Hide-and-Go-Seek
A dandelion-inspired 3D printed skin for adaptive architecture
403 Research Studio
Instructor: Julia Koerner
2024 Fall -2025 Spring
Individual Acdemic Work
This project investigates how the seed geometry and pappus structure of the dandelion can inform the design of adaptive, energy-efficient façades through 3D printing. Drawing from the plant’s radial logic, aerodynamic dispersal, and geometric packing, the research translates biological intelligence into a performative architectural skin that filters light, modulates airflow, and responds to environmental conditions.
Using parametric design and solar data, a custom Voronoi lattice was developed, with rods extruded at varying lengths to create passive shading. Material tests with PETG, TPU, and acrylic rods balanced structural clarity with atmospheric softness. The system was designed for supportless printing, minimizing waste while maximizing spatial richness.
Applied to the historic Trust Building in LA, the façade becomes a breathable retrofit layer—adding porosity, light modulation, and environmental cooling. This skin reframes architecture not as static envelope, but as a dynamic interface between structure, climate, and culture.