· Responsible for designing and installing electrical wiring harness for racing vehicle. · Designed and assembled vehicle wire harness.· Designed electric vehicle’s high voltage indication circuit, helped with low voltage wiring schematic and high voltage discharge circuit.· Designed and built strain gauge circuit, analog air pressure sensor PCB and PCB for data acquisition micro-controller.· Responsible for integration and programming of electronic sensors and systems, including instrument cluster and engine control unit. · Researched automated manual transmission and active aerodynamics using pneumatic actuation.· Trained new members in designing circuits, electrical components, PCBs for sensors, microcontroller for data acquisition, and wire harness and using Altium, KiCad, and Solidworks Electrical.

· Worked on projects involving the planning, engineering, construction, and maintenance of large-scale solar installations. Took into consideration maximum voltage, shading, ground water, and legal issues.· Designed small solar installations based on proposed plans, including total power output, system specifications, wiring diagram, wiring harness, and power loss.· Used AutoCAD and other software to design large scale solar installations.· Used PVSyst software to test solar installation design and simulate output over numerous years.· Gained knowledge of utility grade electrical grids, design and locations of solar installations, electrical distribution, rules for wiring harness installation, theory behind DC-DC converters and designs to prevent future maintenance issues.

· Tested newly designed circuit boards, to verify that they met appropriate standards.· Diagnosed problems for circuit boards not meeting standard and developed solutions to fix problems. · Re-tested newly fixed circuit boards to verify they meet appropriate standards.· Built new circuit boards based on customer specifications.· Learned process to manufacture circuit boards, from customer requirements to final delivery.

· Developed software for QA to test new microcontrollers developed by R&D.· Tested newly designed microcontrollers, identified and fixed problems. This included finding voltage leaks, finding broken design, and removing unnecessary components (diodes, resistors, etc.).· Programmed testing equipment to run communications, io communications, identification and motor control tests.· Programmed for UART communications and use of buffers.· Programmed equipment to test motor controllers that run different voltage and used different sawtooth output.