House 22, designed by Chilean studio Loft7 and completed in 2023, sits on a sloping coastal lot south of Punta de Lobos — a stretch of Chilean coastline known for dramatic surf and untouched native scrubland. The lot descends toward the northwest, and rather than resisting that gradient, the architecture follows it, letting the terrain pull the building naturally toward an uninterrupted view of the Pacific Ocean.

At 320 square meters, the residence is generous without being excessive. Loft7 structured the build using a combination of reinforced concrete and steel frames — a technical pairing that allows the house to hold its ground on a challenging slope while keeping the interior language warm and tactile. Exposed timber beams run through the living spaces, the dining area, and the kitchen, grounding each room in material honesty. There’s no attempt to disguise how the building is put together. That transparency is the design.

Designer: Loft7

What makes House 22 worth studying isn’t a single dramatic gesture — it’s restraint applied consistently. The interiors lean on wood, natural light, and sightlines that always resolve at the ocean. No surface fights for attention. The beam grid overhead becomes rhythm rather than decoration, and the open-plan social spaces feel like they’re orientated by the view rather than by a floor plan. Spaces breathe because the architecture got out of the way.

Pichilemu is famous in surfing circles, but architecturally it’s a place where the Chilean coast has quietly been producing some of the country’s most considered residential work. Loft7 fits that lineage — a studio that has built its reputation around sites where nature already has the upper hand. Their approach with Casa 22 trusts the land and the light, deploying materials that age well in a coastal climate and a massing that reads modestly from the outside while delivering on every expectation from within.

Photographed by Fabián Acuña, the project looks different at every hour of the day. Morning light hits the timber and fills the interiors with warmth; the Pacific turns silver in the afternoon. That relationship between material, orientation, and time of day is never accidental in good coastal architecture — and here it feels entirely intentional. House 22 isn’t trying to be the loudest house on the Chilean coast. It’s trying to be the most honest one. On both counts, Loft7 delivers.

The post A Chilean Architect Quietly Built a House That Follows the Hill Instead of Fighting It first appeared on Yanko Design.

Straight lines are easy. Any architect can slap a rectangular tower on a plot and call it a day, and most beachfront developers do exactly that because straight lines are cheap, fast to build, and easy to sell off a brochure. Georgia’s Adjara coast just got a project that looked at that playbook and said absolutely not. Montemar Residential, a three tower complex rising in the seaside town of Gonio, ditches the grid entirely in favor of forms that ripple, curve, and cantilever like something dragged up from the Black Sea itself. It is the kind of building that makes you stop scrolling, then immediately want to know who signed off on it and how.

Designed by Irakli Emiridze and Irina Chkonia of Alpha Architecture, the complex sits on a 10,000 square meter plot within a UNESCO listed stretch of coastline, right where Adjara’s oddly tropical microclimate runs into the Black Sea. Each of the three 16 story towers tops out around 48 to 52 meters and wears a dramatic aluminum crown that flares out over the roofline like a mushroom cap, or if you squint, a seashell caught mid opening. Parking for 300 vehicles sits tucked below grade, keeping the ground plane free for landscaping and plazas. It is a lot of building, and it wants you to know it.

Designers: Irakli Emiridze and Irina Chkonia

The seashell inspiration shows up in how the facade behaves. The balcony edges do not stack in the usual identical, floor by floor grid you see on every coastal high rise from Miami to Marbella. Instead they undulate, staggering in and out like sediment ridges carved by tidal movement, which gives each tower a texture closer to a geological formation than a construction product. Aluminum embossed sheet cladding wraps the crowning terraces, catching light in a way that concrete or glass simply cannot, and it is the detail that separates Montemar from the generic curved tower trend that has been creeping through Gulf and Black Sea resort markets alike.

The space between the three towers is treated as public terrain rather than leftover setback, with green plantings, plazas, and communal zones designed to pull residents out of their units and into shared space. Panoramic apartments come with private terraces and jacuzzis angled toward the water, the kind of amenity that used to be penthouse exclusive and is now standard issue on any coastal development trying to compete for buyers. Whether that democratization of the infinity view holds up once the cranes clear out is the real test, since renderings are notoriously generous with light, weather, and empty beaches.

Gonio is a strange place for this kind of architectural swing. It is a historic town, not a resort capital, and Montemar is betting that sculptural ambition can coexist with a UNESCO designation next door rather than clash with it. If the finished towers deliver even half of what the renders promise, this stretch of the Adjara coast is about to become a lot more interesting to watch than its neighbors on the Black Sea.

The post This Georgian Residential Complex Rejects Straight Lines on its Floor Plan, Mimicking The Ocean first appeared on Yanko Design.

Luxury hotels have always had a location problem. The kinds of places that would make the most extraordinary backdrops, remote desert plains, rolling highland meadows, dramatic canyon edges, are almost never the places where a hotel can legally or practically be built. Extending infrastructure to those sites, from power grids to road access to permanent foundations, tends to either cost too much or damage the very landscape that made the location worth visiting.

The Mobiltels concept approaches hospitality from a completely different direction. Rather than building a permanent structure and hoping the location is compelling enough, each Mobiltel unit is designed to fold into a compact, truck-towable trailer, be driven to wherever the landscape is most remarkable, and then unfold into a functioning luxury accommodation. When the stay is over, it packs up and leaves without leaving much evidence behind.

Designer: Michael Jantzen

Three distinct unit types make up the proposed resort ecosystem. The first is the guest accommodation module, which deploys into two full hotel-style rooms, each with a private bath and its own private deck. The roof extends into a communal deck shaded by solar panels that generate the electricity to power the unit, while a second panel mounted on the exterior heats the water. The entire structure, decks and all, folds back into a trailer tight enough to tow down a highway.

The second unit is a solar-powered café and coffee shop that unfolds to reveal four outdoor dining decks with full kitchen and restroom facilities. The third is a large shade structure intended for gatherings, private events, and communal lounging, built as a striking open lattice that collapses into a flat-load trailer for transport. Additional unit types can theoretically follow the same logic, meaning a full resort amenity list could be assembled and disassembled as needed.

The off-grid energy system is what makes the location independence real rather than theoretical. Every unit generates and manages its own power and heated water from the sun, which means no connecting to local utilities and no requiring a serviced campsite. A Mobiltel cluster can go where a road exists and terrain is flat enough to level a trailer, which is a much lower bar than conventional construction.

The environmental argument is also embedded in the temporariness. A permanent hotel in a wilderness setting modifies that setting permanently. Roads are built, foundations are poured, and the land around the structure gradually changes to accommodate the infrastructure. A Mobiltel unit lands on a site for a season, its occupants absorb the specific quality of that place, and it leaves. The landscape recovers. The next location gets the same treatment.

There’s something quietly subversive about applying a mobile home chassis to a luxury hospitality concept. Mobile homes occupy a very specific cultural position, one that doesn’t usually include rooftop communal decks and solar-heated private baths. The Mobiltels concept borrows the transport logic of one and applies it to the aesthetic ambitions of the other, with the result that a high-end resort becomes as relocatable as a food truck. The result sits somewhere between architecture and expedition equipment, which is probably exactly the right place for it.

The post The Luxury Hotel Concept That Works Like a Food Truck for Wilderness first appeared on Yanko Design.

