Spearheaded the design and assembly of a power regulation module using Altium for critical components such as an Intel NUC, flight controller, ESCs, and other communication devices for a quadcopter.Led a small team of engineers, ensuring proper integration of the power module with other subsystems while meeting stringent size and power constraints.Developed comprehensive documentation to serve as a knowledge base for future team members, capturing lessons learned and technical successes/failures for continuous improvement.Played a key role in training new team members, overseeing onboarding and skill development, particularly in Altium and PCB assembly, to ensure smooth knowledge transfer and effective teamwork.Focused on optimizing training programs to create a more streamlined, effective onboarding experience, with the goal of improving retention rates and long-term engagement from new members.

Co-instructed a circuits camp for 25 high school students, teaching fundamental electronics concepts and guiding hands-on projects aimed at sparking interest in STEM. Led instruction on circuit design, soldering, and the assembly of solar-powered toy cars, enhancing students' practical understanding of electrical engineering.Collaborated in redesigning the camp curriculum to fill gaps and created additional lessons and hands-on activities, ensuring a full and engaging educational experience for the full week long period.

Designed and prototyped a pneumatic control system for soft robotic actuation.