History of Plywood: How an Engineered Board Changed Furniture
Plywood turned wood from a material that splits, warps and comes in narrow planks into a stable, wide, standard sheet — first for packing cases and doors, then, once waterproof resins arrived in the 1930s, for aircraft, boats and the moulded chairs of Aalto and the Eames. In India it built the tea chest first and the carpenter-made wardrobe and modular kitchen later.
History of the Modern Kitchen: The Frankfurt Kitchen Explained
The Frankfurt Kitchen, designed in 1926 by the Austrian architect Margarete Schütte-Lihotzky for social housing in Frankfurt, was a compact galley of about 1.9 × 3.4 m in which every step, shelf and drawer was planned around the work of cooking. It is the direct ancestor of today's fitted and modular kitchens — including the parallel kitchens in most Indian flats.
History of the Sofa: From Ottoman Divans to Modular Sectionals
The sofa began as a raised, cushioned platform along the walls of Middle Eastern and Ottoman rooms — the word comes from the Arabic suffa — and reached Europe as the daybed, canapé and settee, gaining springs and deep buttoning in the nineteenth century. Modernism slimmed it, foam made it light, and the modular sectional turned it into a kit that today's Indian living rooms can reconfigure.
History of the Chandelier: From Candles to LED
The chandelier began as a simple wooden or iron frame for candles and became, through brass, rock crystal, lead crystal, gas and electricity, the most theatrical light fitting in architecture. Today's LED chandelier is lighter, cooler and dimmable, but it still has to be sized to the room (about 80–85 mm of diameter per metre of room length plus width), hung 750–900 mm above a dining table or at least 2100 mm clear over a walkway, and fixed into the slab.
History of Wallpaper: From Chinese Silk to Digital Prints
Wallpaper grew out of China's invention of paper and its painted papers and silks, became a European craft of block-printed sheets from the sixteenth century, went industrial with machine printing in the nineteenth, turned into art with William Morris, and was reinvented after the war as vinyl and now as non-woven and digitally printed murals. Today a standard roll is about 0.53 × 10 m and costs roughly ₹2,500–8,000, or about ₹60–250 per sq ft installed.
History of Marble in Indian Architecture: Makrana to Modern Homes
Marble entered Indian architecture through the Jain temples of western India and reached its peak under the Mughals, whose white Makrana stone still defines the Taj Mahal; it then moved into homes as mosaic, Makrana and Kota-bordered floors and, from the 1990s, imported slabs. Today Indian marble costs about ₹150–600 per sq ft as material and works best when used the old way — as a few deliberate surfaces, carefully laid, rather than everywhere.
History of Kota and Shahabad Stone Flooring
Kota stone from south-eastern Rajasthan and Shahabad stone from north Karnataka are two fine-grained limestones that split naturally into flat slabs, which is why they became the everyday floors of north-west India and the Deccan. Both are still worth using: Kota costs about ₹70–150 per sq ft installed today (indicative October 2026), and an old floor of either stone can usually be reground and restored rather than replaced.
History of Athangudi and Cement Oxide Floors
Athangudi tiles and red oxide floors are two branches of the same story: Portland cement arriving in India in the nineteenth and early twentieth centuries and being coloured with mineral oxides by local craftsmen, cast as hand-made tiles in Chettinad and trowelled in place almost everywhere else. Both are still made today — Athangudi at roughly ₹170–400 per sq ft laid and in-situ oxide at roughly ₹150–350 per sq ft (indicative October 2026) — and both reward a good base, slow curing and gentle care.
History of Terrazzo: From Venice to Indian Floors
Terrazzo grew out of Roman lime-and-chip floors and was refined in Venice, where craftsmen set marble offcuts in lime and rubbed them smooth; Portland cement, grinding machines and metal strips turned it into the twentieth century's great public floor. In India it became the mid-century mosaic floor — and many of those floors can still be reground for about ₹30–80 per sq ft rather than replaced.
History of Indian Furniture: Charpai, Takht, Diwan and Planter's Chair
Four pieces explain how India sat, slept and rested for centuries: the light woven charpai, the solid platform takht, the bolstered diwan and the colonial-era planter's chair. Each was shaped by climate, floor-level living and portability — and each still works today if its sizes, woods and weaves are specified properly.
History of the Pooja Room in Indian Homes
The home shrine began as a fire tended by the household, became an image-centred corner as puja and bhakti spread, and grew into dedicated rooms in courtyard houses before shrinking to a niche in the modern flat. The lessons that survive are simple: light, ventilation for the flame, a raised and clean seat for the deity, and space for the family to sit in front of it.