The tiny house movement has always been better at Instagram than at parenting. A couple, a dog, maybe a sourdough starter on the counter: that’s the fantasy it learned to sell. The moment a child enters the picture, the aesthetic dream quietly dissolves into a very real problem: where does anyone actually sleep, and who gets the bathroom first? Unplgd Tiny Homes, the Blue Mountains studio behind the original 26-foot Kookaburra, has spent the past year trying to answer that question seriously, and their answer is the Kookaburra 2.0.

The new model stretches to 8.5 metres long, 3 metres wide, and 4.5 metres at the gable (27.8 × 9.8 × 14.7 feet), adding just over half a metre to the original footprint but reorganising almost everything inside. Where the first Kookaburra was designed around two people working from home, the 2.0 reframes the interior around four distinct zones: cook, wash, store, and what the studio calls “reset after a big day.” That last phrase tells you exactly who this is for. Not minimalists chasing freedom, but parents chasing a moment of quiet.

Designer: Unplgd Tiny Homes

Structurally, the design’s smartest move is the dual-loft layout. A double-height void anchors the centre of the home, with the queen master loft at one end and a children’s single loft at the other, each reached by the same staircase-storage unit that doubles as the home’s main organisational spine. The queen loft offers standing headroom on three sides, which sounds like a minor detail until you’ve spent a morning in a traditional tiny house loft hunched over trying to find your socks. The kids’ loft sits separately, with its own clerestory window band that pulls in light while keeping privacy intact. On paper, the spatial hierarchy is genuinely considered.

The bathroom is getting a lot of attention, and for good reason. A full-size freestanding bathtub in a home under 28 feet is a confident choice, paired with an integrated laundry nook that treats domestic routine as a design problem worth solving. The L-shaped kitchen with breakfast bar follows the same logic. Outside, VJ panelling meets cream corrugated steel, a material palette that signals a specific aesthetic position in 2026 Australian residential design: not rough-hewn bush shack, not cold minimalist box, but something closer to considered coastal warmth.

AU$195,000 is the turnkey starting price, which puts it squarely in the range where comparisons to conventional housing become unavoidable. For roughly the same budget in regional New South Wales, you could find a small permanent house with a yard, without the towing and zoning complications that come with any road-legal tiny home. The 3-metre width is legal for towing across most Australian states without a wide-load permit, but regulations shift the moment you cross certain state borders, and the logistics follow. That’s not a dealbreaker, but it’s a real calculation that the breathless expo coverage tends to skip past.

It’s also worth naming the elephant in the room: no family has actually lived in this house yet. Every piece of coverage, including this one, is written from a display unit that toured the Hawkesbury Show circuit. The questions that matter most are the ones that can’t be answered from photos: whether noise transfers between lofts, whether the staircase is negotiable at 2am with a toddler, whether two adults and one child can share a morning bathroom without losing their minds. Unplgd deserves credit for thinking the brief through more carefully than most in this space, but the gap between a stunning expo build and a liveable family home is exactly the gap that gets papered over by beautiful photography.

One last thing worth flagging: search “Kookaburra tiny home” right now and you’ll pull up at least three different brands. Unplgd, Adapt Homes, and Kookaburra Tiny Homes AU are all trading under variations of the same bird name. They are completely unrelated companies. Do your research before you request a quote. The Kookaburra 2.0 is a genuinely promising design pushing against a real limitation in the tiny house category. Whether it delivers on the promise is a question only a family who actually lives in one can answer.

The post The $195K Tiny Home That Finally Makes Sense for Families first appeared on Yanko Design.

The name alone stops you. 100 Windows. Not “The Pavilion House” or “House No. 7” or something equally poetic and vague. Just a count. A blunt, almost confrontational declaration of exactly what you’re getting, and yet somehow, the moment you see it, the name feels like the most understated thing about it.

Designed by Hanoi-based architecture practice Inrestudio, this multi-generational home is wrapped in a terracotta-toned, double-layered exterior punctured by irregularly placed, mismatched openings. The windows aren’t uniform. They don’t line up in neat rows or follow a rational grid. They appear across the facade like a scatter of thoughts, some large, some small, some square, some elongated, placed with an intention that reveals itself slowly the longer you look. It’s controlled disorder, the kind that only happens when someone has thought very carefully about where chaos is allowed to go.

Designer: Inrestudio

The project sits within one of Vietnam’s most distinctive and genuinely challenging housing typologies: the tube house. These long, narrow urban homes are a product of Hanoi’s history, born from a time when property taxes were levied on street frontage, pushing families to build deep and vertical rather than wide. The tube house is, by nature, a compromise. You work with what the city gives you. What Inrestudio does here is refuse to let that constraint become a ceiling.

The double-layered envelope is the key move. By wrapping the home in two skins instead of one, the architects create what they call “in-between spaces,” zones that exist between the inner living areas and the outer facade. These aren’t wasted margins or dead air. They’re transitional, purposeful areas where the house breathes, where light filters and shifts through the day, where the rigid boundary between inside and outside softens into something more generous. It’s the kind of spatial thinking that doesn’t photograph easily but completely transforms the experience of actually being in a building.

This matters especially because 100 Windows was designed for multiple generations living under one roof, a reality that remains far more common in Vietnam than it does in most Western countries. Designing for multi-generational life is genuinely hard. You’re negotiating different rhythms, different needs for privacy and togetherness, different relationships to noise, light, and air. Architecture that understands this doesn’t just divide a floor plan into labeled rooms. It creates conditions where people can be near each other without being on top of each other, where the house itself does some of the social negotiating.

The terracotta tones feel right for this, too. The palette connects the building to its climate, to the warmth and humidity of Hanoi, to the earth tones of traditional Vietnamese buildings without becoming a costume or a nostalgia piece. It reads as contemporary without trying to distance itself from its own context, which is a balance a lot of architecture gets wrong in either direction.

What you take away from 100 Windows isn’t really about the windows, or at least not literally. It’s about the idea that a constraint, whether it’s a narrow plot, a shared family life, or a hundred openings that need to somehow feel cohesive, can become the source of design rather than the obstacle to it. The windows are a by-product of a layered system, not a stylistic decision made in isolation. That’s what earns it attention beyond the aesthetic.

Architecture like this tends to get filed under “interesting regional work” and not looked at as broadly as it deserves. But the conversation 100 Windows is having about density, family, and what a facade actually owes its inhabitants is one that any city grappling with urban housing should be paying attention to. It’s not proposing a universal solution. It’s doing something more useful: showing what happens when designers take the specific conditions of a place seriously enough to build something genuinely shaped by them. The result is a house that looks singular because it is.

The post The Hanoi House With 100 Windows and No Two the Same first appeared on Yanko Design.

Most tiny homes are upfront about their limitations. The Florence isn’t interested in that conversation. The Florence, by Alberta-based Teacup Tiny Homes, is the argument against all of that. Sitting on a triple-axle trailer, the Florence stretches 36 feet long and 8.5 feet wide, placing it at the roomier end of the towable tiny home spectrum. Its 355 square feet of interior space is arranged with the kind of logic you’d expect from a full-size home — not an afterthought. That discipline in planning is what separates it from the crowd.

Step inside and the first thing you notice is light. White tongue-and-groove paneling wraps the walls, 11-foot vaulted ceilings push the space upward, and generous windows pull the outdoors in. The living area anchors the layout, centered around a sofa and electric fireplace, with room for a television and a large built-in storage unit near the entrance. It doesn’t read like a compromise. It reads like a considered home.

