title: Beyond assemblies: system convergence and multi-materiality.
abstract: The architectural construction industry has become increasingly more specialized over the past 50 years, creating a culture of layer thinking over part-to-whole thinking. Building systems and technologies are often cobbled together in conflicting and uncorrelated ways, even when referred to as 'integrated', such as by way of building information modeling. True integration of building systems requires rethinking how systems and architectural morphologies can push and pull on one another, creating not only innovation in technology but in aesthetics. The revolution in composite materials, with unprecedented plasticity and performance features, opens up a huge range of possibilities for achieving this kind of convergence. Composites by nature fuse envelope and structure, but through various types of inflections, they can also be made to conduct air and fluids through cavities and de-laminations, as well as integrate lighting and energy systems. Assembly as we know it moves away from mineral materials and hardware and toward polymers and 'healing'. Further, when projected into the near-future realm of multi-materiality and 3D manufacturing, possibilities for embedding systems and creating gradients of rigidity and opacity open up, pointing to an entirely new realm of architectural thinking.
authors.affiliation: Southern California Institute of Architecture, 2404 Wiltshire Boulevard, Suite 8D, Los Angeles, CA 90057, USA. twiscombe@gmail.com
authors.forename: Tom
authors.initials: T
authors.lastname: Wiscombe
mesh_terms: D001108:Architecture / Q000639:trends*; D040761:Biomimetic Materials; D032701:Biomimetics / Q000639:trends*; D003252:Construction Materials