Building things.
Figuring out how they work.

Overview This project involved the design and fabrication of a custom 3D-printed immobilization cast for a mouse hindlimb research model. The objective was to develop a device capable of maintaining controlled knee and ankle positioning while providing an anatomically appropriate fit and allowing continuous visual monitoring of the underlying limb. The project was conceptually based on a previously published mouse hindlimb contracture model. However, the original researchers' CAD files were unavailable, so I developed the entire design independently using Onshape, referencing the published research as a starting point.

Overview My involvement in 3D printing education began in middle school, when I founded an after-school 3D printing club. Over two years, I introduced other students to CAD design and additive manufacturing, helping them develop their own projects. I later expanded into teaching week-long summer camps at my previous high school, where I independently developed and taught a curriculum for students in grades 7–10. ## Middle School 3D Printing Club

Overview A long-term project centered around developing and improving a 1990 Mazda Miata. The work spans mechanical systems, turbocharging, fuel delivery, engine management, and troubleshooting. ## Design and development

Overview A collection of experiments and development work involving engine management systems and embedded electronics. ## Systems explored

Overview Introduce the robotics team and the competition or project this work supported. ## Contributions