Designer: Teacup Tiny Homes

Immediately adjacent is one of Florence’s more thoughtful touches — a dining nook that doubles as a home office, complete with an extending desk and integrated storage. For remote workers or anyone who needs a dedicated workspace without sacrificing a room, this dual-function zone is quietly brilliant. The kitchen runs along the galley wall nearby, equipped with a four-burner propane stove, oven, microwave, fridge/freezer, a large sink, and storage that actually holds things.

The master bedroom is located on the main floor, which is rarer than it should be in the tiny home world. Positioned next to the living area, it fits a double bed with genuine walking clearance on both sides and enough built-in storage to feel like a real room. A secondary sleeping loft sits above the kitchen and bathroom, accessed by a removable wooden ladder, offering space for a second double bed. The bathroom, tucked between the kitchen and bedroom, features a glass-enclosed shower, flushing toilet, and vanity sink.

Teacup Tiny Homes, a 100% female-owned and operated company founded in 2016, offers the Florence with a range of customization options — a soaking tub in place of the shower, choice of materials and furnishings, and permanent foundation installation if mobility isn’t the priority. Delivery runs across both the US and Canada. The Florence starts at roughly US $122,000. For a home this size, it’s a number that’s easier to justify than it might first appear.

The post A 355-Square-Foot Tiny Home With Room to Actually Walk Around first appeared on Yanko Design.

Wood has a way of telling you exactly where it’s been — and the Redwood by Tiny Timber Homes wears that history well. The Redwood leans into that quality completely — and the result is a tiny house that feels less like a compromise and more like a choice you’d make twice.

Tiny Timber Homes has built its reputation on one idea: that small spaces deserve the same craftsmanship as full-sized ones. The Redwood is perhaps the clearest expression of that philosophy. Its exterior reads immediately as intentional — warm wood cladding, clean rooflines, and a silhouette that sits confidently without trying to mimic a traditional house. It’s not cosplaying a cabin. It’s its own thing.

Designer: Tiny Timber Homes

Step inside and the material language continues without interruption. Exposed timber framing lines the interior walls, giving every room a structural honesty that most tiny homes paper over with drywall and distraction. Natural light does the heavy lifting here — strategically placed windows pull the outdoors in and keep the interior from ever feeling like a box you’re trapped inside.

The kitchen is compact but considered. Counter space is used with real intention, storage is tucked where you’d actually look for it, and the layout doesn’t ask you to turn sideways to reach the sink. It’s the kind of kitchen that rewards a slower pace — coffee in the morning, dinner from scratch, no dishwasher you don’t need.

The sleeping loft sits above it all, accessible by a stair ladder that doubles as storage. From up there, the whole space reads differently. You see the structure, the grain of the wood, the way everything fits without forcing. It’s a perspective that makes you appreciate the design more, not less.

What separates the Redwood from the growing noise in the tiny home market is restraint. There’s no attempt to cram in features that don’t belong, no feature list that sacrifices livability for a spec sheet. What you get instead is a home that understands its own scale and works with it — not against it.

Tiny Timber Homes builds for people who’ve thought seriously about what they actually need from a home. The Redwood answers that question with timber, light, and a layout that respects the person living inside it. In a category full of aspirational renderings and underwhelming follow-through, that’s worth something. It looks like a home. It lives like one too.

The post The Redwood by Tiny Timber Homes Proves Small Living Doesn’t Mean Settling first appeared on Yanko Design.

Most tiny homes ask you to make peace with the compromise. Wind River Built’s Rogue Mini skips that conversation entirely. Built in Tennessee by one of the most respected names in the tiny home space, the Rogue Mini is a trailer-mounted dwelling that treats small square footage not as a limitation, but as a design brief.

From the outside, the Rogue Mini reads clean. Board-and-batten siding, a pitched roofline, and restrained exterior detailing give it the visual composure of something far more permanent than its wheels suggest. Wind River Built has always leaned into quality construction over novelty, and the Rogue Mini reflects that. Every edge feels considered. Nothing about the exterior screams “novelty camper” — it looks like a house someone actually wants to live in.

Designer: Wind River Built

Step inside, and the interior continues that conversation. Wood-paneled walls and vaulted ceiling lines open the space upward, drawing the eye in a way that makes the square footage feel more generous than it is. The kitchen is compact but functional, with enough counter space to cook a real meal rather than reheat one. The sleeping loft sits above, accessible by a staircase or ladder depending on configuration, and offers a surprisingly comfortable retreat that feels separated from the main living area in the way a bedroom should.

What Wind River Built understands — and what a lot of tiny home builders get wrong — is that smallness only works when the details are right. Inadequate storage, poor natural light, and awkward transitions between zones make a small home feel punishing. The Rogue Mini sidesteps most of those pitfalls. Windows are placed deliberately, throwing light into corners that would otherwise collapse. Storage is woven into the structure rather than bolted on as an afterthought.

The Rogue Mini isn’t designed for the weekend warrior or the festival-goer chasing Instagram backdrops. It’s designed for someone who has genuinely decided to live differently — to trade square footage for mobility, and square footage for intention. That kind of design decision requires a builder who takes the task seriously, and Wind River Built clearly does.

At a time when housing feels increasingly abstract — prices climbing, spaces shrinking, and permanence fading — the Rogue Mini offers something rare. It chooses to make living small feel like an upgrade rather than a retreat. That’s not an easy thing to design. Wind River Built pulls it off.

The post This Tiny House on Wheels Lives Bigger Than It Has Any Right To first appeared on Yanko Design.

BIG’s new headquarters for Danish material supplier Dymak turns environmental performance into architecture. Rather than treating sustainability as a technical layer hidden within the building, the studio makes it central to the project’s form, materiality and identity.

Located beside Glisholm Lake in Odense, Denmark, the 2,800-square-metre headquarters is organised as a circular mass-timber structure around an open-air courtyard. Above it, an undulating roof rises and falls across the building, creating a form that recalls a Möbius strip. The result is sculptural and highly recognisable, but it is also shaped by practical concerns.

Designer: BIG

The roof rises towards the north to open views of the lake and surrounding forest, while sloping towards the south to provide shade and reduce solar heat gain. Its surface is covered with 880 custom-shaped photovoltaic panels, turning the roof into both an energy-producing system and the building’s main visual feature.

This combination of performance and spectacle is characteristic of BIG. The studio often transforms practical constraints into clear architectural gestures, and the Dymak headquarters follows the same approach. Solar orientation, shading and landscape views are not treated as separate problems. Instead, they are brought together within one continuous form.

The project also functions as a full-scale showcase for Dymak’s material portfolio. Mass timber forms the primary structure, while clay, cork, eelgrass and recycled paper fibres are used throughout the building. These materials are not displayed as isolated samples. They appear across the floors, ceilings, walls and structural elements, allowing visitors to experience them through texture, sound and scale.

BIG describes the building as a “living catalogue”, and the phrase captures its dual role. It is both a workplace and a demonstration of what Dymak’s materials can achieve. The architecture becomes part of the company’s identity, communicating ideas of craftsmanship, sustainability and material innovation.

This gives the headquarters a warmer atmosphere than the polished glass-and-steel language commonly associated with corporate buildings. Timber remains visible, brick-tiled flooring extends across interior and exterior spaces, and natural fibres soften the ceilings. The materials create a sense of tactility that reinforces the company’s focus while making the workplace feel less formal.

At the same time, the building clearly operates as a branding tool. Its solar roof, natural finishes and landscaped spaces present Dymak as environmentally responsible and forward-looking. Sustainability is not simply part of the building’s performance; it becomes part of the company’s public image.

