Computing Resonances Between Architectonic Forms and Ecological Building Dynamics With Bim: A Digital Augmentation Exercise On Environmental Latentscapes

This paper explores latent relationships—resonances—between architectural forms and ecological dynamics through an Architecture Information Modelling (AIM) approach. This approach is founded on a proposed mechanism for declarative BIM interplays within a digital augmentation gnomonic framework. Originating from an academic BIM course, the study addresses contemporary global ecological crises and the impact of the so-called digital (r)evolution on architectural design. It reflects on the broad yet specific question: In a digital world, how far can architecture go regarding environmental issues? By employing data-driven performance simulations and parametric modelling techniques over building “primitives” (prototypes), students computed resonances between formal choices (shapes and materials) and environmental-ecological aspects (energy efficiency and embodied carbon dynamics) using Rhino.Inside.Revit, Autodesk Solar, and Insight as instruments of synthesis. The study examines AIM’s capabilities to effectively compute “latentscapes” and to foster fresh architectural formulations that embrace ecological conditions in inventive ways, by providing plural modes of thinking-designing.