Though it is one of the world’s oldest building materials, wood is still revolutionizing the way buildings are designed and constructed today. Timber design and construction necessitate an interdisciplinary approach from the outset of a project. With the emergence of mass timber, it is important to begin by considering the impact of building codes, and what is possible within a given jurisdiction. At an elemental level, material selection is tied to both material performance and critical environmental considerations, including regional availability, carbon sequestration, and life cycle analysis. Once underway, the delivery of complex mass timber structures often involves novel approaches to construction documentation, from collaborative drawing and modeling software to parametric CNC fabrication. The end product – buildings with unencapsulated timber – creates architecture designed for occupant health and happiness, with the biophilic benefits of natural materials, abundant light, and carefully-considered building systems. Through a series of wood and mass timber case studies, this lecture presents the 38-year trajectory of Shigeru Ban Architects’ work in wood, emerging from an interdisciplinary approach. As an introduction to this presentation, there will be a panel discussion with Colorado-based professionals who do work related to the intersection of resiliency and building materials. In particular, they will discuss examples of how post-disaster rebuilds can benefit from designing to newer codes, pursue lower lifetime energy costs, and how wood construction should consider future disasters in how it is implemented. 

Presented in partnership with AIA Colorado