At the centre of the circular plan is a landscaped courtyard conceived as a green amphitheatre. Planted terraces and stepped seating create space for informal meetings, gatherings and moments of rest. The courtyard is surrounded by glazing, allowing daylight and vegetation to remain visible from the surrounding interiors.

Unlike the dramatic roof, the courtyard does not rely on a strong visual metaphor. Its value is more direct. It creates a protected outdoor space, brings nature into the workplace and offers an alternative to desks and enclosed meeting rooms. Brick flooring continues across the threshold, reducing the distinction between inside and outside and making the garden feel like an extension of the office.

The ground floor contains a showroom, photo studio and fitness facilities, while the upper level includes open-plan workspaces, meeting rooms and lounge areas. A mezzanine connects the two floors, and the circular layout creates a continuous route around the courtyard.

The headquarters succeeds most when its sustainable ideas are experienced rather than simply announced. The warmth of timber, the shaded interiors, the continuity of the brick flooring and the presence of landscape all influence how the building feels in everyday use.

Still, the roof is likely to dominate how the project is remembered. Its Möbius-strip form is visually striking and easy to communicate, but it risks overshadowing the building’s quieter achievements. The use of low-carbon and bio-based materials, the creation of shared social spaces and the careful relationship with the surrounding landscape may ultimately be more significant than the headline image.

The project is not a universal model for office design. Its custom roof, circular plan and carefully selected materials make it highly specific to Dymak. Yet this specificity is also what makes it persuasive. By presenting timber, clay, eelgrass and recycled fibres within a polished corporate environment, the headquarters shows that low-carbon materials can support both technical performance and architectural ambition.

BIG’s Dymak headquarters does not attempt to disappear into the Danish landscape. It performs, advertises and turns sustainability into a statement. Its strength lies in showing that environmental responsibility can shape not only how a building performs, but also how it looks, feels and represents the organisation within it.

The post BIG Wraps Dymak’s Headquarters in Solar-Powered Timber first appeared on Yanko Design.

Most tiny homes ask you to forgive something. The Amelia doesn’t. It speaks that language fluently — treating constraint as a design language rather than something to apologize for.

Stretching 26 feet long and 8.5 feet wide, the Amelia sits on a double-axle trailer and clocks in at 341 square feet of living space. It wears white board-and-batten siding with a maintenance-free steel base and a snap-lock metal roof — clean, unfussy, built to hold up wherever you put it. The kind of exterior that looks deliberate rather than compromised.

Designer: Teacup Tiny Homes

Step inside and the first thing you notice is the light. Generous dual-pane, low-E windows fill the living room with natural brightness, and the layout feels considered rather than cramped. There’s room for a full sofa — a sofa bed is available as an upgrade — alongside a large storage unit. A propane-powered underfloor heating system keeps the ground level comfortable year-round, complemented by a mini-split air conditioning unit and a Lunos heat recovery ventilator for air quality. The Amelia was built for Canadian winters, and it shows.

The kitchen sits just past the living area and does not ask you to compromise. A white apron-front farmhouse sink anchors the space, joined by a four-burner Furrion propane range, an oven, a fridge-freezer, a stainless over-the-range microwave, and a large pull-out pantry. Waterfall-edge marble-like countertops run along the perimeter, with an eating bar doubling as a workstation. Every detail, from the soft-close cabinet doors to the black Kohler pull-down faucet, feels chosen rather than settled for. It is the kind of kitchen that makes cooking feel like something worth doing.

A sliding door connects the kitchen to the bathroom — a thoughtful detail that keeps the living zone open. Inside, a 30×30 stand-up shower with easy-clean fiberglass walls, a custom vanity with a rectangular vessel sink, and an oversized round medicine cabinet handle the essentials without feeling like a compromise. There is also a laundry rough-in for those who want to add machines later.

Two loft bedrooms occupy the upper level. The main loft, positioned over the kitchen, fits a king-size bed behind a slatted privacy wall. The secondary loft, accessed by a removable wooden ladder above the living room, handles a queen or king with room to spare. A storage-integrated staircase is available as an upgrade and is worth it for full-time living.

The Amelia starts at roughly US$102,000 and is available for delivery across the United States and Canada. Teacup Tiny Homes, a 100% female-owned Alberta-based builder operating since 2016, offers significant customization across layouts, materials, and finishes. For a home this size, it carries a lot of conviction.

The post This 341-Square-Foot Tiny Home Proves You Don’t Need More Space — Just Smarter Space first appeared on Yanko Design.

Cities have gotten very good at stacking people on top of each other and very bad at getting those people to actually interact. High density housing solves a real estate problem while quietly creating a social one, isolating seniors on one floor and young families on another with nothing but an elevator connecting them. Architect Yi Lu looked at this fragmentation and asked what it would take to reverse it without bulldozing the buildings already holding millions of people. Her answer, submitted to the A’ Design Award, treats an aging superblock not as a liability but as raw material for a new kind of social infrastructure. It is ambitious, a little sculptural, and grounded in something most housing renewal proposals ignore entirely.

The project, titled The Intergenerational Commons, targets Stuyvesant Town, New York City’s massive postwar housing development, as its test case. Lu’s proposal keeps roughly 75 to 85 percent of the existing floor area as housing while converting the rest into a revitalized podium, rooftop kindergartens, and a network of terraces threading through the brick shell. The renderings have a strange, compelling silhouette to them, cylindrical brick towers twisting up past staggered floor plates, like Michel de Klerk got handed Frank Gehry’s sketchbook. A horizontal community spine activates street level life, while stairs, lifts, and terraces stitch the floors together into what Lu describes as a continuous social landscape. The result looks sculptural from the outside and feels intentional from within, which is a harder balance to strike than either quality on its own.

Designer: Yi Lu

Stuyvesant Town was built as postwar efficiency housing, rows of near identical brick towers designed to move people through the city’s housing shortage as fast as possible. That efficiency came at the cost of any real social texture, and decades later the superblock reads as functional but flat, a place people live rather than a place people encounter each other. Lu’s retrofit does not fight that brick language so much as bend it, pulling curved, tower-like volumes out of the existing grid and letting them collide at odd angles. Load-bearing steel reinforcement and reversible insertions allow the new geometry to sit on top of the old structure without gutting it. The brick stays, but its logic changes completely, from repetition to rupture.

A standardized kit of parts, built around 3,600 millimeter modular bays and lightweight steel framing, lets construction happen in phases without displacing current residents, a constraint that kills most ambitious renewal proposals before they leave the page. Bolt on terraces extend outward from the existing brick shell, adding outdoor space that the original superblock never had. A 1,200 square meter community hub anchors street level activity, while stacked shared terraces and a 300 millimeter green roof system carry that social infrastructure upward through the building. None of it requires the wholesale demolition that usually accompanies large scale housing renewal.

The interesting part is how Lu orchestrates ‘intergenerational’ overlapping zones, connecting seniors and children rather than the more common strategy of designating separate zones for each. Rooftop kindergartens sit close enough to senior learning spaces on the revitalized podium that informal encounters happen without anyone having to schedule them. Interaction stays optional throughout, preserving privacy for residents who want it while making mutual support available for those who do not. That flexibility separates the proposal from the well-meaning but rigid intergenerational housing models that came before it. Whether a project this structurally ambitious ever gets built at Stuyvesant Town is a separate question from whether it should, and Lu’s entry makes a genuinely compelling case for the second one.

