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At Bishan–Ang Mo Kio Park in Singapore, a river does not occupy a fixed boundary. Under ordinary conditions, water moves through a naturalized channel bordered by grass, planting, and paths that bring visitors close to the river. During heavy rainfall, water spreads into the surrounding park, which is designed to accommodate flows beyond the capacity of the narrower channel. What appears to be a public landscape is also working infrastructure. Singapore's approach retains drainage engineering while assigning a wider role to the land around it.

For decades, Singapore's network of concrete canals has been central to managing stormwater in a densely developed city exposed to intense tropical rainfall. Their hard surfaces and defined channels were designed to convey water efficiently. These channels moved stormwater efficiently, but offered limited space for public access, planting, or other uses along the water's edge. Through its Active, Beautiful, Clean Waters (ABC Waters) Programme, launched in 2006, Singapore began integrating waterways with parks, ecological systems, and public spaces. The programme links stormwater management with the design of parks, waterways, and public spaces.

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Architecture has treated water either as a backdrop or a problem: a view to be framed, a hazard to be drained, or a utility to be connected. In contemporary India, a more consequential relationship takes shape. Water remains a shared ecological resource, yet the land and infrastructure around it are increasingly financed and defended as economic assets. Coastlines are extended to carry traffic and lake edges become lucrative development zones. The decision to do so passes through multiple institutions with different vocabularies, thereby challenging who determines how water and its surroundings are used, and who faces the consequences.

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Videos

AI has become a consumer product faster than it has become a discipline. Each week brings new models and more information than anyone can absorb, and the easy response is uncritical consumption. Architecture needs a different strategy, built on criticism and method. AI is now acquiring spatial intelligence, the capacity to understand how physical space behaves, and architects can test a project against its environment while they design it. Used with judgment, AI can bring architects closer to nature and its complexity, and make them better builders. We simulate the world to learn how to inhabit it.