Wave Light

Weaving Light into Rhythm

A parametric lighting structure that transforms a standard LED tube into a sculptural, organic floor lamp, diffusing harsh light into a soft, rhythmic glow.

Timeline

Oct 2023 - Nov 2023 (4 Weeks)

Role

Product Design

Tool

Solidworks, Slicer for Fusion 360

Teammate

/

Instructor

Javier Palomares

Wave Light

Weaving Light into Rhythm

A parametric lighting structure that transforms a standard LED tube into a sculptural, organic floor lamp, diffusing harsh light into a soft, rhythmic glow.

Timeline

Oct 2023 - Nov 2023 (4 Weeks)

Role

Product Design

Tool

Solidworks, Slicer for Fusion 360

Teammate

/

Instructor

Javier Palomares

Wave Light

Weaving Light into Rhythm

A parametric lighting structure that transforms a standard LED tube into a sculptural, organic floor lamp, diffusing harsh light into a soft, rhythmic glow.

Timeline

Oct 2023 - Nov 2023 (4 Weeks)

Teammate

/

Role

Product Design

Instructor

Javier Palomares

Tool

Solidworks, Slicer for Fusion 360

Wave Light

Weaving Light into Rhythm

A parametric lighting structure that transforms a standard LED tube into a sculptural, organic floor lamp, diffusing harsh light into a soft, rhythmic glow.

Timeline

Oct 2023 - Nov 2023 (4 Weeks)

Role

Product Design

Tool

Solidworks, Slicer for Fusion 360

Teammate

/

Instructor

Javier Palomares

The project started with a problem I felt every night: the original tube light was bright, but painfully harsh. I wanted a lampshade that keeps the illumination practical while making the light comfortable to live with.

Using parametric design, I created a twisted, organic enclosure that acts as a diffuser. By night, the arranged slats filter the light into bunches of radiance, painting the floor with a rhythmic, striped pattern that turns simple illumination into an atmospheric experience.

Inspiration

Sketch

Model

Render


Design Process

Behind The Scene

Design Process

Behind The Scene

Design Process

Behind The Scene

Design Process

Behind The Scene

©

Alice Li

2025

©

Alice Li

2025

©

Alice Li

2025