The goal of this project was to streamline the design process for custom truck configurations by developing a parametric CAD model in Onshape. Previously, evaluating new layouts required manually updating designs and calculating axle loads for each configuration. I developed a model that linked key…

This project developed a computational framework for designing porous microstructures with controlled fluid permeability for microfluidic devices and porous material applications. Using stochastic spinodal microstructures, the framework connects geometric design parameters to macroscopic fluid flow…

The goal of this undergraduate capstone project was to develop a working prototype of a laser based weeding system capable of targeting unwanted plants as a greener alternative to traditional chemical weed control methods. The project focused on translating the concept into a functional prototype by…

During my internship at Medical Positioning, I worked with the R&D team on the overall design and development of medical positioning beds. My primary contribution was helping develop a new pivot mechanism designed to increase the bed's patient weight capacity. This work involved contributing to the…

The goal of this project was to modify an existing MATLAB topology optimization program to help design lightweight structural plates for competitive robotics. FRC robots often have strict weight limits and rely on custom plates manufactured through CNC machining, laser cutting, and waterjet cutting.…