•Calibrated advanced in-vehicle driver monitoring system to support the level-2/3 autonomous driving. Integrated and prototyped hardware components (camera, illuminators, external casing, wiring harnesses) onto the vehicle dashboard for future SFM vehicles.
•Designed and simulated analog, digital and mixed signal circuits for steering wheel buttons, gear position system, display driver and LED driver using Altium designer.
•Analyzed and resolved design related issues in timely manner and recommended improvements to existing designs.
•Designed high speed low power reliable printed circuit boards for manufacturing, and performed component and subsystem level testing including EMI and ESD testing.
•Developed design documentation and requirement specification to provided support for manufacturing,packaging and vehicle integration team. Develop testing documentation for vehicle testing and harness design team.
•Designed, developed and engineered high quality 3D CAD, rapid prototype, and PCB for the steering wheel, 17-inch automotive display, instrument cluster, and driver monitoring system for SF5 luxury electric vehicle models using Solidworks and performed DFMEA to meet the manufacturing standards.
•Designed a seating buck to support human factors analysis of the position and orientation of in-vehicle infotainment system, instrument cluster, steering wheel, and seats.
•Collaborated with Standford University to build hands-on-wheel detection sensor using capacitive fabric to calculate reaction time and transition time from other in-car activities to respond to take-over-request while the car is on the autonomous driving mode.
