BeeGraphy Computational Design Awards '26
From Logic to Configurators
LIGHT, SHADOW & LUMINA OBJECTS
This challenge invites designers to explore parametric lighting systems as tools for shaping atmosphere through controlled light and shadow. The context of this brief is a private study room in Mayfair, London - an interior characterized by calm luxury and precision - the brief focuses on designing a lighting object that balances focused task illumination with soft ambient light through geometric control.
Rather than designing a static lamp, participants are asked to develop a configurable lighting object in which geometry actively governs light direction, diffusion, and shadow. The emphasis is on creating a single parametric system capable of generating multiple lighting moods while preserving visual clarity and a consistent design language.
Layered parametric pendant light sculpting fluid geometry through precision-cut ribs – Unsolid Math One by MAURO DEL SANTO
Your Task
Design one parametric lighting object in which geometry intentionally controls light direction, diffusion, and shadow. Using a limited and meaningful set of parameters, the system should direct focused task light, shape ambient illumination, generate controlled shadow patterns, and transition between lighting moods while maintaining visual calm and coherence.
The lighting object must remain functional and visually balanced across parameter changes, with a height of 350–800 mm and a maximum width or diameter of 300 mm.
What we're looking for?
We are looking for architectural lighting objects that demonstrate precision, restraint, and a clear understanding of how geometry shapes light and shadow. Submissions should show a thoughtful balance between focused task lighting and ambient atmosphere, with lighting behavior that feels intentional rather than decorative. The object should maintain a calm, resolved presence across different configurations and demonstrate the ability to adapt to a range of interior contexts through parametric control.
Design Criteria
Submissions will be evaluated based on:
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Clear relationship between geometry and light behavior
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One coherent parametric system demonstrated through multiple lighting moods
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Geometry suitable for fabrication and lighting integration
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Clean parameter structure allowing intuitive adjustment
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Use of BeeGraphy to control geometry, preview variations, and communicate lighting intent
Examples to Inspire
Kerf-cut bamboo pendant light shaping warm, filtered illumination through linear perforations and natural grain - Cylinder Pendant by ZEV BIANCHI
Compact 3D-printed table light with soft, organic geometry, diffusing a warm ambient glow through layered recycled plastic - Yoli Lamp by OHHIO
Algorithmic form controlling light diffusion - PARAMETRIC LAMP
These are references - not limits.
What to avoid?
- Fixed lamp forms with superficial parameter changes
- Excessive visual complexity that compromises lighting performanc
