For my senior capstone at Northeastern University, I collaborated with NASA JPL to develop a way to use tensegrity structures to explore lesser known areas of our moon including Shackleton Crater.

At Matchbox Motors Microcar Museum, I have worked on a variety of unusual vintage automobiles including this Suzuki which I revived after over a decade of sitting idle.

I designed this piece at Desktop Metal to show and test moving assembly and fine-detail capabilities and to increase interest from jewelry markets.

In collaboration with Boston Children's Museum and Kadence Arts, we designed and built an interactive game involving motor electronics and Arduino coding.

During my co-op at Amazon Robotics, I designed a panel for a station assembly to be implemented nationwide in 2021 that would protect the associate from the field and ease the process for the associate.

For my final project in CAD Design, I designed a piston assembly including the piston head, piston arm, crankshaft and engine block.

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These hinge assemblies were designed to show at Formnext 2018. They demonstrate Desktop Metal's ability to create printed-in place moving assemblies.

At Amazon Robotics I designed and built a fixture to automate the testing of the lifetime of a station component. I created a test plan and ran the testing process to determine if and when the pin would fail.

I worked on this project at Desktop Metal. This feasibility study tested how the metal 3D printed parts reacted to brazing. It was designed to see if it could repair parts.

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At the start of my Desktop Metal Co-op, I was tasked with optimizing the part tracking system and reducing it from 3 separate bases to a single service.