• Taught English to junior high school students in Japan• Primary goal was to give students an opportunity for cultural exchange and natural English interaction

Instructor for "EECS 473 - Advanced Embedded Systems" and "ENGR 100-850 - Robotics Mechanisms".• Taught students fundamental and advanced embedded systems concepts• Mentored students through creation of their capstone projects

• Customized Bosch-made systems for OEM customers• Worked in the electronic stability division (ABS/TCS/ESP systems)• Developed new algorithm for calculating propulsive force, for use in Tesla and Rivian vehicles

• Led multiple 3-hour lab sections and helped students through projects that utilized various topics of embedded systems such as interrupts, timers, serials interfaces, and memory mapped I/O

• Independently designed and implemented a parallel system for a vehicle's motor controller, that allowed it to be controlled by a flight controller in addition to the standard wheel and throttle• Researched and selected the voltage regulators, MOSFETs, multiplexers, and other components used for the circuitry• Utilized wireless communications, DC-AC conversion, effective battery capacity, and power distribution analysis in the design of the overall system• Performed modifications on an existing vehicle to integrate the devices and circuitry• Wrote extensive documentation totaling over 50 pages on the details, design decisions, and operation of the system

• Led a weekly 3-hour lab section on topics related to computer vision, odometry, and overall system design• Helped students create a maze-navigating robot