Canadian Architecture

What can a textile do that glass, wood, concrete, or metal cannot? Architectural composite fabrics don't replace conventional building materials. Instead, they can complement them and often add another layer of performance to the building envelope. Their application changes with context. A composite membrane can become an exterior shading system for a tropical conservatory, an interior skin that shapes acoustics and spatial experience in a museum, or part of a facade strategy that improves the environmental performance of an existing building.

Mecanoo's Lawson Centre for Sustainability is the first new building for Trinity College since 1979. One of the most anticipated projects of 2026, it was designed to be one of Canada's most advanced sustainability-driven academic and residential buildings. Mecanoo worked in collaboration with Toronto architecture firm RDHA to design a sustainable community and "living lab," building on the College's traditions around shared meals and communal gatherings. Instead of the fourteen-story high-rise tower originally envisioned by the College, the team designed a walkable building that frames the existing campus and creates new landscapes for food production and social encounters. The broader campus vision included food, nature, work with local materials, and hands-on learning about sustainable living.

Global city rankings offer one way of looking at how urban environments support everyday life. The Economist Intelligence Unit's (EIU) Global Liveability Index evaluates 173 cities across stability, healthcare, culture and environment, education, and infrastructure, highlighting both long-term patterns and changes from one year to the next. In the 2026 edition, Copenhagen has been named the world's most liveable city for the second consecutive year, followed by Vienna and Melbourne. The Danish capital scored 98 out of 100 overall, receiving perfect scores in stability, education, and infrastructure. The global average remains unchanged at 76.1, with improvements in healthcare, education, and infrastructure offsetting continued declines in stability.

This week's news was, for the most part, about phenomena of large spatial and social scale. In Latin America, rescue efforts continue following the magnitude 7.4 earthquake in Colombia, while the discipline prepares efforts for assistance and reconstruction. UNESCO marked two international days dedicated to the world's indigenous peoples and to youth. On the first, we highlight reflections, case studies and interviews on ancestral constructive knowledge, while on the second we draw attention to how architecture can respond to the aspirations of new generations. Looking ahead, we highlight three projects in Vlorë, Chicago and Qiddiya City: two towers designed by OODA and SOM, and a vegetation-covered tennis center presented by Populous.

Against a backdrop of climate change, inflation, and armed conflict, the global energy system is undergoing change and facing scrutiny. As stated by the United Nations, buildings must be heated, lit, and electrified through clean, accessible, affordable, sustainable, and reliable power sources. Architecture and urban planning can contribute both to expanding energy access and to exploring different forms of storage. The Toronto-based startup Civic Grid designs and builds energy storage systems with the aim of changing the relationship communities have with the electrical power behind everyday life. Their first architectural battery was designed as public architecture by architects Jack Self and Josh Harskamp with industrial designer Max Fine. The prototype is the evolution of a deployable energy system developed with Lisbon Civil Defence for the Lisbon Architecture Triennale 2025, still in operation, and is paired with a scale model.

The conclusion of the FIFA World Cup 2026 marks the end of the tournament's largest edition to date. Hosted across Canada, Mexico, and the United States, the competition expanded to 48 national teams and brought together sixteen host cities distributed across three countries. For decades, FIFA World Cups have served as catalysts for architectural production. Each edition has generated a distinct collection of stadiums, transportation investments, public spaces, and urban interventions that often remain part of their host cities long after the tournament concludes. While recent competitions have become associated with landmark stadium projects and ambitious national building programs, the 2026 edition followed a different trajectory, relying primarily on existing venues adapted to FIFA's technical and operational requirements.

The land-water interface has always played a fundamental role in the formation and development of cities. From ancient commercial ports to today's multifunctional waterfronts, maritime and riverfront areas represent spaces of immense economic and social potential. Within this context, contemporary nautical complexes increasingly serve as strategic urban amenities capable of integrating diverse activities, fostering a reconnection between city and water, and revitalizing often underutilized landscapes.

The FIFA World Cup 2026 will take place from June 11 to July 19, 2026, across North America, with matches hosted at 16 venues in Canada, Mexico, and the United States. For the first time, the tournament is being co-hosted by three countries: 11 venues in the United States, 3 in Mexico, and 2 in Canada. Since the 2018 FIFA Congress selected the venues to host the 2026 World Cup, the three North American countries have been working to deliver the tournament. This edition will be the first to feature 48 competing teams, expanded from 32. Unlike the 2022 Qatar World Cup, which required the construction of entirely new stadiums, the three host countries already have the necessary infrastructure in place, though several venues are taking the opportunity to upgrade their facilities, including Mexico City's Estadio Azteca, Arlington's AT&T Stadium, and Toronto's BMO Field.

The conversion of disused religious temples through cultural programs constitutes one of the most compelling adaptive reuse strategies in contemporary urban planning. This functional compatibility seems to be rooted in the specific characteristics of churches: their central naves offer large-scale, clear floor plans and monumental cross-sections that easily accommodate the volumetric requirements of museums, theaters, or community hubs. Furthermore, the acoustic properties inherent to their vaulted ceilings, combined with intentional natural lighting filtered through stained glass windows or domes, create the spatial conditions for activities ranging from the performing arts to the exhibition of cultural artifacts. By assuming a public and cultural role, these buildings not only avoid demolition or physical abandonment but also preserve their status as urban and identity landmarks within the city fabric, revitalizing their immediate surroundings without altering their historical significance.

Landscape and urban design studio SLA has unveiled the design for the public realm and streetscapes of Toronto's new 39.8-hectare waterfront community. The urban landscape project "Ookwemin Minising" is located in the Port Lands, an industrial and recreational district southeast of downtown Toronto, currently undergoing urban revitalization to transform the area from a former industrial zone into a naturalized river valley, mixed-use neighbourhoods, and public parkland. The overall transformation is being led by Waterfront Toronto, a publicly funded, not-for-profit corporation established in 2001 to oversee the regeneration of the area, as part of a broader government initiative to renaturalize urban areas and increase housing density. The redevelopment of Ookwemin Minising is expected to be completed in phases between 2031 and 2040.