Architecture and Computational Design

Computational design in architecture applies algorithmic and data-driven methods to generate, evaluate, and fabricate built forms that would be difficult or impossible to conceive through conventional drafting alone. By linking digital modeling tools to robotic fabrication, generative urban planning, and performance simulation, researchers can test how a building or neighborhood will behave—structurally, thermally, socially—before a single component is manufactured. Active directions include the development of biomimetic materials that adapt to environmental conditions in real time, and the use of machine learning to navigate the enormous solution space opened up by parametric design. A persistent open question is how to balance the expressive freedom these tools afford with the practical constraints of cost, constructability, and the long-term sustainability of increasingly complex built environments.

Works

146,593

Total citations

298,541

Keywords

ParametricismDigital FabricationUrban MorphologyArchitectural DesignBiomimetic MaterialsVirtual Reality