Blog · Topic

Future of Design

31 articles from the partners' desk.

← All articles

Future of Retail Store Design: Experience Over Shelves — cover
Future of Design

Future of Retail Store Design: Experience Over Shelves

As more buying moves online, the physical store is shifting from a room full of stock to a place for trying, learning, meeting and collecting. Future-ready stores give less floor to shelves and more to demo, service and pick-up zones, use movable fixtures and a flexible services grid, and are built so the layout can change every season without a refit.

Colour Trends 2027 for Indian Homes — cover
Future of Design

Colour Trends 2027 for Indian Homes

Going into 2027, colour in Indian homes is moving further from cool greys towards warm whites, earth reds, olive and moss greens, ink blues and browns — used in tonal schemes, two-tone walls and colour-drenched rooms rather than single accent walls. The direction works in Indian light only when it is matched to the room's orientation, its light reflectance and warm, high-CRI lighting.

Kinetic Facades and Responsive Architecture — cover
Future of Design

Kinetic Facades and Responsive Architecture

A kinetic facade is a building skin that moves — louvres that rotate, panels that slide or fold, screens that open and close — to respond to sun, heat, wind, daylight or people. In India it makes most sense on east and west glass of offices, hotels and institutions, where it can block low sun while keeping daylight and view; but it costs several times fixed shading and needs a controls, maintenance and wind-safety plan from day one.

Mass Timber and CLT: Will Wood Buildings Come to India — cover
Future of Design

Mass Timber and CLT: Will Wood Buildings Come to India

Mass timber — cross-laminated timber (CLT), glulam and LVL — now carries buildings of 18 to 25 storeys in Europe and North America, usually with concrete cores. In India it will arrive first in low-rise hospitality, institutional roofs, pavilions and hybrid upper floors, because codes, supply chains, termite and monsoon detailing are still catching up.

Climate-Responsive Facades for Indian Cities — cover
Future of Design

Climate-Responsive Facades for Indian Cities

A climate-responsive facade is designed for its city's climate zone and for each orientation: heavy, shaded and small-windowed in hot-dry cities, shaded, porous and ventilated in warm-humid ones, and seasonally adjustable in composite climates. External shading, a moderate glass share, light-coloured or insulated walls and a ventilated cavity or screen on the west do more for comfort than any tinted glass.

Electric Vehicle Charging in Homes and Societies — cover
Future of Design

Electric Vehicle Charging in Homes and Societies

Most Indian EV owners charge at home overnight on a 3.3 kW portable unit or a 7.2–7.4 kW AC wall box, which needs a dedicated circuit with its own MCB, the residual-current protection the maker specifies, sound earthing and often a load enhancement from the electricity board. In a society, the hard part is not the charger but the supply — own meter, separate EV connection or a shared system — so plan conduits, load and approvals before the first car arrives.

Acoustic Comfort in Apartments: The Coming Priority — cover
Future of Design

Acoustic Comfort in Apartments: The Coming Priority

Indian apartments are getting taller, denser and harder-finished while more people work and sleep at home, so noise from neighbours, floors above, lifts, pumps and roads is fast becoming a deciding factor in comfort and resale. Most of it can be designed out: sealed windows and doors, partitions taken to the slab, resilient floors and absorbent finishes — for example gypsum stud walls with mineral wool at about ₹200–350 per sq ft and door seal kits at ₹1,500–6,000 (indicative October 2026).

Circadian Lighting at Home Explained — cover
Future of Design

Circadian Lighting at Home Explained

Circadian lighting means giving people bright, daylight-like light at the eye during the day and dim, warm light in the evening, because light reaching the eye sets the body clock. At home that translates into daylight first, about 250 melanopic lux at eye level by day, under about 10 in the last hours before bed, and tunable or dim-to-warm fittings where they earn their cost (tunable strips ≈ ₹350–700 per running ft installed, indicative October 2026).

Wellness Architecture: Light, Air, Sound and Sleep — cover
Future of Design

Wellness Architecture: Light, Air, Sound and Sleep

A healthy home is designed around four measurable things: daylight by day and warm, dim light at night; fresh air that keeps CO2 low and filters PM2.5; bedrooms quiet enough — around 30 dB(A) inside at night is the WHO guideline — to sleep through; and a dark, cool room at 24–26 °C. Most of it is decided at planning stage, by window size, orientation, cross-ventilation and room placement.

Universal Design: Homes Accessible for Everyone — cover
Future of Design

Universal Design: Homes Accessible for Everyone

Universal design plans a home so that the same entrance, doors, bathrooms and kitchen work for a child, a parent with a pram, a guest on crutches, a wheelchair user and an elder — without special adaptations. In practice that means a step-free entry, doors of 900 mm or more, a 1500 mm turning circle in at least one bathroom, controls between about 400 and 1200 mm above the floor, and good light and contrast — most of it nearly free if planned at the drawing stage.

