The museum and gallery visit has long been a highly curated experience. Visitors are guided through a carefully orchestrated sequence of rooms, with hand-picked works arranged to tell a specific narrative, supported by signage, graphics, scenography, and calibrated lighting. Even the rarely changed exhibitions - the permanent collections, also typically rely on a strong curatorial voice— led by noted artists or curators—to set institutional stance and shape interpretation.

At the same time, storage areas for museums and galleries are typically kept separately—often within the same building but under tightly controlled access, and not infrequently off-site in dedicated facilities, such as the Louvre Conservation Centre. These zones have long been understood as highly controlled spaces not only in terms of access, but also in relation to climate, humidity, archival order, handling protocols, maintenance, and repair. For fear of thefts and that the spatial, environmental, and sequencing requirements of the archive could be disturbed, storage has traditionally been somewhat secretive and primarily serves academic researchers and art practitioners by request. Rarely does the general public gain a comprehensive picture of the works safeguarded by any given institution.

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Architecture's design process has always been shaped by the tools at hand. We once drew with pen and ink on fragile sheets, copied by blueprint and guarded against smudges and tears; then Mylar arrived, making revisions and preservation easier and nudging drawings toward a leaner, more deliberate economy of lines. Computer-aided drafting followed, speeding coordination and changing how we think about scale and precision. Today, AI adds another layer—gathering information in seconds and spinning images on command—promising new efficiencies while raising fresh questions about authorship and craft. What we make, and how we make it, has evolved with each tool; the history of our methods is the history of our ideas.

Beginning in the post-war era, Mylar (developed in the 1950s) eased drawing reproduction and hastened the shift from blueprint to whiteprint processes. Before Mylar, simply preserving drawings—keeping an idea intact, legible, and undamaged—was a significant task. Post-war design priorities often leaned toward efficiency, simplicity, and an industrial minimalism aligned with reconstruction needs. The tools reinforced this: architectural work remained predominantly hand-drawn, where every line took time to lay down and even more time to erase. That labour sharpened the economy of drawing; each stroke had to earn its place.

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The architect's role has traditionally been relatively well-defined: design a building, direct the project, coordinate logistics, and guide construction through to completion. As specialised fields have proliferated, together with a rapidly changing social economy, the practice of architecture has diversified, opening multiple paths for how architects can contribute to society.

Since the 1980s, one of the most consistent shifts may have been the separation between the "design architect" and the "architect of record." Where a single office once carried a project from concept to completion, internationalisation—alongside cross-border work, licensure regimes, procurement models, and liability structures—has encouraged a split. Design teams increasingly set the conceptual and schematic direction, then hand over the design development to local record architects for technical detailing, approvals, and site execution. The model has clear advantages—sharper expertise, efficiency, and often profitability (or services offered at reduced fees)—but it also segments the profession and can distance authorship from delivery.

What, then, might the next shift be, and what new synergies could redefine the architect's role? How should architects adapt to the changing professional climate? One promising trajectory is a turn from singular, permanent objects toward ongoing placemaking—iterative, context-specific programmes that prototype, test, and refine spatial ideas in public. Rather than producing one large, iconic work that fixes a site for decades, this model privileges cycles of making, use, evaluation, and adjustment at the community scale.

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As cities continue to develop, we are seeing ever more well-planned, thoroughly executed, and tightly regulated approaches to shaping urban centres and their surrounding spaces—for better and for worse. As codes, restrictions, and guidelines improve and tighten, urban environments become safer, more balanced, and less prone to surprise. Yet the flip side is that highly managed districts can drift toward over-order and sanitisation, shedding the messy, accretive character that once produced alleyways, residual spaces, and unexpected sequences of movement—conditions often born from ongoing community improvisation in the grey zones of regulation.

In response, a growing number of initiatives around the world are proposing short-term urban installations that test alternate futures for the city. These works aim to provoke dialogue between what the city is and what it could offer its communities through thoughtful, context-specific spatial practices. One notable example is Concéntrico, the international festival in Logroño, Spain, conceived as an urban innovation laboratory. Marking its tenth edition, the festival is about to publish Concéntrico: Urban Innovation Laboratory, a book that surveys a decade of urban design and collective transformation shaped through successive editions of the festival. Its launch is paired with an international tour designed to share a decade of insights on collective transformation and design.

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Overprovision can be seen as an architecture strategy through the lens of resilience—making spaces adaptable to changes, reinterpretations, and future needs. However, could overprovision also offer a productive lens for rethinking spatial design? Are there parallels in architectural theory or practice that align with this concept, as explored by notable figures in the discourse on space?

This question becomes particularly relevant in residential design, especially in regions like Hong Kong or Tokyo, where the demand to maximize space is a cultural and practical norm. Designers are frequently tasked with "making use of every inch" for storage or function, reflecting a tendency among residents to accumulate belongings disproportionate to their living spaces. 