The post “Adaptive Reuse” Housing in NYC Reshapes Aging Brick Superblock Into An Interconnected Society first appeared on Yanko Design.

Most summerhouses don’t start as thought experiments about the moon. EcoNeo did. Designed by SAGA Space Architects and sitting quietly in Asnæs on the Danish island of Zealand, it measures just 35 square meters and sleeps a family of six. It also has an indoor sauna. The fact that all of this coexists within a space roughly the size of a large studio apartment says everything about what SAGA is doing differently. This is a house designed by people who take small spaces very, very seriously.

SAGA Space Architects was founded in 2018 by Danish architects Sebastian Aristotelis and Karl-Johan Sørensen, and their portfolio reads nothing like a traditional residential practice. These are the people behind LUNARK, a simulated lunar habitat tested during a 100-day expedition in Greenland. They also developed the Circadian Light system installed on the International Space Station and built FLEXHab, a habitat prototype for the European Space Agency. Their methodology is built around extreme-environment logic, where every centimeter, every kilogram, and every watt is a decision that matters. EcoNeo takes that same discipline and applies it to a Danish holiday home, and the result is genuinely worth paying attention to.

Designer: SAGA Space Architects

The studio calls its approach “Terra-Tech,” a marriage of technical precision and material awareness that keeps the design grounded in lived experience rather than spectacle. EcoNeo is built from biogenic materials, including OSB panels, wood-fiber insulation, Douglas fir, oak, birch, and plywood, all chosen for their low environmental footprint and warm sensory quality. Digital fabrication shapes the structure with the kind of accuracy you don’t typically associate with a weekend retreat. The architects estimate EcoNeo reduces annual carbon emissions by roughly 80 percent compared to an average new Danish summerhouse. That is not a rounding error. That is a structural rethinking of what holiday architecture can be.

On the inside, the floor plan is organized around a central living space that works harder than most rooms twice its size. The ground floor brings together the kitchen, bathroom, integrated storage, the sauna, and a dining table that can seat the whole family. Upstairs, sleeping space is tucked in a way that feels considered rather than compromised. Every piece of the interior is designed to serve more than one purpose, because SAGA knows from its space habitat work that generosity of experience does not require generosity of space. You feel that difference the moment you look at the photographs. The rooms have a quietness to them, a sense that everything belongs exactly where it is.

That, to me, is where EcoNeo gets genuinely interesting as a cultural object. The conversation around sustainable housing often leans into austerity, as though living with a lighter footprint requires accepting a diminished quality of life. EcoNeo makes the opposite argument without raising its voice. The house does not look like a sacrifice. It looks like a place people would actually want to spend a summer in, with its warm timber surfaces, considered proportions, and an undeniable calm that reads clearly even in photographs. Sustainability, when done right, does not ask you to give anything up. It asks you to think more carefully about what you actually need.

The collaborators list tells its own story: Velux, Dinesen, GROHE, Svane Køkkenet, Velfac, and ThermoCell, among others. These are not budget-line names. SAGA was not chasing a price point with EcoNeo. They were chasing a standard, and it shows in every decision, from the material palette to the fabrication method.

Whether EcoNeo becomes a scalable template for sustainable residential housing or remains a singular prototype is a question worth watching. The studio intends to develop it further for broader residential applications. Given their track record of designing for environments where there is genuinely no margin for error, I would take that intention seriously. EcoNeo is proof that the best ideas about how to live on Earth might just be the ones we developed while thinking about how to live somewhere else entirely.

The post A 35m² Summerhouse Designed Like a Space Habitat first appeared on Yanko Design.

There are cabins built for weekends, and then there’s Camp Meeker. Designed by Renée del Gaudio Architecture and completed in 2026, this 2,100-square-foot retreat in Allenspark, Colorado sits at the base of Mt. Meeker — a landscape a single family has returned to for nearly a century. The cabin wasn’t designed to impress. It was designed to endure.

The brief was rooted in something rare in contemporary architecture: restraint with purpose. Rather than loading the home with the usual domestic conveniences, the architects stripped the program back entirely. No television. No dishwasher. No microwave. What remains is exactly what a mountain retreat should be — a place that places the landscape first and forces you to look at it.

Designer: Renée del Gaudio Architecture

Structurally, the cabin is built for the realities of its environment. A concrete base and steel frame anchor the building to the site, while ironwood siding wraps the exterior in a material chosen specifically for fire resistance — a non-negotiable in Colorado’s high-elevation terrain. The steep metal roof does double duty: it deflects winter winds and gains enough height to accommodate a sleeping loft above the main floor, designated as the children’s quarters, giving the whole structure a playful, camp-like energy that its name earns honestly.

Inside, Renée del Gaudio made one decisive material call and committed to it completely. Rustic-grade oak covers the floors, walls, and ceilings in a continuous warm finish that collapses the boundary between surfaces. The main living area is organized around a central fireplace, flanked by vaulted timber ceilings and floor-to-ceiling windows that pull the surrounding alpine scenery directly into the room. Two double bedrooms and a single bedroom anchor one end of the main floor, each connected to a large outdoor terrace. Above, a rooftop deck offers unobstructed views of the mountain — built equally for afternoon sun and sleeping under open sky.

What makes Camp Meeker genuinely forward-looking is what’s hidden beneath it. A geothermal system draws on the earth’s stable temperature to heat and cool the cabin, replacing conventional fuel-based systems and bringing the home’s day-to-day operational carbon to zero. It’s sustainability framed not as a feature, but as a baseline expectation.

The architects describe it as a model for the next century of cabin design in the region. Looking at it, that doesn’t feel like overreach. Camp Meeker isn’t a trophy house dressed in rustic materials. It’s a building that understands exactly what it is, where it is, and who it’s for — and builds every decision around that clarity.

The post This Zero-Carbon Colorado Cabin Was Built for a Family — and the Next Century of Mountain Living first appeared on Yanko Design.

Most houses start with a blueprint. Jisoo Yoo’s Dream House started with a question: how do the dreams and desires we carry shape the landscape of the world we inhabit? The answer, it turns out, is a floating structure made of clothing.

Yoo, a Seoul-born artist who lives and works in France, has been quietly building one of the more compelling bodies of work in contemporary art, one that orbits around the domestic, the ephemeral, and the barely-visible structures that hold our lives together. Dream House, her latest installation presented at (F)ESTIVALES at Les Tanneries, Centre d’art contemporain, is exactly the kind of project that makes you stop and genuinely reconsider what a home actually is.

Designer: Jisoo Yoo

Here’s how it works. Participants are invited to contribute a garment, something personal, something worn, and mark it with handwritten texts and drawings. These pieces of clothing then become the literal building blocks of the structure, each one a personal archive, each one a load-bearing element. The result is a house that floats, literally and conceptually, held aloft not by concrete or steel, but by the private wishes of strangers.

That’s a beautiful idea, and I mean that without a trace of irony. We spend so much time thinking about homes in terms of square footage, property value, and interior aesthetics that we rarely stop to ask what a home is actually made of. Yoo forces the question. Her installation suggests that the answer has less to do with materials and more to do with desire, with the accumulated weight of what people want, need, and imagine for themselves and for each other.

Art that treats the domestic as a lens for examining social and cultural forces is nothing new. But Yoo brings something specific to it. Born in Seoul and trained in France, she operates between two very different cultural frameworks around the idea of home, and her practice reflects that quietly felt tension. Her works often feature spaces that feel familiar but refuse to stay solid. Rooms that waver. Houses that float. Structures that appear and then dissolve. It’s a recurring language across her portfolio, and with Dream House, it feels most fully realized.