Ageing-in-Place Design: Homes for Senior Citizens — cover
Future of Design

Ageing-in-Place Design: Homes for Senior Citizens

Ageing-in-place design lets people stay safely in their own homes as they grow older by planning a step-free route from the gate to the bed and bathroom, 900 mm doors, 1200 mm passages, slip-resistant floors, grab bars, good lighting and switches within easy reach. Most of it costs little when planned at the design stage, and a complete retrofit of a typical flat's key items usually runs into tens of thousands, not lakhs, unless a lift is involved.

Work-From-Home Design: The Permanent Home Office — cover
Future of Design

Work-From-Home Design: The Permanent Home Office

A permanent home office needs about 75–110 sq ft for one person, a door that closes, a desk wall with 500 lux of task light and side daylight, and a power-and-data plan drawn before the walls are painted. Sound control — a solid door with seals, soft surfaces and a rug — matters as much as the furniture.

Flexible Furniture and Transforming Spaces — cover
Future of Design

Flexible Furniture and Transforming Spaces

Flexible furniture lets one room do two or three jobs — a study that sleeps guests, a living room that seats twelve, a bedroom that opens into a lounge. It only works when the open position is planned as carefully as the closed one: a queen wall bed needs about 2100–2200 mm of clear floor in front of its wall, and every moving part needs hardware rated for daily use.

Modular and Prefab Homes in India: Are They Ready — cover
Future of Design

Modular and Prefab Homes in India: Are They Ready

Prefab is ready in India for farmhouses, second homes, hill sites, rooftop additions, clinics and site offices, and hybrid prefab — precast stairs, factory-made bathrooms, doors, kitchens and wardrobes — is ready for every home. For a primary city house, fully prefab systems such as LGSF still face hurdles in approvals, loans and perception, and they save time far more reliably than money: indicative costs of about ₹1,800–3,500 per sq ft overlap with conventional construction.

Solar-Ready Home Design: Roofs, Wiring and Inverters — cover
Future of Design

Solar-Ready Home Design: Roofs, Wiring and Inverters

A solar-ready home reserves about 8–10 m² of shadow-free, south-facing roof per kWp, keeps tanks and stair cabins to the north, casts anchor pedestals into the waterproofed roof, and runs a dedicated conduit from roof to a shaded, ventilated inverter wall beside the main board and meter. Planned at drawing stage, these provisions cost a few thousand rupees; added later, they cost far more and often reduce output.

Rainwater Harvesting for Homes and Buildings — cover
Future of Design

Rainwater Harvesting for Homes and Buildings

A roof collects about 1 litre for every millimetre of rain on every square metre, so a 100 m² roof in a city with 1,200 mm of rain yields roughly 96,000 litres a year after losses. Most Indian homes should store what they can use in a sump and send the monsoon surplus into a recharge pit of about 1.0–1.5 m width and 2–3 m depth, costing roughly ₹25,000–60,000.

Green Building Ratings in India: IGBC and GRIHA Explained — cover
Future of Design

Green Building Ratings in India: IGBC and GRIHA Explained

India has two home-grown green building ratings: IGBC, run by the Confederation of Indian Industry, with Certified, Silver, Gold and Platinum levels, and GRIHA, developed by TERI and adopted by the Ministry of New and Renewable Energy, with one to five stars. Both score a building on site, energy, water, materials and indoor comfort; for a buyer, the useful questions are which rating, which level, and whether it is a final certificate or only a pre-certification.

Low-VOC Paints and Healthy Indoor Air — cover
Future of Design

Low-VOC Paints and Healthy Indoor Air

VOCs are solvents that evaporate from paints, enamels, polishes and adhesives and are a major source of the smell and indoor air pollution after a renovation. Choose water-based emulsions with a stated VOC content (low-VOC labels commonly mean under about 50 g/L; matt interior wall paints in the EU are capped at 30 g/L), switch to water-based enamels and wood finishes, and ventilate hard for at least 3–7 days after painting.

Recycled and Upcycled Materials in Interior Design — cover
Future of Design

Recycled and Upcycled Materials in Interior Design

Recycled materials are made from waste that has been processed into a new product — recycled-PET acoustic felt, terrazzo with glass or stone chips, agro-waste and Tetra Pak boards — while upcycled materials are old objects reused with little processing, such as reclaimed teak doors turned into tables. Both work well in Indian homes when moisture, termites, old paint, fire behaviour and fixing details are checked first.

Bamboo in Modern Architecture and Interiors — cover
Future of Design

Bamboo in Modern Architecture and Interiors

Bamboo is a fast-growing grass that, once mature, properly treated and kept dry, works as a light structural frame and as a warm interior finish. Its success depends less on the material than on the detailing: treated culms, raised plinths, deep overhangs and joints designed so the hollow tube is never crushed or split.

