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As one of the host cities of the 2026 FIFA World Cup, Toronto is preparing to welcome fans from across the globe. The Canadian city, the fourth largest in North America, has become a cosmopolitan center with its renowned business district and cultural venues that come alive during the summer and early fall nights. Toronto offers a beautifully diverse urban setting, with shimmering high-rises and smaller brick houses, intertwining residential and vibrant commercial areas, public parks, and even beaches. All become part of the city's striking skyline, crowned by the iconic CN Tower.

Toronto's ongoing sprawl and constant urban development are evident as new projects spread through the city, weaving themselves into existing buildings, from 19th-century landmarks such as the Gooderham Building to major contemporary works like the Aga Khan Museum. These new constructions include increasing adaptive reuse and retrofitted projects throughout the city as more efforts and incentives are provided to reduce carbon emissions.

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Can architecture shape comfort before mechanical systems enter the equation? As buildings account for nearly 40% of global energy consumption and people spend close to 90% of their time indoors, thermal performance has become one of architecture's most urgent concerns. Yet despite often being associated with insulation values, energy ratings, or mechanical systems, thermal performance begins with spatial decisions made long before technical equipment is introduced. Orientation, airflow, daylight, and the placement of openings all influence how a building absorbs, retains, and releases heat throughout the day.

Thermal performance is not only about reducing energy demand but also about maintaining comfortable indoor conditions in response to climate. Closely tied to thermal comfort—the way occupants experience temperature, airflow, humidity, and radiant heat—it influences health, well-being, and productivity as much as it does operational efficiency. Research suggests that healthy indoor environments can improve learning ability and productivity by up to 15%, reinforcing the growing relationship among environmental performance, resilience, and space quality.

The Practice for Architecture and Urbanism (PAU), in collaboration with HNTB and HOK, has been selected as the design team for the redevelopment of New York City's Penn Station. The project is part of an ongoing effort to reorganize and expand one of the busiest rail transportation hubs in North America, aiming to improve passenger circulation, increase capacity, and upgrade the station's existing infrastructure. Design and development work is currently underway, with construction anticipated to begin in 2027. Located in Midtown Manhattan, Penn Station occupies the site of the original Pennsylvania Station, designed by McKim, Mead & White and completed in 1910.

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Covering a broad array of subjects, this week's headline stories have reflected the wide scope of architecture's practice: its potential to respond to the climate crisis, the construction and renovation of cultural infrastructure around the world, and events that promote contemporary disciplinary reflection. This does not preclude questions about the contradiction between the technical and creative skills demanded by the discipline and the role it has come to occupy in today's market. Alongside these reflections, this week we feature projects that reinforce architecture's cultural significance in preserving knowledge, hosting collective entertainment, and supporting new forms of living: a comic book museum in Taiwan, a membership club for families in London, and the renovation of a landmark stadium in Riyadh.

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In 2025, the global animal health market was valued at approximately $70 billion, and projections suggest it could double by 2033. Behind this figure, however, lies a quieter transformation of the built environment, exemplified by the veterinary hospital. A building type that for decades occupied the back rooms of improvised clinics and pet shops is increasingly developing its own architectural language and identity. It is the spatial consolidation of a bond that has endured for more than 15,000 years.

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Between the moment a material is specified in a project and the moment it is installed, there is an invisible layer that plays a decisive role in the final outcome: fabrication, logistics, and coordination. These factors shape timelines and costs, but more critically, determine whether the original design intent is preserved or diluted in execution. Cladding systems, especially those that function as visible and expressive components of the building envelope, make this gap particularly evident, as they are the most outward-facing layer of a project.

Selecting a cladding system is never a purely aesthetic decision. It activates a chain of dependencies: profile availability, fixing systems, tolerances, sequencing, and compliance with local codes. When elements are misaligned, the fallout is rarely subtle. Integrated cladding systems—those that anticipate assembly as much as appearance—tend to close this gap, embedding coordination into their logic and reducing the need for on-site improvisation.

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