This project was developed as part of the Summer School 2024 course, “Exploring Kinetics Driven by Digital Fabrication Tools and Techniques,” offered by the Faculty of Technology.
The system features a central plate that supports the lighting fixture, enclosed in a hollow cylindrical form. This central plate moves along a path, adjusting the cone angle of the light.
Front View
Isometric View
Isometric View — Internal components
Isometric View — Internal components Exploded
The cylindrical casing incorporates the Miura origami pattern, allowing it to compress and expand based on the central plate’s position. Made from a translucent material like paper, DynaLight transforms from an area lighting system to an ambient lighting system when fully compressed, as light begins to diffuse through the casing.
