For my Final Project in my Introduction to Data-Driven Design for Engineers Course, my final project was a 3D-printed toy train, designed on Onshape and manufactured using Bambu Studio, showcasing my team's commitment to universal design principles, ensuring accessibility and appeal for all users. Beyond our technical expertise in design and production, this project highlights our business acumen with a focus on marketability, affordability, and scalability. It’s a testament to how we blend innovation with entrepreneurial vision to create impactful products.
My innovative nitinol stent design addresses critical issues with modern stents, such as blood clotting, lack of flexibility, and biocompatibility. Using Onshape, I created a scalable CAD model featuring a self-expanding structure and biocompatible grooves that streamline blood flow, reduce turbulence, and improve healing. The design prioritizes flexibility to adapt to the dynamic motion of the heart, minimizing invasive surgeries and improving patient outcomes. Future advancements include testing in simulated environments, incorporating bioabsorbable materials, and refining delivery systems for personalized medicine. This project demonstrates my expertise in engineering design, bioengineering principles, and a commitment to advancing cardiovascular care.
