Home could extend between several places occupied at different points in the year. It extended across a larger geography of places that were left and returned to through the year. Many contemporary Gulf developments now attempt to bring contrasting climatic and spatial conditions into the same permanent urban system.
In most architectural projects, vertical circulation is expressed as a purely functional element, tucked away behind fire-rated doors or an elevator core. However, sometimes architects also use spirals when trying to resolve site elevation changes. Given the right scale, these elements allow for a more artistic formal expression that serves both utilitarian and aesthetic purposes without relying on mechanical lifts or stairwells. Structural systems like cantilevered steel trusses and reinforced concrete decks allow these spiral elements to extend outward as sheltered entry canopies or wind around open central atriums. Functionally, these circulation paths may be expressed in several ways: as stairs like the Itamaraty Palace in Brasilia, or as ramps, which can offer the possibility to reduce mobility barriers for visitors. In both cases, the spiral can provide smooth transitions across varied floor levels while maintaining an unobstructed line-of-sight throughout the program.
Howl's Moving Castle. Image Courtesy of Studio Ghibli
Every evening when we get home, without ceremony, we perform a small rite. We arrive at a door, we open it, and we step through into a space that belongs to us in a way no other space does. It is such a mundane act that we rarely notice it has a structure at all, and yet philosophers and anthropologists have written entire books describing these psychological structures. Interestingly, visual works such as the animated worlds of Studio Ghibli seem to reflect this dynamic to create worlds which contain architecture and layouts that provide a path to escape by tapping into our memories in a legible yet enchanted form.
Asmara, the capital of Eritrea, sits at over 2,300 meters above sea level on a plateau at the edge of the Great Rift Valley escarpment. Although situated in a country not known for large visitor numbers, the city has gained fame for its unique architecture. In July 2017, it became a UNESCO World Heritage Site, inscribed as "Asmara: A Modernist African City," the first modernist urban site anywhere to be listed in its entirety, and Africa's first explicitly modernist World Heritage Site. Its heritage value came about as a result of a complex convergence of two aspects of Eritrea's history: an intense period of colonial construction as Italy pursued its imperial ambitions in Africa, and a long period of relative isolation that insulated the city from redevelopment.
Bazaar in Hyderabad, India. Photo by Kanishq Kancharla on Unsplash
This article is part of "Thresholds", a special edition printed newspaper by Cobe Notes x ArchDaily.
Architecture is most often represented as a stable object: a building captured at a moment of visual clarity, isolated from surrounding contingencies. Plans, sections, and photographs promise legibility by suspending time. Yet many of the world's most enduring public environments resist this mode of representation altogether. They are not designed to be read instantaneously, nor do they reveal their logic through form alone. Their spatial intelligence emerges gradually, through repetition, occupation, and duration.
The bazaar belongs firmly within this category. It cannot be understood through a single drawing or a finished elevation. Its organization is not fixed but rehearsed. What sustains it is not purely architectural composition, but shared timing, collective memory, and long-standing patterns of use. Togetherness in the bazaar does not arise from formal design decisions; it is produced through repeated encounters, negotiated proximities, and social familiarity accumulated over time.
This article is part of "Thresholds", a special edition printed newspaper by Cobe Notes x ArchDaily.
Launched in September 2024, the Rediscovering Modernism in Africa series joined a growing worldwide interest in this topic. Previously underrepresented in architectural discussions, the work of architects and researchers on the continent and abroad has continued to tell the story of these high-quality modern works of architecture. These buildings represent designers striving to create locally suited architecture using global concepts and technologies, coinciding with huge political changes as most African countries gained their independence.
Oslo, Norway. Photo by Collection Maykova, via Shutterstock
Oslo is the capital of Norway as well as its largest city, serving as the country's political, economic, and cultural center. Nestled at the head of the Oslofjord and surrounded by forested hills, it's home to roughly 700,000 people in the city, with over a million living in the greater metropolitan area. Founded around a thousand years ago, Oslo has a long history as a trading post and administrative seat. However, much of its modern character was shaped after a major fire in the seventeenth century led to a full rebuilding under Danish rule, when it was briefly renamed Christiania. Today it consistently ranks among the world's most livable cities, prized for its blend of urban life and easy access to nature.
As Saudi Arabia's cities expand through increasingly ambitious cultural projects, Syn Architects has spent much of its practice looking at what predates that transformation. The practice's participation in the 2025 Venice Architecture Biennale grew out of years spent documenting Najdi architecture, disappearing urban fabric, local materials and inherited forms of knowledge. For Syn, heritage becomes useful when it can be documented, tested and brought back into use.
When African countries gained independence from European colonial rule during the mid-twentieth century, nation-building involved more than establishing new governments and political institutions. Newly sovereign states also needed to establish a built identity that could distinguish them from their colonial past, and architecture became an important tool in this process. Across the continent, monumental civic buildings, universities, conference centers, and cultural institutions were commissioned to embody progress and national unity. Yet this created a fundamental contradiction: many of these buildings adopted modernist and Brutalist architectural languages that had originated in Europe, while some were even designed by architects from former colonial powers. The Maison du Peuple in Ouagadougou, Burkina Faso, provides a particularly revealing example of how an architectural language associated with Europe could be appropriated and transformed into an expression of postcolonial independence.
