Architects have unprecedented access to increasingly new and sophisticated digital tools and processes. The power to conceptualize, prototype, and share open content is within the grasp of growing numbers of designers. One promise of this digital revolution is the ability to generate mass customizable modules and parts that can be fashioned to respond to local need or formal desire. Material production remains in the hands of an entrenched industrial sector that resists retooling, so the potential of custom products designed by digital tools is prohibitively expensive and largely unrealized. Zippered Wood is our attempt to break the stranglehold of industrial production. The Zippered Pavilion is a practical application of the Zippered Wood technology.
HiLo Lab has been working to combine multiple research streams into full scale constructs. The Zippered Pavilion explores the formal capacity of the Zippered Wood research through the production of a modified bay of a larger outdoor pavilion. The fully realized pavilion is designed to house student performances and impromptu teaching. (rendering below) The team fabricated the structure using repurposed timber. It sits on four temporary footings and features bundled columns built from salvaged 2x4s. Each bundle springs from a footing, bending and fanning inward using four unique profiles that meet to create cover. The zippered members translate between the columnar supports and an overhead truss strategy that meets at a ridge beam. The pavilion is designed to test the researcher’s ability to accurately repeat zippered members. It also proves the Zippered Wood members have the structural capacity required for the pavilion. Both were demonstrated through an assembly that showed customization in stick framing could be done without significantly greater fabrication time or material cost.
Located directly adjacent to the Lasserre Building on UBC’s main campus, the pavilion project was erected late summer 2019. We would like to thank EcoWaste, The Foundation for the Carolinas, and UBC SEEDS for their support for this project. It has been invaluable and is greatly appreciated.
Alex Preiss, Derek Mavis, Graham Entwistle, Blair Satterfield, with Marc Swackhamer, Matthew Hayes of LoDo Lab. Special thanks to Felix Lalonde Lavergne for construction support.