Architectural Generative design experimentation
Individual
Rhino, Grasshopper, 3ds Max, Lumion-3D
The design process commenced with an experiential exploration of the site, revealing its uniquespaces and voids. These aspects were further investigated and leveraged through theintegration of human chronographic movement patterns and coral reefs. The resultingmasterplan was created with the goal of showcasing the power of architecture against the water.By analyzing gas bladders that keep kelp plants afloat in clear, cold water, the project hasintroduced a dynamic response to a design process that previously lacked direction andpurpose. The exploration of varying scales in movement, space, and density has led to theconcept of layering. The masterplan aims to offer a distinctive combination of spaces thatcapture the experiential elements of livable spaces and vulnerability through geometric andvisual analysis.
The generative design process was a complex endeavor that utilized both flood data and skintension data to compute and extract a unique form from Grasshopper. This involved a series ofintricate steps, including the analysis of the flood data to determine the areas at risk ofinundation, as well as the study of skin tension data to understand the distribution of forcesacross the surface of the structure.Once the data had been gathered, it was then input into Grasshopper, a powerful algorithmicmodeling tool. Here, the various parameters were manipulated to create a generative designthat would meet the project's objectives. Through a process of iterative testing and refinement, afinal form emerged, one that was optimized for both structural integrity and aesthetic appeal.Overall, the generative design process was a highly technical and innovative approach thatallowed for the creation of a truly unique and functional structure. By leveraging data andadvanced computational tools, designers were able to push the boundaries of what waspossible and produce a solution that was both beautiful and effective.