Bruin Racing Supermileage

On the Bruin Racing Supermileage team, I focus on enhancing the performance of our gas vehicle by optimizing its carbon fiber structure and aerodynamic efficiency. Leveraging advanced engineering tools like SolidWorks and Ansys, I conduct Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA) to reduce the vehicle’s weight by 25-30%, all while maintaining structural integrity and energy efficiency.

Beyond design, I collaborate with my team to apply LEAN manufacturing principles that optimize production workflows. By implementing strategies like waste material reuse and resource efficiency, we have successfully cut production costs by 50%. One of our major accomplishments involved laminating the carbon fiber chassis after months of detailed planning, 20+ hours of testing, and 60+ hours of manufacturing—a critical milestone in achieving significant weight reductions.

This hands-on experience has allowed me to refine my skills in surface modeling, composites, and materials science. It has also provided valuable insights into integrating technical analysis with real-world manufacturing processes. Our work aims to excel in competitions like the Shell Eco-marathon while exploring innovative approaches to fuel-efficient vehicle design.