Jelly Bracelet — Fully Studded
A bold, flexible bracelet built around a continuous ring of four-sided pyramid studs. Produced in small batches from TPU.
Engineering student · Corvallis, Oregon
College engineering student in Corvallis, Oregon. I design, 3D print, build electronics, and write software to make physical prototypes and everyday gear.
This site is where I keep track of what I'm working on, what didn't work, and what I changed along the way. Some of the things I make also end up in the shop.
Now
Currently building out the shop, experimenting with new 3D-printed products and hardware, and improving the site as I learn what people actually use.
Featured projects
Longer-term builds where I'm testing ideas, designing custom parts, and figuring out how systems fit together in the physical world.
An ongoing collection of my CAD designs, 3D printed projects, material experiments, and functional prototypes as I get deeper into designing and making physical things.
Updated 2026-08-31
View project →Developing a modular wildlife monitoring platform consisting of low-power Scout camera nodes, Ranger field stations, and future AI Hub infrastructure for autonomous wildlife observation and edge AI research.
Updated 2026-07-27
View project →From the workbench
A few things I've made turned into things other people wanted too. I sell small batches here, and it helps pay for materials and whatever I decide to build next.
A bold, flexible bracelet built around a continuous ring of four-sided pyramid studs. Produced in small batches from TPU.
Build notes
Specific technical problems, print tests, and hardware bring-ups as they happen.
Latest note
Developing a modular drawer system around printable size, stacking, storage density, and eventually real printed tolerances.
Read note →Taking what I learned from the bracelet designs and applying it to a flexible wrist strap built around a different use.
Designing a functional filament holder that was larger than my printer could manufacture as one piece.
How a simple flexible bracelet turned into an ongoing CAD exercise involving parameters, sizing, curved geometry, surface patterns, TPU, and batch printing.
I'm an engineering student based in Corvallis, Oregon. Most of how I learn comes from picking a project and working through it until it actually runs—whether that means modeling in CAD, writing firmware, or bringing up a circuit on the bench.
This site is where I document those projects, what went wrong, and what I learned. Selling a few of the physical things I make helps keep the bench running and pays for materials for whatever I build next.
Have a question about a project, an idea you want to talk through, or an inquiry about a custom print or bracelet? Send me a message and I'll get back to you.
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