Working on robots that help you make cool things.

Designing, testing, and building bikes while experimenting with novel manufacturing techniques.

Designing and building specialized equipment for various research projects at Jacobs Institute, UC Berkeley's interdisciplinary hub for learning and making. Teaching students various digital design and fabrication tools such as Fusion 360, SketchUp, 3D printing, CAM, CNC, and laser cutting.

Student advisory board member at the Jacobs Institute For Design Innovation helping to foster diversity, equity, and inclusion within the makerspaces. Specific tasks include reviewing engineering grant proposals, discussing ways to improve student life in the lab, and deciding which innovative student projects receive funding.

Leading full-scale research and development projects (design proposal, CAD, manufacturing, software/firmware, custom electronics)Developing skills in IoT and embedded systems while solving design problems involving solid mechanics and data acquisition

Managing multiple engineering projects, improving skills in CAD for manufacturing, analyses, and BOM constructionSolving complex design problems involving solid mechanics, electric systems, cost reduction, and materials science

Design and prototyping of new 3D BioPrinting methods, working to make the industry more efficient and reliable.Developing robust custom BioPrinters to print viable tissues and biomaterials.Co-leading project to create a dual extruder of hydrogels for our custom made desktop BioPrinter.

ProBono project with Autodesk to build a digital model using Fusion 360, with simulation and a physical replica to demonstrate functionality.

I helped design a concept and, along with a small team, delivered the idea to the town council, leading to the construction of a long-needed permanent skatepark for my town. The $1.7 million dollar project was funded in full by a grant of the Vail Town Council. Through many meetings and design workshops with the community, the project finally came to fruition in 2016 with its grand opening ceremony.

I worked with a client to create a 3D design for a new rock climbing gym. The project comprised of transferring a 2D blueprint design to 3D, along with modifications according to the client.