Dream House is not trying to comfort you. It’s trying to make you notice something. The garments contributed by participants carry real personal weight: literal handwriting, actual drawings, the residue of real lives. And yet the house they form is temporary. It rises, exists briefly, and then it’s gone. Yoo describes the floating structure as embodying both the creative force of desire and the fleeting nature of existence. The house briefly emerges through people’s dreams, and that, apparently, is enough.

I think that’s the most honest thing any artist has said about housing in a long time. We build our ideas of home from desire, from inherited images of what shelter is supposed to look like, from what we were told to want, and from what we quietly imagine when no one is watching. And all of it is more temporary than we tend to admit. The average person moves multiple times in their life. Neighborhoods change. The house you grew up in gets renovated beyond recognition or torn down entirely. The physical structure of home has always been more fragile than we want it to be.

What Yoo does is make that fragility visible without making it tragic. The floating structure is genuinely striking to look at. The garments create a soft, almost organic texture that reads as intimate rather than architectural, which is exactly the point. You’re not looking at a building. You’re looking at a collective act of imagination, briefly held together by shared hope. Jisoo Yoo is an artist worth paying close attention to. Her work doesn’t announce itself loudly, but it asks questions that stick. Dream House is a reminder that the spaces we live in are not neutral. They are built, always, from something we wanted.

The post The Floating House Built From Strangers’ Wishes first appeared on Yanko Design.

We’ve been building houses wrong. Not structurally, not legally, and not in any way that’s easy to name. But somewhere along the line, the conversation around home design shifted away from how does this building breathe toward what does this building look like on a feed. That’s why The Anthill, a new brick residence in Ahilyanagar, Maharashtra by Kaushal Tatiya Architects, feels like such a pointed correction. Not a provocation. A correction.

The premise sounds deceptively simple: a house modeled after an ant mound. Not the insect itself, but the engineering intelligence of what it builds. Ants have been solving thermal regulation, cross-ventilation, and spatial hierarchy problems for millions of years, with no blueprint, no software, and no electricity required. Kaushal Tatiya, the firm’s founder, described the anthill not as a literal form but as “an intelligent climatic organism,” one able to “regulate temperature, create ventilation through voids, and function through a network of interconnected chambers without any imposed geometry.” That single observation is what the entire project is built on, and it shows.

Designer: Kaushal Tatiya Architects (Photos by Avesh Gaur)

The house sits low in the landscape, almost terrain-like, its exposed brick facade functioning as much as an environmental filter as it does a structural shell. From the outside, it reads as deliberately introverted: solid walls and perforated surfaces that hold back the glare before it ever reaches the living spaces inside. The real architecture begins once you start moving through it. Rooms branch off from larger communal volumes, ceiling heights shift unexpectedly, and natural light arrives filtered and softened rather than harsh. The passage between spaces becomes the experience, not just a means of getting from one room to another.

This is a design principle modernism largely traded away in favor of open-plan everything and maximum sight lines. The Anthill doesn’t make that trade. Its stepped terraces and alternating balconies recall the traditional Indian rooftop concept of the chhat, creating layered, shaded thresholds that do the cooling work before the sun reaches the interior. A 12-foot cantilevered slab, supported through brick in compression, adds a more deliberate architectural gesture to the otherwise organic composition.

It’s worth pausing on the sustainability side of this project, because it earns more than a passing mention. The Anthill operates entirely on passive systems: cross ventilation, thermal mass, and shaded courtyards. No mechanical ventilation. In a region defined by extreme heat and intense sunlight, that isn’t a compromise. It’s a design strategy that trusts the building’s own intelligence. The idea that architecture should outlast any power grid it’s connected to feels increasingly important, and The Anthill makes that case without saying a word about it.

I think what gets undersold in conversations about sustainable design is how genuinely radical simplicity is. We’ve normalized a model where buildings are essentially sealed boxes, then mechanically conditioned to be habitable. That approach is energy-intensive, expensive, and fragile in ways we rarely acknowledge. The Anthill argues the opposite: that a building designed with enough spatial intelligence doesn’t need to fight its climate. It learns to negotiate with it instead.

The visual language of the project carries all of this without being heavy-handed. The brick is warm and earthy, the curves are organic without being theatrical, and the overall effect is of a building that looks like it belongs to the land rather than placed on top of it. Photography by Avesh Gaur shows a house that reads differently from every angle, which is always a sign that the architecture is meant to be inhabited rather than just photographed.

What The Anthill ultimately puts on the table is a question worth sitting with: what if the most intelligent design move isn’t to add more technology, but to study what natural systems already perfected? The answers, in this case, are sophisticated enough to build a house around. We talk a lot about future-proofing design. The Anthill is a case where the most forward-looking move was to look at something ancient.

The post India’s Anthill House Has No AC and Stays Cool Anyway first appeared on Yanko Design.

Off the southeast coast of Africa, more than 500 kilometers into the Indian Ocean, lies Madagascar — a country defined by extraordinary biodiversity, vast natural wealth, and a deepening energy crisis that leaves the majority of its population without electricity. It is here that designer Ahmad Eghtesad has set his most ambitious concept: the Baobab Waterfall, a floating mixed-use infrastructure that proposes to generate clean energy, rehabilitate society, and eventually evolve into a thriving resort — all from the open ocean.

The concept was developed as a competition entry for the prestigious Jacques Rougerie Foundation, which challenges architects and designers to imagine the future of maritime architecture. Eghtesad, working alongside collaborators Mohammad Aghaei and Nastaran Fazeli, drew his primary inspiration from the baobab tree itself — a native Malagasy symbol of resilience, capable of storing water and sustaining life in the harshest of environments. The architectural form mirrors this logic: wide at the crown, deeply rooted in its purpose, built to outlast the conditions that necessitated it.

Designer: Ahmad Eghtesad

At its core, the Baobab Waterfall operates as a continuous deep-ocean waterfall system. Ocean water is redirected and channeled through the structure on a massive scale, generating renewable electricity in volumes comparable to natural hydrological forces. The structure also integrates transparent greenhouses into its central tower, layering agricultural function into what is otherwise an industrial power plant. This dual programming — energy production and food cultivation — reflects a design philosophy that refuses singular solutions.

What makes the Baobab Waterfall genuinely provocative, though, is its social dimension. The structure is initially conceived as a rehabilitation center — a response to Madagascar’s overcrowded correctional facilities, themselves a symptom of poverty and energy-driven economic hardship. The idea is architectural optimism taken to its logical extreme: design not just infrastructure, but the conditions for social repair. As crime rates decline and the rehabilitation program matures, the complex is designed to seamlessly transition into a multipurpose resort and green energy hub, leaving behind a prosperous legacy rather than an institution.

Rendered with cinematic precision using Autodesk 3ds Max, Rhinoceros 3D, Grasshopper, and V-Ray, the visuals alone communicate the project’s ambition — dramatic contrasts between raw ocean forces and human engineering, scale that feels both monumental and quietly inevitable.

Whether or not the Baobab Waterfall ever leaves the realm of concept, it asks a question worth sitting with: what does it look like when architecture refuses to solve just one problem? Eghtesad’s answer floats somewhere off the coast of Madagascar, shaped like a tree that never stops giving.

