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Brick: The Latest Architecture and News

Design Ethos of Subtraction and Addition: 10 Adaptive Reuse Projects for Commercial and Social Spaces in Asia

While adaptive reuse has been increasingly acknowledged as a vital architectural strategy worldwide, its discourse and implementation in Asia are still expanding—driven by growing ecological awareness and a shifting understanding of architectural knowledge. Rather than accelerating a developmentalist model centered on demolition and new construction, architects today are confronted with a different approach to the built environment: treating the existing structure as a resource—an archive of materials, spatial organizations, and informal histories.

Adaptive reuse is often associated with the preservation of historic buildings and culturally significant heritage. Yet the vast field of seemingly 'less-valued' structures—abandoned houses, standard yet old dwellings, non-conforming office buildings, and overlooked urban voids—has become ground for experimentation. These sites challenge architects and designers to reconsider prevailing standards of efficiency and market-driven development, and to imagine spatial and ecological practices that avoid the continual loss of embodied material and cultural knowledge inherent in constant rebuilding.

Design Ethos of Subtraction and Addition: 10 Adaptive Reuse Projects for Commercial and Social Spaces in Asia - SustainabilityDesign Ethos of Subtraction and Addition: 10 Adaptive Reuse Projects for Commercial and Social Spaces in Asia - SustainabilityDesign Ethos of Subtraction and Addition: 10 Adaptive Reuse Projects for Commercial and Social Spaces in Asia - SustainabilityDesign Ethos of Subtraction and Addition: 10 Adaptive Reuse Projects for Commercial and Social Spaces in Asia - SustainabilityDesign Ethos of Subtraction and Addition: 10 Adaptive Reuse Projects for Commercial and Social Spaces in Asia - More Images+ 29

Top 50 Most Inspiring Brick Buildings Around the World

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The shortlist for the prestigious BRICK AWARD 26 has been announced, revealing 50 exceptional brick buildings from across the globe. Organized by wienerberger, the biennial award celebrates architectural innovation and craftsmanship in brick and ceramic design, recognizing projects that push the boundaries of material, form and context. This year's selection spans five continents and 21 countries, highlighting the enduring relevance of brick in contemporary architecture; from intimate homes and cultural institutions to industrial facilities and public spaces. Winners will be announced in Vienna in June 2026, with all shortlisted entries featured in the BRICK 26 Book.

Populous Designs New Wrexham AFC Stadium Kop Stand with Signature Brickwork Pattern

The term "Kop," traditionally referring to the summit of a hill or peak, reflects the origins of passionate fan gatherings in football stadiums. In the UK, a "Kop Stand" specifically designates a typically single-tiered stand situated at the goal end of a stadium, renowned for housing the loudest and most dedicated supporters of a football club. Sports and entertainment-focused architecture office Populous has just released the design of the new Kop Stand for Wrexham AFC's stadium. The proposal pays homage to Wrexham's architectural character by incorporating a brick façade pattern that mirrors the city's traditional building styles.

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A Brick-by-Brick Path to Bridge the Past and Future

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Factory 52, named after the production of 52-card decks that once took place there, is a remarkable example of adaptive reuse, transforming an old factory into a vibrant mixed-use community. Located in Norwood, Ohio, within the former U.S. Playing Card Company building, the renovation project reimagines industrial heritage by integrating modern design without losing sight of its historical roots, incorporating residential, commercial, and recreational areas. The use of brick cladding plays a crucial role in connecting the past with the future, offering a rustic texture that honors the industrial history while highlighting the new structures with its unique tones in a contemporary setting.

Zaha Hadid Architects Reveals Design for New Scientific Research Centre in Tashkent, Uzbekistan

Zaha Hadid Architects (ZHA) has been announced as the architect of the Alisher Navoi International Scientific Research Centre, an expansive cultural and educational facility taking shape in New Tashkent, Uzbekistan. The center is set to incorporate the Navoi State Museum of Literature, along with a 400-seat auditorium and an International Research Center and residential school dedicated to training 200 students in the Uzbek language, literature, and music.

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The Craft of Brick Bonding: 4 Projects That Explore Textural Designs Adapted to Canada's Winter Conditions

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Canada's climate is known for its dramatic contrasts, ranging from frigid winters to hot summers. Large metropolitan areas such as Toronto, Montreal, and Vancouver experience a variety of extreme weather conditions: heavy snowfall, ice storms, and freezing temperatures are common. In some cases, temperatures can plummet to below -30 degrees Celsius, especially in cities like Montreal or Quebec. In turn, this weather creates certain challenges for architects and engineers when designing with certain materials. In this context, brick remains a popular construction material not only because of its relatively low thermal conductivity, making it a good insulator during the winter but also because of its connection to the country's architectural heritage.

While brick was once a primary load-bearing material, its role has shifted in modern architecture to being used predominantly for non-bearing walls and exterior cladding. This allows architects to experiment with brick as a texture and design feature, rather than focusing on its structural capabilities. Even though the climate does influence material choices, brick's historical significance and its ability to create intricate textures and patterns in facades make it a compelling choice for contemporary projects across Canada. Modern architects are constantly finding new ways to reinterpret this classic material, exploring various bond layouts and surface textures that add aesthetic richness while ensuring the buildings remain resilient to extreme weather conditions.

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