To design, build, and test a precise, accurate, robust, and affordable personal device that will reliably punch braille into tape, allowing users to create consistently legible labels and minimizing tape waste.
An exploration of rule-based design in the creation of a bench commenting on the need for collaboration.
A deep dive into printed media and how color can be leveraged to convey emotion.
An exhibit intended to draw attention to the beautiful details we regularly miss as societal gears turn faster and faster.

An exploration of predefined transformation through simple material and alteration selection.
An investigation of creative design leveraging basic physics principles for fabrication.
Trapping small dielectric spheres at the focused laser point enables the control of small objects to amazing accuracy and precision. Therefore, this tool is commonly referred to as an optical tweezer.
Once the optical trapping constant and its relationship to laser power is determined, we can then measure things like the actin-myosin molecular motor force.
By turning up the laser until it traps the vesicle traveling down the vesicle pathway, we determine the laser power corresponding to the trapping constant that counters the force applied by the actin-myosin molecular motors. And since it takes a vesicle a vesicle-diameter to pass through the trap, we can calculate the motor force.
Constructing a language using linguistics properties of spoken languages.
An examination of how a small selection of repetitive material actions can produce a repeatable but complex design.
The design of a core module that can be connected together to modularly adapt to a given space.
Designing our own Sol Lewitt’s Drawing Instructions.
Re-creating Enzo Mari’s Q chair.
Undated digital planner made on the Remarkable (B5 paper size).
Includes a cover, monthly sectional pages, and weekly spreads with updated months.
Simple ankle straps for ballroom practice wear trousers to create a fitted shape.