Initial prototype featured a loop of square LEDs for 360° tree-wrapped lighting.

Next, I prototyped a traditional lamp designed to clip onto dorm beds as a night light.

At the airport, I saw hanging Chinese lanterns that inspired the form and function of SQUOOSH.

Created a prototype from PVC, recycled lids, and film, with its transformable form inspiring the final design.

This image showcases the prototype in its curved position.

Tested LED strips, plexiglass, and hinges to create the curve, resulting in a mechanical look later refined into a more organic form.

Tested reflective material on the base to explore how light disperses across different lamp positions.

Tested a kerf-cut MDF shell and reflective PVC base, resulting in a more organic curve that shaped later prototypes and the final form.

Kerfed MDF created this organic form, inspiring the final design but presented challenges to keep intact.

Tested hinges for panel flexibility and used magnets and a spring clip to secure both positions.

Sketched final concept with battery box, kerfed panels, a top carry ring, and logo.

Refined the kerf pattern to enhance bend strength and create a clean visual rhythm.

Using Fusion 360, I designed the battery box and base plate with a snap-fit cover, LED passthrough holes, and pivoting posts to reduce stress on the kerfed panels.

Using Fusion360, I designed the top and panel fixtures, integrating magnet slots for locking, a carry ring, and wire channels for clean routing.

Using Fusion360, I designed the sliding component. It includes magnet compartments, a snap-fit sleeve for the spring clip, and four hinged posts.