← Index
Fetal Movement
- Year
- 2024
- Field
- Physical Computing, Lighting, Kinetic
- Context
- 6 weeks · 5-member team · Arduino, hardware, 3D printing
An interactive lighting prototype exploring the vitality of light through organic volume changes. As the outer structure expands and contracts like fetal movement, the gaps between surfaces change and control the intensity and gradient of the light.
I designed the Arduino-driven motor mechanisms and took part in fabricating the 3D-printed shell and supporting structures. Motor power is distributed to eight pillars through a central gear and ball bearings, so alternating joints expand and contract smoothly.
