of antennas, identifying feasible locations of additional antennas to assist engineers with antenna relocation efforts.Wrote and updated installation instructions for vehicle upgrade kits

Co-led electrical aspect of Humvee re-cab program, designing and producing new wiring harness prototypes to transfer existing features into the new cab for the Department of Defense (DOD). Designed, built, tested, and installed parts of electrical system for prototype military vehicles, presenting designs to electrical engineering manager and team and incorporating their feedback.