Across the Gulf, Bedouin heritage often enters architecture first as an image. Airport terminals recall tent silhouettes, visitor centres incorporate woven screens, and pavilions reinterpret traditional textiles as decorative façades. These references have become a familiar visual language for expressing regional identity. They also risk reducing one of the world's most sophisticated vernacular building traditions to an architectural motif. Long before the Bedouin tent became a cultural symbol, it was an environmental technology: a lightweight, adaptable structure capable of creating comfort in one of the planet's most demanding climates. What contemporary infrastructure may inherit is not the tent's silhouette, but the construction intelligence woven into it.
In the heart of Ahmedabad's Navrangpura district in India sits the Sardar Vallabhbhai Patel Stadium. More than just a cricket ground, the stadium stands as one of India's earliest experiments in modernist public architecture. Built in the decades following the country's independence, the structure has not only become an engineering landmark, but also a major public space within Ahmedabad's urban fabric. Despite the building's architectural and historical significance, as well as its deep involvement in daily community life, it has suffered significant physical degradation as a result of decades of poor maintenance and lack of funding. That fragility is precisely why it has drawn international attention. In 2020, the World Monuments Fund (WMF) placed the Sardar Vallabhbhai Patel Stadium on its World Monuments Watch, a global list highlighting cultural heritage sites facing urgent preservation challenges.
There has never been a more celebrated moment for craftsmanship in architecture. Across magazines, awards, and international exhibitions, handmade brick, lime plaster, carved stone, woven bamboo, and rammed earth have re-emerged as symbols of environmental responsibility, cultural continuity, and architectural authenticity. Beyond these carefully documented projects lies another reality. The overwhelming majority of buildings constructed today, from apartment blocks and office towers to public housing and commercial developments, continue to rely on industrialized systems that leave little room for skilled artisans. Craft has become increasingly visible at the very moment it has become increasingly uncommon. In countries such as India, the contrast is difficult to ignore. Centuries-old building traditions continue alongside one of the world's fastest-growing construction industries. To reframe the question of why craftsmanship is returning, perhaps the intrigue is why it now appears primarily where construction budgets, timelines, and clients can afford it.
In 2021, a collaboration between the Italian architecture studio Mario Cucinella Architects and WASP, an Italian 3D-printing company, led to the development of TECLA: a house 3D-printed entirely from raw earth. Five years later, the technology behind it has grown, quietly spreading across several continents and design practices. By controlling the speed, angle, and path of the extruder nozzle, architects are able to create more than just walls. Throughout the years, they have been experimenting with how to shape the 3D-printed material into detailed surface motifs, reintroducing relief, texture, and intricate patterns directly into the structure. In this way, they are attempting to bridge earth-building traditions with digital computation, in an era where code is starting to influence form and material expression in architecture.
A war can erase a skyline overnight. Roofs collapse, streets become impassable, and landmarks that once oriented everyday life are reduced to rubble. The most profound loss often remains invisible. Buildings can be surveyed, photographed, scanned, and, eventually, rebuilt. The knowledge that produced them is far more fragile. It survives in the hands of stonemasons who understand how a limestone vault carries its load, carpenters who know how timber joints respond to seasonal movement, plasterers who mix lime by memory rather than measurement, and residents whose everyday rituals keep these buildings in use. When these people are displaced, killed, or forced to abandon their trades, reconstruction inherits a problem that no drawing or digital model can solve. Stone can always be quarried again. Recovering the knowledge to shape it takes much longer.
The architecture of Birmingham reflects the city's history as one of the first industrial centers of England. The wealth generated in the city and the surrounding region led to the grandeur of the Victorian era in the nineteenth century. Heavy bombardment during the Second World War caused widespread destruction. This was followed by rapid reconstruction in the 1950s-70s, introducing rational modernism and brutalist ambition, which characterizes large parts of the city center today. A few decades later, erasure returned to Birmingham, with reconsideration of some of the decisions of the mid-twentieth century. Famously, the Bullring Centre and the Birmingham Library were torn down to make way for twenty-first-century redevelopments, adding new layers of richness to the city's built environment.
While pyramidal geometry appears in monumental historical structures, its contemporary application remains limited. The primary constraint is the sloping envelope, which contracts the building's floor area as it ascends and reduces usable interior volume compared to orthogonal or cylindrical forms. However, from a structural standpoint, the geometry offers lateral stability against wind and seismic loads due to its broad base, central mass distribution, and self-bracing triangular faces. Nonetheless, applying this shape at a residential scale introduces several layout constraints. These slanted walls limit vertical wall surfaces, which complicates the placement of standard windows, doors, and floor partitions. At the same time, the low clearance along the perimeter also creates unusable floor area at the edges of the room.
