Led a transformative period for the team, expanding membership from 10 to 80 dedicated individuals and establishing over 30 industry partnerships. I successfully raised and managed over $250,000 in funding, which facilitated the design and construction of our first solar car in over a decade. I set up the engineering design process for the fastest successful American Solar Challenge car, culminating in our achievement of completing the race with a one-year design cycle. Completed 2 cars in 2 years, with a second place finish at Shell Eco Marathon (Apollo) followed by the ASC vehicle (Lux).

Led the manufacturing of the largest undergraduate student layup at Purdue, coordinating both the design and manufacturing of a composite chassis. This included validating composite structures with CAE tools and lab testing, as well as aligning with independently established industry partnerships.

Developed CAD designs for suspension and chassis components while simultaneously gaining hands-on experience in manufacturing processes. Developed simulation skills through analysis of structural vehicle components.

Led the setup of the composites lab, ensuring students had access to the proper tools and resources to complete their projects. Standardized procedures to streamline lab operations and improve project efficiency.

Standardized acoustic testing procedures, developing a Python program to automate data upload and generating PBI reports to share insights across teams. I collaborated closely with system engineering to evaluate trade-offs, gaining hands-on experience with product development strategies in the process.

Provided free bicycle repair services to students, helping them maintain their bikes to support daily activities. From routine tune-ups to offering guidance, I ensured students had safe and reliable transportation. This hands-on experience sharpened my mechanical skills while fostering a sense of community and support among fellow cyclists.

Throughout my internship, I developed and designed numerous parts to assemble and adapt onto drones. From a redesign of chassis attachements to fit new antennas to new beacons, I worked on optimizing space and weight for electrical and mechanical components.