Architecture, requirements, project leadership for safety critical hardware.

Architecture, design, development, and validation of high performance compute and sensor technologies for autonomous driving.

Past projects (as Sr. Hardware Engineer): Autonomous Driving, Surround View, and Driver Monitoring System cameras for NIO's second generation premium EV lineup.

▪ Invented a mechanism to automatically level 3D Printer platform with a precision of 100 microns (funded by National Research Council)

▪ Worked closely with CEO to define product features and specifications of next generation products

▪ Architected and developed hardware for 3D Printer comprised of ARM Cortex M7 microcontrollers, capacitive touchscreen, network connectivity, high speed flash storage, motor controllers, analog sensors, heater, accelerometer, ESD protection, DC/DC switching regulators, and custom power system.

▪ Performed high density layout with the latest SI optimization techniques for high speed interfaces. Fanned out fine-pitch BGA packages. Designed IC footprints.

▪ Established and maintained relationships with semiconductor and manufacturing vendors. Evaluated vendors and managed BOM.

▪ Performed power system, RF, and high-speed interface testing of prototype. Prepared technical documentation for FCC certification.

▪ System designed to have 50x performance leap to enable sophisticated application support

▪ Collaborated closely with the engineering team for firmware, mechanical integration, application software, and assembly-line production.

▪ Spun a project into a company with three founders

▪ Browser extension technology rendered all images across the internet into a platform for interactive conversations by creating a new layer on the web.

▪ Collaboration and partnerships with Engineering firms across the country.

▪ Coordinated, planned, and executed UBC Engineering Career Fairs. Doubled the revenues for UBC's Engineering Society.