Lamellae Multifunctional Shelving

Lamellae Multifunctional Shelving

Lamellae Multifunctional Shelving is an innovative architectural furniture system that exemplifies the convergence of computational design and traditional craftsmanship, distinguished by its sophisticated multi-agent computational model that generates geometrically complex yet refined shelving solutions. This groundbreaking design, created by Trevor Ryan Patt and honored with a Silver A' Design Award in the Generative, Algorithmic, Parametric and AI-Assisted Design category, represents a significant advancement in adaptive furniture design. The system employs a bespoke algorithmic approach where each lamella unit functions as an individual software agent, determining its position, orientation, and intersection parameters while generating precise joining and surfacing geometry. Constructed from 18mm Baltic Birch Plywood, 1mm laser-cut aluminum, and 7mm recycled PET felt panels, the structure spans impressive dimensions of 7000mm x 3000mm x 900mm. The design draws inspiration from historical lamella structures of the 1920s, particularly the Zollbau system, but transcends their geometric limitations through advanced computational modeling. Its distinctive feature lies in its ability to adapt to free-form surfaces while maintaining fabrication efficiency through CNC swarf cutting techniques, which optimize production and enable flat-pack delivery. The system's innovative assembly method relies on friction-fit joints without requiring fasteners or falsework, while aluminum inserts provide additional structural integrity. The design's baroque sculptural presence belies its practical efficiency, offering endless customization possibilities to accommodate various spatial requirements and display needs. This versatility is achieved through a sophisticated programming framework developed in Python, allowing for pattern adjustments, contextual adaptations, and surface disruptions while ensuring precise fabrication parameters.

multifunctional furniture design, computational architecture, parametric shelving system, digital fabrication, adaptive storage solutions, algorithmic design innovation

— Adam Dawson