History of the Indian Kitchen: From Chulha to Modular
The Indian kitchen moved from a clay chulha on a purified floor, where the cook sat beside a fire only about 200–300 mm high, to a stone platform at about 850–900 mm, and then to the modular kitchen with wall units, chimneys and hobs. The fuel changed from wood and dung to kerosene, LPG and now piped gas and induction — but the best ideas of the old kitchen, ventilation, daylight and storage for bulk and spices, still matter.
History of the Indian Courtyard (Aangan) and Why It Is Returning
The aangan is India's oldest domestic idea — a room without a roof at the centre of the house, found from the Harappan cities to the pols, havelis, wadas and nalukettus. It faded as plots shrank and flats spread, and it is returning because it solves today's problems too: heat, daylight in deep plans, privacy and a shared family space.
Geoffrey Bawa and Tropical Modernism: Lessons for Indian Homes
Geoffrey Bawa, Sri Lanka's best-known architect, showed that a modern building in a hot, wet climate should be a sequence of shaded verandahs, courtyards and gardens under big roofs, not a sealed box. For Indian homes the lessons translate into deep eaves of 900–1200 mm, verandahs 2400–3000 mm deep, courtyards that move air, local materials and rooms that open to planted outdoor spaces.
Laurie Baker: Low-Cost Brick Architecture That Still Works
Laurie Baker cut the cost of building in Kerala by using less material more intelligently: rat-trap bond walls that save roughly a quarter of the bricks, filler slabs that replace dead concrete with clay tiles, unplastered brick, brick arches instead of concrete lintels, and jaali walls that cool rooms. Most of these techniques still work today when they are detailed and engineered properly.
Charles Correa: Tube House, Kanchanjunga and Open-to-Sky Spaces
Charles Correa showed that in a hot country the shape of a building's section can do the work of a machine: the Tube House in Ahmedabad pulls hot air up and out through a roof vent, and Kanchanjunga in Mumbai shades every flat with a double-height garden terrace. His idea of open-to-sky space — courtyards, terraces and verandahs used as real rooms — is the most useful lesson any Indian home can borrow.
B.V. Doshi: India's Pritzker Architect and His Design Lessons
Balkrishna Doshi (1927–2023) became the first Indian to win the Pritzker Architecture Prize, in 2018, for an architecture that joined modern construction to Indian climate, craft and everyday life. His buildings — Sangath, IIM Bangalore, Aranya and Amdavad ni Gufa — teach lessons that still work in any Indian home: shade first, light from above, generous thresholds, honest materials and space that can grow.
Louis Kahn and IIM Ahmedabad: Brick, Light and Silence
Louis Kahn designed the Indian Institute of Management Ahmedabad from the early 1960s, with B. V. Doshi as associate; after Kahn's death in 1974, Anant Raje carried the work to completion. Its load-bearing brick walls, arches held by concrete ties and huge deep-set circular openings show how one humble material and controlled, indirect light can create architecture of great calm — lessons that scale down to any Indian home.
Le Corbusier and Chandigarh: The Planned City Explained
Chandigarh was planned from 1951 by Le Corbusier with Pierre Jeanneret, Maxwell Fry and Jane Drew as the new capital of Punjab: a grid of self-contained sectors of about 800 × 1200 m, a hierarchy of seven road types and a monumental Capitol Complex, now part of a UNESCO World Heritage listing. Its real lessons for today are about shade, proportion, honest materials and green space.
Indo-Saracenic Architecture: Victoria Terminus, Mysore Palace and More
Indo-Saracenic architecture combined Mughal, Rajput and other Indian forms — domes, chhatris, jharokhas, cusped arches — with European planning and engineering, roughly from the 1870s to the 1920s; Mysore Palace (Henry Irwin, 1912) and Laxmi Vilas Palace (1890) are classic examples. Victoria Terminus (F. W. Stevens, 1888) is often lumped in, but it is better described as Victorian Gothic Revival with Indian elements.
Art Deco in Mumbai: Why Marine Drive Is a World Heritage Site
In 2018 UNESCO inscribed the Victorian Gothic and Art Deco Ensembles of Mumbai, recognising the rare face-off across the Oval Maidan between nineteenth-century Gothic public buildings and the 1930s–40s Art Deco apartments, cinemas and the sea-facing row on Marine Drive. The Deco half matters because it shows a city adapting a global modern style to its own climate, materials and way of life.
