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Architects: Stanton Williams
- Area: 5450 m²
- Year: 2026
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Manufacturers: Craftstone, Gartec, Howdens


The Korean contribution at the 2027 International Architecture Exhibition – La Biennale di Venezia will focus on the country's condition of hyper-shrinkage, the accelerated stage of population contraction and societal aging, within the context of global demographic change. Commissioned by the Arts Council Korea (ARKO) and led by curator Janghwan Lee, the exhibition will feature contributions by architects Bae Yoonkyung, Kyo Suk Lee and Jaehyub Ko. The curatorial project is named "Catabolism," after the metabolic process through which complex molecules break down into simpler units and release energy. Moving away from an expansion-focused view of cities and architecture, the team uses the concept as a lens to understand urban shrinkage as a reconfiguration of existing relationships and the emergence of new uses and ways of living.

On Tarkwa Bay, off the coast of Lagos, the transformation of an abandoned building offers a way to consider how architecture might emerge from the materials, relationships and conditions already present in a place.
Architecture is often encountered at the end, when the uncertainties of making have been resolved into a building, a surface, a space. Less visible are the conditions that allow these outcomes to exist, the movement of materials, the availability of labour, the knowledge held by people and places, and the negotiations through which an idea becomes possible. On Tarkwa Bay, an island off the coast of Lagos accessible only by boat, these conditions are difficult to separate from the act of building itself.
The crossing from the Lagos mainland introduces a different relationship to access. People, tools and materials move across water; some resources are readily available, others less so. Materials move across water; reclaimed elements carry histories from elsewhere; salt and sun alter the behaviour of surfaces; and the availability of local artisans influences how work unfolds. These are not necessarily prohibitions; rather, they make visible the dependencies that building elsewhere can allow us to overlook.



What happens when structure is treated not as something added to architecture, but as something the architecture itself provides?
Throughout architectural history, form has provided structure. Arches, trusses, and other structural geometries used the arrangement of material to achieve strength, often allowing individual elements to serve multiple functions. Today, however, building envelopes often rely on a hierarchy of separate elements: a primary frame carries loads, secondary supports hold panels in place, brackets connect the pieces, and additional layers provide enclosure or finish. Together, these components require added material, weight, fabrication steps, and on-site coordination.






Along India's coast, the boundary between land and sea is not always a line of concrete. In places, it is a forest of tangled roots, tidal channels, and sediment, a landscape that changes character with the water. Mangroves influence how water moves, how shorelines evolve, and how coastal communities experience flood risk. Their role in coastal protection depends on the width and condition of the forest, the movement of tides, and the accumulation of sediment.
Seawalls and embankments are designed to resist water at a defined boundary. Mangroves work through a different set of processes. Their roots, trunks, and branches create resistance to moving water, while the forest interacts with sediment and tidal flows over time. The two forms of protection are often discussed separately, yet along inhabited coasts they occupy the same territory. Development takes place behind embankments, roads cross tidal landscapes, and mangrove forests persist in the remaining spaces between infrastructure and water. How these elements are arranged can influence the conditions under which coastal protection operates.

Selecting a material during the design process involves more than defining an appearance. Its behavior in response to light, sound, touch, and the passage of time can transform how a space is perceived and used. At the same time, factors such as durability, strength, recyclability, and the environmental impact associated with its production introduce new variables into architectural decision-making. For Stephanie Forsythe and Todd MacAllen, cofounders of Vancouver-based design and production studio molo, these considerations have led to an exploration of paper and its potential to shape flexible, sensory spaces.

The Shanghai Grand Opera House, designed by Snøhetta in collaboration with East China Architectural Design & Research Institute (ECADI), Theatre Projects, and Nagata Acoustics, officially opened on October 17, 2026, along the Huangpu River in Shanghai, China. The opening marks the completion of a cultural project selected through an international design competition in 2016 and developed over the following decade. Located in the Expo Houtan district, the 146,786-square-meter building brings together three performance venues, production facilities, and publicly accessible spaces as part of the ongoing transformation of Shanghai's waterfront.