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In preserving architecture, there are many possible approaches—ranging from treating a building as a static monument, meticulously restoring it in situ to the point of limiting public access, to more adaptive strategies that reprogram and modify interior spaces while retaining key architectural elements such as materiality and structural form. Yet one method stands apart, both in ambition and in controversy: to deliberately dismantle a building—brick by brick—meticulously label and document each part, and store it until a new site, purpose, or narrative emerges. Then, to reassemble it anew, possibly for an entirely different use. Though the original context is lost, this strategy aims to preserve cultural significance through transformation rather than stasis. This is the story of Murray House in Stanley, Hong Kong.

Originally constructed in 1846 as officers' quarters for the British military in Central, Murray House was one of the earliest examples of neoclassical architecture in Hong Kong—a unique and enduring trace of the city's colonial past. Its robust granite colonnades and symmetrical façade stood as a symbol of classical permanence. During the Japanese occupation of Hong Kong in 1941, the building's function was repurposed as the command center for the Japanese military police. It survived the war and continued to house various government departments throughout the postwar decades.

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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.

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In contemporary interior architecture, service provisions—mechanical, electrical, HVAC, plumbing—are almost always treated as elements to be concealed. Thickened wall cavities, extensive dropped ceilings, and, in regions where solid construction such as brick or concrete prevails, furred-out walls are routinely employed to hide these systems. This approach has become so normalized that it often forms the starting assumption for spatial planning, inherently constraining imagination and reducing the range of spatial possibilities. The priority shifts towards covering-up, rather than exploring how these systems might coexist visibly within a design language.

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When we think about cities and urban life, we often focus on infrastructure, culture, commerce, nightlife, and density. In metropolises where there seems to be an endless array of activities—especially for adults—play rarely enters the conversation. Yet, the act of playing should be considered a vital part of urban life. Play directly influences how we shape our future cities—starting with how children engage with their environments. The experience of play, and more specifically, the design and presence of playgrounds, leaves lasting impressions on how young people grow up in cities. These spaces form a child's first, physical connection to the urban landscape. In this way, play deserves far more attention in conversations around urban wellness, livability, and the design of public space.

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While Hong Kong is widely celebrated for its iconic harbor view, glittering skyline, and fast-paced urban lifestyle, its origins tell a different story—one deeply rooted in its relationship with water. Before transforming into a dense, vertical metropolis, Hong Kong's architectural identity was closely tied to its maritime context. Today, the city is often associated with slender, glass-clad towers that symbolize modernity. While visually striking in their pursuit of height and form, many of these buildings appear disconnected from their immediate environment, often overlooking natural site conditions, ecological responsiveness, and contextual sensitivity.

Historically, however, this was not the case. Hong Kong's earliest built environments—rural fishing villages in areas like Tai O, Aberdeen, and Shau Kei Wan—emerged through organic, community-driven spatial practices that engaged closely with their surroundings. These coastal and riverside settlements developed architectural systems tailored to the marine environment and to the rhythms of fishing life. Villages were sited around water, and construction strategies were adapted to fluctuating tides, terrain, and social use.

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Vernacular architecture in Hong Kong originated as a series of small, coastal settlements—simple, village-like communities that reflected the city's early identity as a fishing hub. These seaside villages were typically composed of low-rise, timber-framed houses clustered around temples, forming tight-knit communities closely tied to the rhythms of the water.

One notable example is Tai Hang, among the earlier settlements established by the Hakka people in Hong Kong. Originally located along a water channel that flowed from the nearby mountains to the sea, the area was once a vital washing site for villagers—hence its name, which literally means "Big Drainage." Before extensive land reclamation, Tai Hang sat quite close to the shoreline. Today, it lies nearly 700 meters inland.

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Architectural landmarks often cluster together. In Tokyo, the iconic Omotesando is a well-known stretch where global "starchitects" built flagship luxury retail spaces in the 2000s. Hong Kong has a lesser-known but equally powerful architectural agglomeration along Queensway—though historically more corporate and less publicly engaging. Beginning in the 1980s, this corridor became home to a series of landmark buildings by some of the world's most prominent architects: Norman Foster's HSBC Headquarters, I.M. Pei's Bank of China Tower, Paul Rudolph's Lippo Centre, and the nearby Murray Building by Ron Phillips—now revitalized as a hotel by Foster + Partners. The area is further enriched later on by Heatherwick Studio's renovation of Pacific Place and Tod Williams Billie Tsien Architects' Asia Society Hong Kong Center.

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In certain parts of the world, construction is still dominated by wet systems—concrete, masonry, and cementitious materials that are poured, cured, and fixed in place. While this has long been considered the norm in some south-east Asia countries, such as Singapore, Thailand, Malaysia, and China, in most of these regions, they typically share a common trend where labor is relatively inexpensive. This serves as one of the reasons to make concrete more easily available, as one of the typical downside of concrete is its intensive labour cost - this further differentiates concrete as a cheaper and more efficient material system to be building out of.

