In CIV102, we were tasked with building a bridge using matboard and glue to withstand the load of a model train. Adhering to engineering constraints, such as limited matboard and glue resources, and physical constraints governing length, width, and height, we generated and proxy-tested potential options. Leveraging MATLAB (later ported to NumPy and Matplotlib), I conducted in-depth analyses to calculate forces, moments, and failure points on several bridge designs. This iterative computational approach allowed for precise predictions and optimization before constructing the physical prototype. Through strategic design and simulation, I successfully navigated the delicate balance between material constraints and structural integrity, showcasing proficiency in both theoretical analysis and practical implementation.

Made in Collaboration with Angela Leung and Anthony Salgado.