Led a team in designing an adjustable prosthetic tailored for growing pediatric amputees aimed at reducing prosthetist visits and lowering treatment costs caused by costly replacements for growing pediatric amputees. Over the past two years, I have taken charge of all CAD modeling, producing designs that form the foundation of our current prototypes. In this portfolio, I showcase both our new adjustment mechanism and our older adjustment mechanism, created using SolidWorks and a prosthetic foot made using Fusion 360. These designs fit with industry prosthetic adapters and have been designed for ease of use and comfort based on conversations with prosthetists and patients. They allow for simple adjustments in 0.13” intervals. Our designs have been recognized by prosthetists, professors, and VCs. Through this project, we were one of the 6 teams to advance to the finals of USC’s Maseeh Entrepreneurship Prize Competition, presenting in front of an audience and a board of VCs. Check out out pitch!