- Designed a working Arduino-car project that can be instructed remotely to the club members- Documented the project onto personal GitHub repository- Planned the logistics with a co-lead on distributing the necessary parts for the project to the members- Hosted workshops on concepts necessary for completing the project such as circuit theory, hardware electronics, and basic Arduino coding.

- Assisted the hardware bring-up process of demo and form-factor boards developed by indie.- Prototyped the burn-in pattern for the DUT using Python and documented the detail of the board burn-in processes for reference and analysis.- Implemented firmware on the demo boards based on available frameworks for different applications.- Performed quality screening of the wireless charging ICs and generated test data logs for debugging and future design improvement.

- Collaborated with 3 sub-teams to create a semiautonomous robot capable of detecting, picking up, and applying labels onto boxes using image detection- Developed a Python motor driver interface allowing the main server of the roboticsarm to communicate with the Dynamixel XM430-W350-R motors controlling the arm- Designed an environment to test the functionality and accuracy of the motors on the robotics arm

- Assisting students with their homework or review questions in math, physics, and computer engineering courses in their curriculum- Creating instructional videos to reinforce student learning in courses such as calculus, physics, circuit analysis, microelectronic, digital circuit design, and coding