The post This Floating Waterfall Off Madagascar Wants to Power a Nation, Heal a Society, and Become a Resort — All at Once first appeared on Yanko Design.

The dome is no longer just an architectural curiosity. It has emerged as one of the most structurally efficient forms ever designed. Leading design firms now recognize that its natural strength and exceptional volume-to-surface ratio provide a powerful foundation for sustainable luxury and long-term performance.

Beyond structure, the dome reshapes how space is experienced. It feels both ancient and forward-looking. Contemporary design increasingly favors spatial sequencing that calms the mind, and curved interiors deliver exactly that. A domed space becomes a biophilic cocoon—capturing soft natural light, enhancing psychological comfort, and offering a strong return on investment through well-being, durability, and timeless appeal.

1. Lightness as Structure

Inflatable domes represent the most refined expression of ephemeral architecture. These pressurized forms enable rapid spatial creation that rigid structures simply cannot achieve. Their value lies in speed, adaptability, and impact—allowing designers to construct immersive, temporary pavilions with a minimal carbon footprint using advanced high-tensile, translucent membranes.

What truly sets inflatable domes apart is their sensory quality. The gentle movement of the pneumatic skin creates a space that feels alive, forming a biophilic cocoon of air and light. Contemporary polymer materials make it possible to sculpt illumination itself, transforming a lightweight structure into a resilient, rhythmic architectural experience that feels both delicate and powerful.

Ark Nova redefined the idea of a concert venue by replacing permanence and grandeur with mobility and sculptural expression. Created through a collaboration between British artist Sir Anish Kapoor and Japanese architect Arata Isozaki, the inflatable hall appeared as a monumental, purple, organic form that challenged traditional architectural expectations. Its soft, self-supporting membrane transformed air into structure, creating a space that felt both futuristic and welcoming. When it arrived in Europe for the first time at Switzerland’s Lucerne Festival, Ark Nova marked a new chapter in its evolving cultural journey.

Originally conceived in 2013 as a response to the Fukushima earthquake and tsunami, Ark Nova was designed to bring music and collective healing to affected communities. Its pneumatic structure required no rigid framework, allowing it to be assembled quickly and adapt to different settings. Inside, light filtered gently through the membrane, shaping an intimate acoustic environment for diverse performances. More than a venue, Ark Nova stood as a symbol of resilience, accessibility, and the power of art to travel where it is needed most.

2. Curated Sculptural Domes

Within sculptural art, the dome becomes a powerful medium for exploring scale and perspective. It is no longer just a form, but a monumental tectonic presence that anchors and defines urban space. Artists are increasingly working with 3D-printed composites, crafting perforated shells that transform sunlight into a carefully choreographed play of shifting shadows.

This evolution lifts the dome from a utilitarian roof to an architectural poem. The cultural value it generates goes beyond aesthetics, creating a strong sense of place and collective memory. Bathed in diffused light, these spaces blur the boundary between art and architecture, merging both into a single, immersive experience.

Circle Dome Square transformed the space outside Louis Poulsen’s Copenhagen showroom into a striking architectural moment. Designed by Henrik Vibskov, the dome appeared like a vivid red form caught mid-bloom, its fabric panels radiating outward from a central core. Referencing the curves and spirit of Verner Panton’s iconic Panthella lamp, the installation translated a lighting object into an immersive structure. From a distance, the dome commanded attention with its explosive geometry, while up close, its layered textile construction revealed depth, movement, and careful spatial composition.

Inside the dome, the atmosphere shifted dramatically. The bold exterior gave way to a calm, enclosed environment where soft red light filtered through the fabric skin, creating a sense of warmth and stillness. The textile walls subtly shaped acoustics and scale, turning the dome into a temporary refuge within the urban setting. More than a visual statement, Circle Dome Square demonstrated how fabric, light, and form could work together to create an experiential space that invited pause, reflection, and quiet engagement.

3. Monolithic Living Domes

Dome housing has evolved from countercultural experimentation into a model of high-performance luxury living. Its inherent geometry delivers exceptional thermal efficiency, reducing air stagnation and heat loss while lowering long-term operational costs. The seamless, monolithic concrete shell reinforces material honesty, combining structural integrity with enduring performance.

Inside, the absence of corners allows space to flow naturally. Movement feels intuitive and unforced. The double-height apex draws the gaze upward, becoming a quiet focal point that connects the interior to the sky above. Living within a dome creates a biophilic cocoon—where light, acoustics, and form work together to produce a deep sense of calm, balance, and grounded serenity.

Rising unexpectedly from the desert landscape of Pioneertown, California, the HATA Dome looked like something straight out of a science-fiction film—but without any extraterrestrial mystery attached. Set against rugged terrain, the dome stood as a bold architectural presence, immediately capturing attention with its smooth, monolithic form. Rather than hinting at conspiracy, it offered something far more tangible: a place designed for human retreat and deep connection with the surrounding environment.

The HATA Dome was designed and built single-handedly by Anastasiya Dudik, guided by a “future primitive” philosophy that blended ancient building logic with contemporary thinking. Constructed using concrete, rebar, and shotcrete, the dome prioritised durability, fire resistance, and seismic safety while naturally regulating temperature through passive thermal mass. Inside, soaring ceilings, soft natural light, and sculpted interiors created a calm, immersive refuge. Both raw and refined, the dome functioned not just as an architectural statement but as a liveable, sustainable shelter or one that could be experienced firsthand as a desert escape.

4. Orchestrating the Ephemeral Glow

Lighting within a dome is less about fixtures and more about control. The curved surface naturally redistributes light, allowing illumination to be indirect, layered, and calm. By keeping sources discreet and concealed, light appears to emerge from the architecture itself rather than from visible hardware.

This method reinforces the purity of the form. Shadows soften, edges dissolve, and the space feels continuous rather than segmented. Light becomes a guiding force, shaping movement and mood without drawing attention to its origin. At night, the dome reads as a quiet, expansive enclosure—intimate, protective, and atmospherically balanced, where illumination supports presence rather than spectacle.

At first glance, the Dome lamp’s domical form draws you in with its quiet strength and sculptural presence. Shaped like a small architectural dome, the design feels grounded and balanced, transforming the lamp from a simple lighting object into a statement piece inspired by structural forms found in buildings.

The curved silhouette is paired with a bent bamboo strap that visually echoes the dome’s softness while adding warmth and contrast. Together, the rounded shade and flowing strap create a harmonious composition, where even the wire follows the curve, reinforcing the lamp’s cohesive, domed design language.

5. Biospheric Urban Farming

Urban agriculture finds a powerful ally in dome design. As cities move toward localized food systems, these biospheric structures offer a highly efficient growing environment. Their inherent thermal performance supports year-round cultivation, while the height-to-width ratio naturally accommodates vertical farming maximizing yield per square meter and reducing the carbon footprint of food production.

Beyond productivity, these agricultural domes act as biophilic anchors within dense urban fabric. They reconnect built form with landscape, reintroducing nature into the city core. Lightweight ETFE panel systems ensure optimal light transmission and climate control, allowing the interior to function as a resilient ecosystem delivering long-term value through food security, education, and improved community health.

At Expo 2025, the Osaka Health Pavilion hosted Inochi no Izumi, or Source of Life, a translucent, 21-foot-high dome that reimagined urban food systems. Inside, aquatic life and plants coexisted in a vertically stacked ecosystem, with fish swimming below and crops growing above. Four water zones including seawater, brackish water, and two freshwater layers supported different species, each paired with hydroponic plants suited to its conditions, forming parallel ecosystems within a single compact structure.

