This project explores the generation of a surface through the application of parametric tools. It called for an investigation into the parametric and computational design process by understanding specific parameters that have been developed from deductive process, serving as the basis for operations in surface manipulation. The surface embodies logical and contextually responsive design interventions.
A 1 to 1 scale model representing a single component is built to exemplify the entire system. The full model demonstrates the feasibility of the design and fabrication process.
The design of this parametric surface is aimed at addressing the issue of soil instability, a challenge posed by the steep slope of the site. It creates a conducive habitat for the red-billed blue magpie. The incorporation of the Voronoi pattern, functioning as a geocell, aids in anchoring the soil, thereby promoting proliferation of shrubs. This provides a sanctuary for the bird, encouraging them to descend from the tree crown for feeding on insects.
Environmental and slope analysis
Surface Manipulation
Surface assembly
