Computing Material
Knit-in Shells
Knit-in Clay
Interlocking Nature_Oyster*2
Adaptive Lattice
Inflatable Knit
Subtractive Decoration
BioLight
Light Leak
Micro 3D Knit
Static Growth
Computing Sensory
Sound of Wind
Tracing Humidity
Resonate Trace
Tangible Light
Dynamic Aperture
Computing Landscape
Fabricate LA River
Hydro Dynamic
PlantALot Toolkit
Seasonality of Visitor Hotspots
Wayfinder
Beneath the Surface
Para-Toolbox
Parametric Planting Toolkit
ParaSpring
Paraknit
Exhibition
Knit-in Shells
Publication
Vitae
Contact
Qingru Yang
Computing Material
Knit-in Shells
Knit-in Clay
Interlocking Nature_Oyster*2
Adaptive Lattice
Inflatable Knit
Subtractive Decoration
BioLight
Light Leak
Micro 3D Knit
Static Growth
Computing Sensory
Sound of Wind
Tracing Humidity
Resonate Trace
Tangible Light
Dynamic Aperture
Computing Landscape
Fabricate LA River
Hydro Dynamic
PlantALot Toolkit
Seasonality of Visitor Hotspots
Wayfinder
Beneath the Surface
Para-Toolbox
Parametric Planting Toolkit
ParaSpring
Paraknit
Exhibition
Knit-in Shells
Publication
Vitae
Contact
Static Growth
The project explores a perforated pattern that imitates the dynamic of the growing vines.
Credit: Tina Chee Landscape Studio
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