Community-Led Pathways for Affordable and Resilient Housing in Northern and Indigenous Communities
Summary
Northern and Indigenous communities across Canada face severe housing challenges, including overcrowding, mold and high energy costs. Co-developed with the Cree Nation of Chisasibi, this Living Lab creates decision-support tools for healthier, more affordable and resilient housing adapted to northern conditions.
The project integrates three approaches: community-driven digital twin modelling links participatory workshops with energy simulations, allowing Cree knowledge holders to co-create housing archetypes and explore scenarios for efficiency, affordability and resilience, including solar PV, storage and microgrids; northern-adapted prefabrication strategies refine modular building systems for durability, moisture safety, rapid assembly and transport; and life-cycle affordability analysis compares capital, operating and maintenance costs to support equitable decision-making.
It builds local capacity through training in sustainable construction, moisture management and energy efficiency, providing long-term employment pathways. Outputs include validated digital tools, moisture-safe prefabricated components and early pilot cases to improve housing quality, reduce costs and enhance resilience.
By combining technical solutions with community engagement and energy planning expertise, the project delivers scalable methods for Indigenous and northern communities, strengthening energy autonomy and outage resilience while improving housing conditions.
Key details
| Principal investigator | Caroline Hachem-Vermette, Concordia University | ||
| Co-principal investigators | Sang Hyeok Han, Concordia University Erkan Yönder, Concordia University |
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| Research collaborators | Heather Braiden, Université de Montréal Luiz Antonio C. Lopes, Concordia University |
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| Areas of research | Modelling and Design Technologies, Construction-related Technologies, Equity and Accessibility to Renewable Energy or Renewable Energy Technologies, Knowledge Mobilization of Decarbonization and Electrification Processes | ||
| Non-academic partners |
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Related graduate programs
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Connect with our recruiter to explore project details and available MSc/PhD roles.
Reach out: volt-age.recruitment@concordia.ca
Volt-Age is funded by a $123-million grant from the Canada First Research Excellence Fund.

