Symposia
Hixon Center Urban Conference
Future Cities’ Material Flows: Implications of Design, Production & Waste
This virtual conference will focus on the potential of mass timber as a primary building material in cities. There is growing evidence that replacing traditional urban building materials such as steel and concrete with mass timber has multiple benefits, ranging from reduced environmental impacts to structural resilience and cost savings. In fact, using mass timber at scale in urban areas offers the chance for much needed short term carbon emission reductions in the building sector; the majority of future population growth will occur in urban areas, and most of the buildings to host this growing population still need to be built. A transition from mineral to biogenic building materials then offers a double carbon benefit, the upstream carbon savings in material production and the long-term carbon storage over a building’s lifetime. This half-day conference will explain the potential of mass timber and how it differs from other construction (session 1) before it explores the environmental implications of substituting building materials (session 2).
The audience for this conference includes YSE students & alumni, architects, foresters, practitioners, city planners, developers, and researchers.
AIA CEUs
This program has been reviewed and is approved for professional CFE credits by the Society of American Foresters (Category 1: 3.00 hours) and by the Connecticut Certified Forest Practitioners (1 CEU) and the American Institute of Architects. For architect CEUs, credit earned by attending this symposium will be reported to CES Records for AIA members. Certificates of Completion for non-AIA members will be available upon request. If you are not a member of the AIA, but wish to be receive documentation for attending the event, please let us know via email at archevents@yale.edu.
Please note that to receive any CEU credit, viewers must remain logged onto the Zoom webinar for the entirety of the event.
Event Schedule