Study Architecture 
ProPEL 
Author(s): Cheryl Atkinson
Zero Hous[ing] is a recently built energy neutral midrise housing prototype that investigated alternative sites, and alternative forms of practice and production. It used prefabrication and a carbon sequestering palette to address the housing affordability and climate crisis. While it was produced and reads as a single family house— it was designed to work as housing for metropolitan areas. This project considers urban typology, architectural design for aesthetics, function, health and well-being, and innovative construction methodologies to look at this problem from the bottom-up and across sectors. The objective was to build demand with consumers and industry for net-zero energy and carbon sequestering housing by making a healthy and attractive architecture, creating site location and construction efficiencies, and demonstrating through this built prototype and its life-cycle cost and energy analysis, that it might be accessible to the many rather than the few. We realized this building with custom prefabrication and a deeply integrated design process engaging a cross-disciplinary team of professionals, educators, builders and students in all stages of the work. This project is remarkable for the ambition and scope of its definition of sustainable design (urban design, carbon footprint, energy use and construction methodology) and for its recognition that, in order to change existing paradigms we need to actively interact, and through experiments like this, develop new ways to design, build, and live collaboratively. This educational project integrated architecture, engineering, and business faculty and students at Ryerson University, Toronto Canada and an industry construction/education partner called The Endeavour Centre. We collaborated on this one-to-one scale prototype using Passive House principles, and prefabrication as an ethic. We built it using our industry partner’s team of apprentice carpenters and it is now being enjoyed as a full time residence for its owner while we monitor its performance.
https://doi.org/10.35483/ACSA.AIA.FallInterCarbon.20.35
Volume Editors
Corey T. Griffin & Erica Cochran Hameen
ISBN
978-1-944214-35-7
