The Starbrick is an experiment with light modulation and space.

In my studio, we initially focused on the spatial challenges involved in the shaping of a complex geometric brick. This led to the development of the star-shaped modules, based on a stackable principle, which produce three types of space: the solid structure of the module itself, the negative space at its core in the form of a ‘cubeoctahedron’, and the polyhedric shapes that appear between the modules when stacked. During recent years, my studio has conducted a number of light experiments in collaboration with Zumtobel. In one such experiment, we decided to test different qualities and hues of LED light, placed within the individual modules, which eventually resulted in the current Starbrick.

The Starbrick’s LEDs are organised to emit white light while also creating a luminous, yellow and kaleidoscopic core. The body of the module consists of two kinds of polycarbonate: a translucent type modulates the LED light; an opaque type makes up the body of the module, its matte black surface counterbalancing the light volumes. When you stack the Starbricks, the opaque surfaces are reduced, to the point where the white light generates the polyhedric shapes between the bricks. Since the LEDs are dimmable, the module has various light settings, offering both functional and ambient light.

I have developed a module that, while functioning as an object in itself, can be assembled to form  cloud-like structures as well as  multiple basic architectural elements such as walls, whether freestanding or integrated into an overall structure, suspended ceilings, columns of all shapes, sizes and volumes – theoretically, you could build an entire luminous house out of Starbricks! The expandable principle is a generous one that makes it possible for people to buy a lamp system that can be related to its surroundings. Depending on the context, you can change and rebuild the system; whether in a small study or a public building, the module can be used as an architectural building unit, merging light and volume.