In the design process of “The Hills at Vallco”, a prospective 15-block town center topped by a 30-acre undulating public green space in Cupertino, the OLIN team developed and employed custom computational design tools. By defining spatial and mathematical relationships between the layout of landscape features and of their requirements, the undulating roof park was able to be designed and modeled quite differently from typical approaches. This demonstrates what we are calling a “formation-precedes-form” process that resembles a more hyper-relational paradigm akin to the interconnected systems found in nature. It challenges and evolves Ian McHarg’s reductive method of layering by unifying multiple layers and processes into simultaneously responsive form-generators.
We want to discuss why the field of landscape architecture is uniquely positioned to take an active role in a more integrative, computation-aided design method.