San Francisco — California | Fall 2024
The HexPillow Tile Screen explores the relationship between material, light, and surface through a modular hexagonal tile system. Developed through a combination of computational modeling and slip-casting techniques, the tiles emulate soft, cloud-like forms that contrast the rigidity of their ceramic medium.
Each module was digitally shaped using parametric tools to control curvature, thickness, and perforation, then hand-cast in plaster molds to preserve the texture and imperfections of the making process. The openings within each tile invite light to filter through, projecting shifting patterns of shadow that animate the surrounding space.
Together, the tiles form a cohesive screen installation that bridges digital precision and craft-based production. The modular system allows scalability across architectural applications—from façade assemblies to interior partitions—inviting tactile engagement and visual depth.
“A
Light becomes a material when filtered through form.”
The resulting tile screen captures the interplay between light and material, creating a sensory environment that transforms throughout the day as illumination and shadow shift across the curved surfaces.
Design Development
Inspired by cloud and pillow-like geometries, the team experimented with soft volumetric deformation through Grasshopper simulations and iterative form-finding.
Fabrication
The final tile geometry was produced through 3D modeling, CNC-milled molds, and slip-casting in clay. Each cast was hand-refined to enhance its tactile surface and to ensure a uniform fit within the hexagonal grid.
Assembly
Tiles were arranged as a continuous screen, demonstrating modular adaptability and the expressive potential of repetitive forms.