2022

Smart Bridge

Our project was focused on designing and manufacturing a bridge that would fit seamlessly onto a jig and withstand a range of weights totalling 30kg. We aimed to create a bridge that would be able to hold the largest amount of weight while having the smallest deflection until failure. After a series of tests and iterations, my group was able to achieve the smallest deflection while supporting the requested 30kg weight. Throughout the project, we faced many challenges that required us to think creatively and problem-solve on our feet. We had to consider various factors such as material strength, structural integrity, and design aesthetics to create a bridge that would meet the specifications while maintaining a visually appealing appearance. One of the most significant challenges was finding the right materials to use for the bridge. We had to consider the weight of the materials, their strength, and their availability. After researching various options and conducting tests, we settled on a combination of steel and wood. This allowed us to create a strong and sturdy structure while maintaining a sleek and modern look. Another challenge we faced was determining the best design for the bridge. We considered various options, including truss bridges, suspension bridges, and arch bridges. Ultimately, we settled on a cantilever bridge design that allowed us to maximize the bridge's strength while minimizing deflection. Despite the challenges we faced, our team was able to successfully create a bridge that met all the specifications and performed exceptionally well in testing. We are proud of what we were able to accomplish and look forward to taking on new challenges in the future.

Disciplines

Manufacturing & Materials

My role

EngineerDesignerCADResearcher