Section 10

Home & Design

A house is a climate strategy, a family structure and a set of materials, drawn in walls and roofs.

Before architecture was a profession, it was a response. A house in a hot dry region has thick walls, small windows and a shaded courtyard, because those decisions keep the interior cool without machinery. A house in a wet tropical region stands on posts, has a steep roof and open ventilation, because those decisions shed water and move air. Nobody designed these rules. Centuries of trial, failure and rebuilding did.

This section looks at the home as a piece of applied knowledge: what people built with what they had, and how the shape of a dwelling encodes the shape of a household. Where the kitchen sits, who gets a private room, whether guests enter through a courtyard or straight into a living space — these are social decisions expressed as floor plans.

What we look at

  • Climate as the first architect. Thermal mass in desert building, cross-ventilation in the tropics, deep eaves in monsoon regions, earth sheltering in cold plains. Vernacular solutions are frequently more energy-efficient than their modern replacements.
  • Material and local supply. Rammed earth, fired brick, timber frame, stone, bamboo, thatch. A building material is a statement about what could be quarried, cut or grown within a day's transport.
  • The courtyard. From the Chinese siheyuan to the Moroccan riad to the Andalusian patio, an inward-facing house with a private open sky is one of the most widespread urban forms on earth — and one of the most effective.
  • Communal building. Fujian's earthen tulou, the Mongolian ger, the longhouse. Some dwellings are designed for a whole lineage rather than a nuclear family, and the architecture makes that visible.
  • Interiors and daily objects. Sleeping platforms, floor seating, storage walls, screens, textiles. How a room is furnished tells you how bodies are expected to occupy it.
  • What modern design borrowed. Which vernacular ideas made it into contemporary architecture, which were discarded for reasons of cost, and which are now being revived for good reasons.

Why vernacular building is worth studying

The most interesting thing about traditional dwellings is that they were optimised under constraints modern buildings ignore. There was no cheap energy, so orientation and mass had to do the work of heating and cooling. There was no long-distance freight, so materials came from nearby and were therefore climatically appropriate. There was no option to throw the building away in thirty years, so repairability was designed in.

Much of what passes for sustainable design today is a rediscovery of these principles, often arrived at expensively. Looking at how a courtyard house in a hot climate works is not nostalgia — it is reading a very long engineering report written by people who could not afford to be wrong.

How we write about homes

Each guide covers the climate and material logic first, then the household structure, then the specific details worth noticing in a photograph or on site. We include interior traditions too, because a building is only half the story: the other half is what people put inside it and how they sit, sleep and eat there.

Where a building tradition is disappearing — and many are — we say why. Usually it is not that the old way was worse; it is that fired brick and reinforced concrete are subsidised, standardised and quicker, and a hand-built earthen wall is none of those things.

Guides in this section

8 guides
01

Sauna and Hammam: Two Ways to Heat a Room

The Finnish sauna uses dry radiant heat from heated stones; the Turkish and Moroccan hammam relies on warm, moist air from wall flues and steam. Their sequences, materials, and social rhythms differ sharply.

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02

Building With What Is Under Your Feet

Earth building techniques are not interchangeable recipes. They evolved in precise dialogue with local soil, rainfall, temperature swings, and labour patterns, making vernacular construction deeply site-specific.

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03

Why Hot Places Paint Their Walls White

White houses in hot climates are more than a visual tradition: limewash acts as disinfectant and breathable plaster, cool-touch surfaces reduce radiant heat, and glare management matters as much as reflectance.

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04

Living Over Water: Stilt Houses, Floating Villages and the Logic of Building on Water

Stilt houses and floating villages emerge not from novelty but necessity: seasonal floods, proximity to fish stocks, lack of dry land, or historical need for defensibility shape these water-based dwellings.

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05

How Nomadic Dwellings Solve Movement as an Engineering Problem

The Mongolian ger, Bedouin tent, Kazakh yurt and Plains tipi are not just shelters, they are portable architectures refined over centuries to match specific rhythms of movement, climate and terrain.

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06

The Courtyard House as a Climate Machine

The courtyard is not just architectural ornament, it’s a calibrated system for airflow, shade, rainwater, privacy and domestic hierarchy, refined over centuries in Morocco, China, Rome and southern Iberia.

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07

How Climate Shapes the Way We Build

From Shaanxi’s sunken courtyards to Nordic timber houses, traditional house design is less about style than survival, each feature a calibrated response to rainfall, temperature swing or solar angle.

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08

How the World Lives at Home

Courtyard houses, earthen tulou, cave dwellings, riads and stilt homes — eight ways of building that answer climate and family structure.

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