A 3D printed controller, wired and programmed as a keyboard using an Arduino, and paired with a touch screen. Simulates the experience of playing maimai at home outside of arcades.
Mechanical Design Engineer at Heirloom, worked on developing automated machines that help remove CO2 from the atmosphere.
Mentored teams in product design, engineering, and project management. Also produced 2D and 3D media and helped produce and maintain photo albums for each class event.
UROP for HCI Engineering Lab at MIT CSAIL. An investigation into making a universal device that attaches onto a maker tool to allow users to teach themselves how to use a tool faster. In the semester, I produced a wireframe of useful metrics to track, and a physical mockup for sensing tool interaction.
Data visualization of player statistics in the game Eternal Return (free on steam!) Made in p5.js as a part of a class at MIT (4.032: Design Studio: Information and Visualization). I took what we learned in the class and developed a visualization of a raw spreadsheet of aggregated video game character statistics into a digestible and compelling data visualization.
A boxing training device for intermediate-level boxers. Developed as a part of 2.s009, Explorations in Product Design. We decided on this product after 6 weeks of ideation, modeling, and user research & testing. I was a System Integrator and, along with engineering the product, I delegated tasks for each milestone among team members.
A study tracking website where plants grow as the user spends more time studying. Developed as a part of web.lab 2020. Personally did all of the back end and some of the front-end/UI, especially on the study page. Developed using React, node.js+express, and MongoDB+Mongoose.
2.s972 (Making Virtual Reality and Immersive Experiences) project. Made in Unity/SteamVR.
Combustion engines have moved from being on roads to being in museums. Our VR experience is a museum experience that we envision for 2030...
2.671 (Measurement and Instrumentation) “Go Forth and Measure” research project.
4.500, Design Computation, final project. Designed in Rhino 6, rendered in 3DS Max
Model of the Eames Dining Chair originally by Charles and Ray Eames. For 4.500, Design Computation. Designed in Rhino 6. Rendered in 3DS Max.
MIT 2.00B, Toy Product Design, final project as a part of team Moose.