Sustainable Interior Materials Available in India — cover
Future of Design

Sustainable Interior Materials Available in India

The most sustainable interior materials in India are usually the local, durable and repairable ones: lime and clay plasters, Kota and other regional stones, terracotta, plantation or reclaimed timber, bamboo, cane, jute and cotton, plus low-VOC paints and low-emission boards. Judge every material on five tests — source, making, transport, indoor air and end of life — rather than on a green label alone.

Passive Cooling Design: Keeping Homes Cool Without AC — cover
Future of Design

Passive Cooling Design: Keeping Homes Cool Without AC

Passive cooling works in a fixed order: keep the sun off (shade glass and walls, reflect and insulate the roof), let heat out (cross-ventilation, high-level vents, night flushing), and move air across people with efficient fans. Done together, these measures cut heat gain sharply and shorten the months a home needs air-conditioning — and most cost far less than the AC they replace.

Net-Zero Homes: Design Principles for Indian Climate — cover
Future of Design

Net-Zero Homes: Design Principles for Indian Climate

A net-zero energy home produces, over a year, as much electricity as it uses — and in India it is reached in three steps: cut the cooling load with shading, insulation and ventilation; use efficient fans, ACs and appliances; then cover what remains with rooftop solar. A typical independent house that trims its use to about 300 kWh a month needs roughly 2.5–3 kWp of panels.

The Future of Indian Apartments: Smaller, Smarter, Flexible — cover
Future of Design

The Future of Indian Apartments: Smaller, Smarter, Flexible

Indian apartments are getting more compact, so the gains now come from planning rather than area: no wasted corridors, a stacked wet core, storage built into walls, and one flexible room that is a study by day and a bedroom by night. A well-planned 2BHK of about 600–700 sq ft carpet can live like a much larger flat if services and partitions are designed for change.

Smart Homes in India: What Is Worth Automating — cover
Future of Design

Smart Homes in India: What Is Worth Automating

Automate the things that solve daily Indian problems — the door, the water pump, the geyser, passage lights, curtains on large windows and the air-conditioners — and leave the rest on ordinary switches. A focused wireless package for a 3BHK typically costs ₹60,000–2,00,000, while a full wired system starts in the lakhs and must be planned before plastering.

3D Printing in Architecture and Furniture — cover
Future of Design

3D Printing in Architecture and Furniture

3D printing builds objects layer by layer from a digital model: in construction, a robot extrudes concrete in layers of roughly 10–30 mm to form walls; in furniture and decor, printers lay down plastic, resin, clay or metal. In India it is real but early — printed buildings exist, including a post office in Bengaluru in 2023 — and today it pays off mostly for curved, repetitive or custom elements rather than ordinary brick-and-RCC homes.

Virtual Reality Walkthroughs: How Clients Review Designs Before Building — cover
Future of Design

Virtual Reality Walkthroughs: How Clients Review Designs Before Building

A VR walkthrough places the client inside a true-scale 3D model of their home before anything is built, so heights, clearances, sight lines and proportions can be judged by standing in them rather than by reading drawings. It is the best tool for catching layout and scale mistakes early — but colours, textures and light still need physical samples and site checks.

AI in Interior Design: What It Can and Cannot Do — cover
Future of Design

AI in Interior Design: What It Can and Cannot Do

AI is now genuinely useful for mood boards, style options, quick visual variations and drafting briefs, and it speeds up the concept stage. It cannot measure a site to the millimetre, guarantee clearances, read local bye-laws reliably, detail joinery, supervise workers or take responsibility — every AI image still needs a dimensioned drawing and a human check.

Future of Interior Design: AI, VR and Digital Twins — cover
Future of Design

Future of Interior Design: AI, VR and Digital Twins

AI is already useful for mood boards, quick options and render variations, VR lets clients walk through a design at true scale before anything is built, and digital twins link a building's model to live data for maintenance and energy. None of them replaces dimensioned drawings, site measurement and human judgement — they make good design faster and clearer, not automatic.

Interior Design Trends That Will Fade by 2028 — cover
Future of Design

Interior Design Trends That Will Fade by 2028

The trends most likely to look dated by 2028 are the ones applied everywhere at once: fluted panels on every wall, layered POP ceilings with profile lights, high-gloss shutters, grey-on-grey schemes and open kitchen shelves. Keep the permanent shell of the home calm and durable, and put trends only in the layer that is cheap to change.

Interior Design Trends 2027: What Is Coming Next — cover
Future of Design

Interior Design Trends 2027: What Is Coming Next

The 2027 direction in Indian interiors is warmer, calmer and more practical: mineral and limewash walls in earthy tones, tunable warm-to-cool lighting, kitchens with appliance garages and tall units, flexible rooms that work as study and guest room, and Indian craft used in clean modern forms. The safest way to follow trends is to put them in finishes and décor, not in the permanent shell.