Projects

3D printer modification is a challenging skill to find success in. Therefore, our startup sought to develop a 3D printing ecosystem based on modularity. This allows the user to swap extruder heads and filaments to deliver a better quality print and material selection than any other printer.

An experiment to create the most optimized skateboard trucks to both be more impact resistant, and lighter

A hyper-optimized motor mount for a self-propelled glider.

A passion project self-funded to create an electric vintage electric go-kart

An open-source 3D printer project prides itself on being a no-compromise printer. This printer can print engineering-grade materials with speed and accuracy.

An upgrade path for Boston University Graduate Student Lab FDM 3D printers. I go through choosing parts and integrating my firmware into all the printers to allow them to compete with top-of-the-line printers.

A facial recognition software designed to track targets. In conjunction with mechanical design, it sprayed people with silly string.

A Startup I founded to create a logistics chain for the most affordable customizable electric longboard.

A community project at the Construct RIT where we built a google robot. I specialized in programming, designing, and manufacturing the forearm.

A test cube was developed to push printers to their manufacturing limits. The cube focuses on the testing of stringing and layer adhesion. It is no Generative design part or a print-in-place object, but it is an excellent benchmark for a printer to test if it can print essential parts for projects and to test the efficiency of modifications.

This was the semester-long projects for ME 360

It was just a construction project, that I wanted to exercise my new skills in assembly and engineering to create a front porch.