Computer-Aided Architectural Metabolic Design

CAAMD (Computer-Aided Architectural Metabolic Design) is a bio-digital design infrastructure for developing bioactive building systems by integrating cellular metabolism and environmental performance within computational design workflows. The platform enables the simulation and prediction of biofunctionalities by translating cellular metabolic processes into data-driven, bio-integrated design feedback. CAAMD supports environmentally enhancing architectural strategies such as carbon sequestration, photosynthetic energy harvesting, air quality regulation, thermal modulation, and material self-regeneration by coupling biological potential with environmental inputs and regenerative design objectives. This approach enables programmable, responsive, and self-adaptive architectural systems across digital and physical domains, towards the next generation of designers, biodesigners, biohackers, and bioartists exploring architecture as a living, programmable system.