Abstract: Computational design processes have evolved over the last 20 years with the speculation that unification between disciplines within the realm of architecture is necessary. Throughout that unsolved difficulty, much advancement has been made with regard to generative modeling, building optimization, energy analysis, and materials development. To unite the fields for further optimization strategies in the future requires unifying factors that may lie in the exploration of morphogenetic design.
Computational Design, Progression, and Future Generation
by Situ
Apr 17, 2015
FinalSituFromberg.pdfAuthor: Courtney L. Fromberg + Yangyi Situ
Abstract: Computational design processes have evolved over the last 20 years with the speculation that unification between disciplines within the realm of architecture is necessary. Throughout that unsolved difficulty, much advancement has been made with regard to generative modeling, building optimization, energy analysis, and materials development. To unite the fields for further optimization strategies in the future requires unifying factors that may lie in the exploration of morphogenetic design.