Shenzhen is China's first Special Economic Zone（SEZ), serving as a window for China's Reform and Opening-up and an emerging immigrant city. It has evolved into an influential, modern, and international metropolis, creating the world-renowned "Shenzhen Speed" and earning the reputation of the "City of Design." Architectural design stands as the most intuitive expression of Shenzhen's spirit of integration and innovation. Over the past decade (2015-2025), the development of urban architecture in Shenzhen has closely integrated with its open and inclusive urban character, ecological advantages of being nestled between mountains and the sea, and the local spirit of blending traditional culture with innovative technology, showcasing Shenzhen's unique charm and robust vitality across multiple dimensions.
Montreal, the second largest city in Canada is home to a wide array of heritage residential architecture, most of it dating to the 19th and early 20th-century. These are particularly abundant in some of its central neighborhoods like the Plateau Mont-Royal. Interestingly, their preservation is not accidental; it is the result of decades of advocacy by influential figures who recognized the value of the city's built environment, such as Phyllis Lambert and Blanche Lemco Van Ginkel. Efforts like theirs were instrumental in landmark preservation battles that helped to ensure current municipal support. Today, the city has implemented a set of comprehensive heritage protection laws designed to safeguard the integrity of the city's historic neighborhoods.
Like the famous Russian Matryoshka doll, opening a package often feels like uncovering endless layers. Inside a cardboard box, there might be molded Styrofoam, then several plastic air pillows, and finally, individual plastic wrapping around each piece. Even a small product can leave behind a trail of plastic waste far larger than its size. Now imagine this logic applied to a construction site where every component, every delivery of materials, often arrives wrapped in multiple layers of protection. What already seems excessive in retail becomes monumental when repeated daily on large construction projects.
Every act of building begins with the transformation of raw materials, energy, and land, and this inevitably entails environmental impact. This encompasses all the changes a process triggers in the natural world: from resource extraction to pollutant emissions, from energy consumption to biodiversity loss. Measuring this is complex, as it spans multiple dimensions. Carbon has emerged as the common metric, translating these effects into greenhouse gas emissions (CO₂ equivalent) directly linked to global warming. This standardization has made it omnipresent and comparable across materials, systems, and sectors. Reducing carbon emissions, therefore, means addressing the root of global warming, which is a particularly urgent task in the construction industry, responsible for about 39% of global emissions. In response to this challenge, MVRDV NEXT, the innovation and digital tools division of the Dutch architectural firm, launched CarbonSpace, a free, open platform that brings carbon accounting to the architect's desk, right at the napkin sketch stage.
Today, on the first Monday of October, we celebrate World Architecture Day. This year, the International Union of Architects (UIA) has set the theme "Design for Strength," a powerful call to action that resonates deeply with the UN's focus on urban crisis response. In a world facing unprecedented environmental and social disruptions, this theme challenges us to move beyond temporary fixes. It asks: How can our buildings and cities not only withstand shocks but also foster equity, continuity, and resilience?
While the concept of strength in architecture can easily evoke images of reinforced concrete and steel, a more profound interpretation is emerging, one that defines strength not as mere rigidity, but as a holistic capacity to endure and adapt. This includes many facets, from ecological resilience and stewardship to long-lasting concepts of social resilience or the long-lasting conservation of existing urban structures, all contributing to a built environment more able to respond to the multitude of crises faced by cities worldwide.
When exposed to heat, the body activates several physiological mechanisms to maintain thermal homeostasis. However, these natural defenses are often overwhelmed in our modern cities.In an urban environment defined by heat-absorbing asphalt, concrete, and a lack of green spaces, these mechanisms become inefficient. If the surroundings are excessively hot, humid, or poorly ventilated—conditions amplified by the Urban Heat Island effect—the core body temperature begins to rise, and the risk of serious complications increases, ranging from cramps and exhaustion to potentially fatal heat strokes.
Buildner, in partnership with the Government of Dubai, has announced the results of the 2024/25 House of the Future competition. Following the success of its inaugural edition in 2023, this second edition invited architects and designers worldwide to develop an affordable, expandable, and forward-thinking prototype home tailored to the evolving needs of Emirati families.
