Year: 2025

Architects have always been modular builders. We operate in a finite world with limited resources. The economics of time privileges efficiency. And efficiency begets the standardization of buildings into modular elements. 

Architects have been on a hero’s quest for the perfect modular system. Can there be an ideal kit of parts or a unifying detail that brings everything together? Can the design breakthrough solve interminable issues such as poverty or sickness? History foretells a sad string of failures. 

And yet today, every building is a complex amalgam of prefabricated parts shipped and then assembled into a home, school, hospital, or airport. The amount of information regarding all these parts constitutes a database of understanding that we could magnate and deploy with more intelligence to reduce waste, control cost, and forecast time. 

Our computational tools present the possibility to track and analyze these elements with a parametric lens towards optimization for variation. In other words tailored design algorithm can reduce complexity in construction while enhancing aesthetic effect. This will result in a more beautiful world for more people, as we can build structures with 

Architecture’s history is littered with attemto tos find

Architecture transforms nature. Every building takes away and gives back to the earth. Construction, at its most elemental, is the process of extracting raw materials to remake them into structures we can use every day. Our buildings are more than just machines for living. They activate a process of conversion and consumption. 

Architecture consumes energy, requires water, and permanently modifies matter. As the world loses faith in interdependence, our AI-powered economic future underscores the need for buildings that are both self-sufficient and smartly connected to their surroundings. 

Architecture cannot be hermetic. Our buildings depend on links to other systems to survive. A metabolic analysis of our built environment, calculating the flow and transformation of ecological inputs into the construction and operation of buildings, holds the keys to a post-scarcity future. 

Metabolic design enables prognostication: for how we measure is how we think, and how we think is how we design. We can analyze both buildings and human settlements from cradle to grave, enabling a way of seeing how our built environment will age, die, and possibly be reborn. The future can be designed better today….