Colonial Bungalows of India: Verandahs, High Ceilings and Lime
The colonial bungalow kept cool without machines: a raised plinth, a 2.4–3.6 m verandah around thick lime-plastered walls, rooms 4–6 m high with ventilators near the ceiling, and a large roof that shaded everything below. Restoring one means repairing with lime, not cement — and the same ideas, scaled down, still work in a new home.
Portuguese Goan Homes: Balcões, Oyster Windows and Lime Plaster
The Goan Indo-Portuguese house is a climate machine dressed as a mansion: a raised plinth and a seated entrance porch called the balcão, tall windows glazed with translucent oyster shell, thick laterite walls finished in breathable lime plaster, and a tiled roof with deep eaves. Its lessons — shade, breathable walls, diffused light — work in any warm-humid Indian city, and its materials can still be used today.
Kerala Nalukettu Architecture: Layout, Roofs and Wood Craft
A nalukettu is a Kerala house of four wings built around an open central court, the nadumuttam, under steep tiled roofs on timber frames. Its lessons — a courtyard that pulls air and light into the middle of the house, deep overhangs that keep rain off walls, and joinery made to be repaired — still work in modern homes.
Chettinad Houses: Athangudi Tiles, Burma Teak and Courtyards
Chettinad mansions are deep courtyard houses built by the Nagarathar merchant community of Tamil Nadu, mostly between the late nineteenth century and the Second World War, with Burma teak colonnades, polished lime plaster and handmade Athangudi cement tiles. Their lessons — shaded courts, high rooms, durable local floors — translate well into modern homes when used with restraint.
Stepwells of Gujarat: Rani ki Vav, Adalaj and Their Design Genius
Gujarat's stepwells — the 11th-century Rani ki Vav at Patan and the 1499 stepwell at Adalaj near Ahmedabad — are long stepped trenches that lead people down, level by level, to groundwater, with shaded pavilions that stay several degrees cooler than the street. Their real genius is a single section that solves water storage, access, shade, cooling and gathering at once, and every part of it still has a use in modern homes.
Gujarati Pol Houses of Ahmedabad: Architecture and Living Culture
A pol is a gated neighbourhood of narrow, deep row houses in old Ahmedabad, and each house is planned as a sequence — raised otla at the street, khadki entry, an open chowk at the centre, a semi-open parsal hall, rooms behind and a terrace on top. The plan handled heat, rain, privacy and community life at once, and its lessons still apply to flats and row houses today.
Rajasthani Haveli Architecture: Courtyards, Jharokhas and Frescoes
A Rajasthani haveli is an inward-looking merchant's house built around one or more courtyards, with thick lime-plastered walls, a bent entrance, projecting jharokhas on stone brackets and, in Shekhawati, walls covered in painted frescoes. Its courtyard, mass and shading kept rooms bearable in a hot desert climate — lessons that still translate into modern homes as a courtyard, a jharokha bay, a lime-finished wall or a jaali screen.
Pietra Dura and Parchin Kari: The Art of Stone Inlay
Pietra dura — parchin kari in India — is the craft of cutting thin, shaped pieces of coloured hardstone and fitting them into recesses carved in marble until the joints almost disappear. A genuine hand-made panel is slow, costly and lasts centuries; waterjet-cut inlay gives a similar look in floors and walls at a fraction of the cost, and one well-made piece usually says more than an inlaid room.
Mughal Architecture Explained: Domes, Arches, Gardens and Inlay
Mughal architecture combined Persian and Central Asian planning with Indian craft: the double dome, the pointed and cusped arch in a rectangular frame, the four-part charbagh garden with water channels, and inlay of marble and semi-precious stone. Its lasting lessons for modern homes are symmetry, proportion, shade, water and fine craft — not copied ornament.
History of Indian Interior Design: From Havelis to Modern Apartments
Indian homes were designed for centuries around a courtyard, thick walls, high ceilings and shaded thresholds — ideas that kept rooms cool and families connected. Modern flats lost most of that in a few decades, but the best apartment interiors today bring the same logic back in compact form: a defined threshold, a light-and-air core, layered screens and honest local materials.
The Story of the Indian Jaali: History, Patterns, Sizes and Modern Uses
The jaali began as a stone answer to sun, heat and privacy, and it still works for the same reasons. Today it is cut in MDF, metal, stone and concrete — but it only works if the openness, bridge width, module size and fixing detail are designed, not picked from a catalogue.
