
Fuzzade Ceramic Tile Assembly
Fuzzade is a façade component system composed of three distinct baguettes that are tailored to promote varying degrees of water retention and moss growth. The baguettes range from A) ‘industry standard’ extrusions, to B) transitional tiles, to C) highly customizable robotically carved forms.
These three variations are designed with the manufacturing process inherently tied to their degree of complexity; each tile compounds an additional robotic toolpath for increased surfacing and ability for water retention and moss growth. The tiles operate on the logic of macro and micro geometric surfacing – Macro geometries establish deeper valleys that control moss growth zones, while micro geometries establish the surface texturing needed for effective water pooling and moss attachment. As a result of robotic toolpaths producing a high degree of moss control, the three tiles can be composed in an infinite range of possibilities on any façade, driven by the degree of moss growth that is desired. Much of the façade can be composed of cost-effective A tiles, where B and C tiles are used to define micro-climates of moss growth as needed across the surface.






March 27th-29th, 2025
Architectural Materials Technology Commons (AMT)
Created over a semester at Taubman College of Architecture, Fuzzade utilized robotic fabrication techniques to design a facade system that encourages moss growth. A ten-page paper titled Fuzzade: Subtractive Robotic Fabrication for Bio-receptive Facade Assemblies was submitted to the Architectural Materials Technology Commons in March 2025. The project was selected and was presented by the team in Columbus, Indiana to a panel of academics, professionals, and students.
Taubman College of Architecture // Autumn 2023 // Project collaboration: Taylor Douglas and Daniel Barrio // Instructor: Chris Humphrey