Architecture and Computational Design

Computational design in architecture applies algorithmic and data-driven methods to how buildings and cities are conceived, shaped, and built, moving beyond hand-drafted intuition toward systems that can model complexity at scales from a structural joint to an entire urban district. The approach enables architects to explore parametric form-finding, simulate environmental performance before anything is constructed, and translate digital geometry directly into fabricated components using robotic or CNC processes. Biomimetic materials and adaptive structural logics drawn from natural systems are opening new possibilities for buildings that respond dynamically to their environment rather than passively enduring it. Active research questions include how far artificial intelligence can meaningfully participate in creative decision-making, and how the efficiency gains of computational methods can be directed toward genuinely sustainable outcomes rather than formal novelty alone.

Works

143,249

Total citations

296,849

Keywords

ParametricismDigital FabricationUrban MorphologyArchitectural DesignBiomimetic MaterialsVirtual Reality