However, not enough considerations in the region are given to the sustainability aspect when using these wet construction materials,often overlooking the significant drawbacks of its material lifecycle and the difficulty to recycle it without downcycling - making it one of the more unsustainable materials available to be built out of.

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Situated in one of the fastest-developing regions over the past decade—the southern part of China, including Hong Kong and the Greater Bay Area—urban growth has been driven by an overwhelming wave of commercial ambition. Projects here are often designed for maximum density, height, and efficiency, resulting in developments of enormous scale that can easily span several acres. Prioritizing transit-oriented development, these complexes frequently take the form of sprawling malls built directly above major transportation hubs. Designed to disorient and prolong foot traffic to encourage economic activities, these mega-structures have become commonplace in cities like Hong Kong and Shenzhen.

While this typology of megastructures offers clear advantages—economic efficiency, high development returns, and convenience for transit users—it almost invariably ignores its urban context and environment. These developments often turn a blind eye, deliberately so, to their environmental footprint and the city's walkability. At such overwhelming scales, the human walking experience is diminished, if not outright neglected. Pedestrians become interiorized—trapped within the insulated world of these complexes.

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When designing a space—whether at the scale of interiors, architecture, or infrastructure—materiality is a central concern. Beyond aesthetics, materials determine how a project functions, ages, and endures. Some architects—such as Wang Shu and Kengo Kuma—have built their practices on a deep sensitivity to the potential and limits of materials. But even in the most pragmatic sense, the question arises: What lasts? What doesn't? And how do materials change over time? Naturally, materials shape atmosphere and appearance—qualities that often matter most to clients. Yet increasingly, the discourse around materiality has shifted from structural substance to surface treatment. When did we start focusing more on "decorating" our spaces by layering one material over another, rather than relying on the inherent beauty and performance of the building fabric itself?

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In Venice, surrounded by an overwhelming abundance of architectural beauty—the grandeur of landmarks like the Basilica di San Marco, St. Mark's Square, and the Rialto Bridge, to name just a few—it is easy to become swept up in the iconic imagery and spatial majesty of the city. One could lose sight of the quieter, yet equally masterful, moments found in the execution of details across its built fabric. Beyond the grandeur, the city offers a richness in its winding alleyways, narrow canals, and vibrant street life—each contributing to the cultural tapestry that makes Venice so unique. Amidst these celebrated elements, however, lie subtle but remarkable architectural details that often go unnoticed. These deserve closer observation and reflection, as they offer their own kind of mastery—one grounded in material precision, craft, and the lived rhythms of the city.

Just steps away from the iconic Piazza San Marco, a quiet architectural dialogue unfolds between two celebrated figures. Within a one-minute walk, two projects—each meticulously crafted—sit in close proximity: the Olivetti Showroom by Carlo Scarpa, a long-revered pilgrimage site for architects and designers, and the recently reopened Procuratie Vecchie, restored by David Chipperfield Architects. A closer look at the architectural details embedded within each work reveals a compelling exchange across time—one that unfolds through material language, spatial precision, and an unwavering commitment to craft.

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When we speak of intelligence at the 2025 Venice Biennale, the main exhibition broadly categorizes it into three domains: natural, artificial, and collective. While much attention has been drawn to robotic performances, future-forward material experiments—such as Boonserm Premthada's elephant dung bricks, or Canada's display of mesmerizing picoplankton, one often overlooked yet critical form of collective intelligence lies in the act of archiving.

Several national pavilions showcase this collective intelligence through beautifully curated exhibitions—the Spanish Pavilion's witty play on scale, for instance, features meticulously crafted models that invite close reading and delight. These curated collections offer a snapshot of the present, and in some cases, gestures toward the future. But without critically engaging with the past, without documenting and making sense of our shared spatial and architectural knowledge, the potential of collective intelligence remains incomplete. Archiving is not simply an act of preservation; it is a generative tool for projecting new futures.

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When we talk about the future intelligence of architecture, much of the historical effort has centered on pushing boundaries—challenging norms, exploring alternatives, and projecting bold visions of what architecture could become. The advent of modernism exemplified this approach: radical new materials and construction methods gave rise to a vastly reimagined architectural future. This momentum continues today, with research institutions and leading practices constantly exploring innovative techniques, materials, and systems of making.

Yet one method of imagining architectural futures often remains overlooked: the act of critically revisiting the past. Learning from, uncovering, and documenting lesser-known spatial and communal practices is just as essential. These quieter forms of knowledge—how spaces have been used, adapted, and inhabited—can reveal enduring insights that shape more grounded, culturally resonant futures. Rather than chasing novelty for novelty's sake, perhaps an equally meaningful path lies in building a cohesive architectural archive that bridges the past and future.

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