Organized in collaboration with the Mohammed bin Rashid Centre for Government Innovation and the Sheikh Zayed Housing Programme, the competition offered a total prize fund of €250,000 (1 million AED). Winning entries are now being reviewed for potential inclusion in the UAE's national catalogue of housing designs, which provides citizens with a selection of pre-approved, innovative home models.
The preservation of the environment and the harmonious integration of the built and natural elements are fundamental principles in contemporary architecture. Various design strategies are employed to achieve this balance, ranging from the revival of vernacular techniques to the use of advanced technologies. However, this concern goes beyond the choice of specific construction systems or innovative materials; it also manifests in the design approach that ensures the preservation of the site's natural elements. In this context, we present 15 homes designed to protect local trees, showcasing how architectural decisions can adapt to nature rather than impose on it.
Transcending their role as mere infrastructure, bridges have long served as powerful architectural statements. This expressive potential is now being explored with renewed vigor across South-East Asia, where a growing number of architects are re-evaluating traditional materials. By championing wood and bamboo, these designers are creating distinctive structures that integrate local craftsmanship with contemporary needs, resulting in landmarks that are both functional and deeply rooted in their landscape.
Areal am Kronenrain / MONO Architekten. Image Courtesy of Gregor Schmidt
Marginalized in architectural discourse and often dismissed as purely functional, parking garages remain among the most ubiquitous structures in the urban landscape. Designed to accommodate the needs of private vehicles, they occupy central locations, shape skylines, and consume considerable resources, yet rarely receive the same attention — or architectural care — as cultural institutions, schools, or housing. Despite their prevalence, these buildings tend to fade into the background of daily life, treated as infrastructural necessities rather than as design opportunities.
This is beginning to change. As urban mobility undergoes profound transformations — from the decline of car ownership to the rise of electric vehicles and shared transport systems — the role of parking infrastructure is being redefined. Architects and planners are reimagining garages as adaptable frameworks that integrate public space, ecological functions, and mixed-use programs. These new approaches challenge the perception of parking as a residual typology and instead position it as a civic structure with the potential to support more inclusive, flexible, and sustainable urban models.
In recognizing this project, the award jury praised its ability to intervene in a sensitive yet rational manner, using design to foster inclusivity, resilience, sustainability, and overall well-being. The design achieves these goals by rejecting rigid functional zoning. Instead, a permeable circular courtyard integrates diverse community activities, organizing circulation and connecting multiple open rooms into a cohesive whole.
Kindergarten architecture has long stood apart as a realm where design and imagination converge. Unlike most building typologies, these spaces are conceived not only to shelter and function but to shape the earliest experiences of curiosity, play, and social interaction. Throughout history, the design of kindergartens has evolved alongside pedagogical shifts, moving from modest, utilitarian beginnings to highly intentional environments that stimulate both learning and wonder. In this context, architecture becomes more than a backdrop — it becomes a silent educator, capable of nurturing emotional, cognitive, and physical development.
All materials come from somewhere, embedded in a chain of extraction, supply, production, and disposal that, depending on its scale, leaves more or less significant marks on the environment. In architecture, we usually approach this trajectory through the lens of materials' circularity, considering how they can re-enter production cycles rather than become waste. Yet, broadening our view to unexpected places reveals parallel systems where by-products from one industry become resources for another. This approach has found fertile ground in organic waste transformed into biomaterials, with one of the most recent examples being the work of Fahrenheit 180º. Through their installation, "From the Tagus to the Tile", they repurpose oyster shells initially discarded by food systems to create a reinterpretation of Lisbon's iconic tiles.
Architecture has historically produced many iconic buildings shaped by singular visions—often designed unilaterally for users, communities, and cities. While this top-down approach has enabled strong formal coherence and conceptual clarity, it has also prioritized authorship over engagement. The result: projects that may be celebrated as visionary, yet often feel disconnected from the everyday realities of those who inhabit them.
Designing for others is inherently complex. As architects, we are frequently tasked with creating environments for communities with whom we may have no personal or cultural familiarity. This distance, however, can offer valuable objectivity. It allows us to engage diverse perspectives with fresh eyes, critically analyzing the needs and constraints of multiple stakeholders. Through this process, the discipline of architecture has advanced—pushing boundaries in spatial thinking, material innovation, and structural experimentation.