The system operated on a closed-loop aquaponic cycle. Fish waste was naturally converted into nutrients that fed the plants, which in turn returned purified water to the tanks below. Nothing was wasted and nothing left the dome. Enclosed within a lightweight geodesic shell designed to maximise sunlight and maintain a stable microclimate, the structure demonstrated how ecological intelligence and space-efficient design could work together.

Ultimately, the dome endures because it unites logic with feeling. Its geometry delivers resilience, efficiency, and longevity, while its form evokes calm and wonder.

The post 5 Geodesic Dome Homes That Prove Curved Living Is the Future first appeared on Yanko Design.

Somewhere between the olive groves and vine rows of Zakynthos, a deep-red timber cabin sits quietly in the Greek countryside, and it’s one of the most considered small structures to come out of Europe this year. The Root Cabin, designed by London-based studio Kasawoo, is a 20-square-metre prefabricated retreat that challenges the very idea of what a holiday home in Greece should look like.

The project is personal. Co-founder Katie Kasabalis owns the land in the village of Vanato, a site that has been in her family for decades and still holds the ruins of her grandmother’s old stone house. Together with co-founder Darius Woo, she set out to build something that felt of the place rather than imposed on it. The result sits at just 2.5 by 8 metres, slipping gently between rows of vines without disrupting the agricultural and historical fabric of the land.

Designer: Kasawoo

Built off-site in Romania and transported to Zakynthos fully prefabricated, the cabin is road-legal and designed to be relocatable, a detail that speaks directly to its low-intervention philosophy. “Nothing is superfluous,” the architects told Dezeen. “The project’s generosity lies in what it refuses to add.” In a part of Greece where sprawling concrete villas are accelerating across the countryside, that kind of restraint is quietly radical.

The exterior is wrapped in deep-red timber planks, a shade drawn from the historic villas of Zakynthos, and topped with a gently angled roofline that echoes the island’s mountainous horizon. It’s a structure that has absorbed its context rather than competed with it. Inside, the atmosphere shifts to something warmer and more immediate. Plywood lines the walls, ceilings, and all built-in furniture, creating a near-seamless, cocoon-like interior in which a bed, compact kitchen, sofa, and bookshelves are integrated into the structure.

The layout places the bedroom and bathroom at opposite ends, with a central living space defined by large sliding glass doors that open directly onto the landscape. Red details carry through from the exterior, while the bathroom shifts to soft blue tones, a quiet nod to the Ionian Sea nearby. Objects sourced from Greek makers, including ceramics and textiles, add another layer of local grounding to a space that already feels deeply rooted.

Passive ventilation and operable openings allow the cabin to function off-grid, reinforcing what Kasawoo describes as a “different kind of luxury,” one that measures itself not by square footage or spectacle, but by the quality of what’s been left out.

The post This Architect Built a 20m² Red Cabin on Her Family’s Greek Vineyard — and It’s the Antidote to Every Concrete Villa on the Island first appeared on Yanko Design.

At 20 feet long and 8 feet wide, the Tulsi by Simplify Further Tiny Homes doesn’t try to be anything it isn’t. It has everything you need, and nothing you don’t. That restraint is exactly what makes it work. While the tiny home market is crowded with builds that either sacrifice livability for aesthetics or pile on features that inflate the price tag, the Tulsi threads the needle — landing at a starting price of $35,000 for a fully functional, NOAH-certified home on wheels.

The Florida-based builder behind it, Simplify Further, has built a reputation around the idea that quality and simplicity aren’t mutually exclusive. Their motto — “Simple Living, High Thinking” — runs through every design decision in the Tulsi. The build carries a BBB Accredited A+ rating, and its certification as an RV through NOAH means it meets a recognized standard for workmanship and safety.

Designer: Simplify Further Tiny Homes

At 161 square feet, the Tulsi packs in a kitchenette, a full bathroom with a shower stall, a flush toilet, a mini sink, a built-in seating area, a main-level queen-sized bedroom, and a loft. The loft measures 7 by 4 feet with a 36-inch height at the low side, accessible by ladder with black metal railings — tight, but functional. The height under the loft sits at 6 feet 4 inches, which means the main living area never feels like you’re ducking through a crawl space.

What sets the Tulsi apart from its contemporaries is its genuine flexibility. The main level bedroom isn’t a compromise — it’s a feature. For guests who don’t mind the loft, you could designate the loft as the main sleeping area and convert the downstairs bedroom to a living room. That kind of adaptability is rare at this price point. In the kitchen, buyers can opt for open shelving or swap seating for additional cabinet storage — a small but meaningful decision that shapes how the space actually lives day to day.

Simplify Further positions the Tulsi primarily as a guest house or mother-in-law suite — a secondary structure that gives visitors full independence without removing them from the property entirely. But the build has proven versatile enough to serve as a short-term rental, a starter home, or a full-time residence for someone drawn to the economy of small living. The Tulsi by Simplify Further seamlessly blends convenience and comfort, making it a charming addition to any property.

For a 161 square foot box on wheels, the Tulsi has quietly earned its place as one of the more thoughtfully designed entry points into tiny living — and the numbers back it up.

The post This $35,000 Tiny Home Proves You Don’t Need More Than 161 Square Feet to Live Well first appeared on Yanko Design.

Most tiny houses ask you to make a trade-off. You get the romance of compact living, but sacrifice the one thing that makes a home feel like a home — space. Craft House, a modular builder operating across Poland, Austria, and Ireland, decided to flip that script entirely with the Samuel, a non-towable module house that prioritizes spacious full-time living over the freedom to hitch and go.

The Samuel sits at 10 meters (32 ft) long and an unusually generous 3.2 meters (10.6 ft) wide, measurements that push well beyond the European tiny home average. That extra width is deliberate. It’s what allows the interior to breathe in a way that most towable models simply can’t, opening up a layout that reads less like a cleverly compressed box and more like a well-considered apartment. The structure wears a single-pitched roof, topping out at 4.1 meters at the ridge, and is finished in engineered wood and metal, a clean pairing that reads industrial without feeling cold.

Designer: Craft House

Inside, the ground floor spans 26 square meters, with a 13-square-meter mezzanine sitting above and a 4.3-square-meter bathroom rounding out the floor plan. The layout makes room for two distinct sleeping areas, and the volume created by the sloped ceiling gives the mezzanine level a loft-like quality that larger homes often fail to capture. Optional off-grid upgrades are also on the table, making the Samuel a realistic candidate for plots far beyond urban infrastructure.

What Craft House understood when designing the Samuel is that the tiny home market has two very different buyers. There’s the nomad, always ready to hitch the trailer and head somewhere new. Then there’s the person who simply wants a well-designed, right-sized home that doesn’t carry the financial weight of a conventional build. Samuel is clearly built for the latter. By dropping the wheels and leaning into a fixed footprint, Craft House was able to allocate width and volume in ways that towable structures prohibit by law and logistics.

Priced at around US$72,000, the Samuel lands in a range that makes it a genuinely viable alternative to traditional housing in several European markets. It isn’t trying to be everything. You won’t be parking it in a new location every season. What it offers instead is something arguably more valuable: a permanent, considered space that proves small doesn’t have to mean cramped, and that the best tiny homes aren’t always the ones with the biggest adventures, but the ones that make staying put feel worth it.

The post This Stationary Tiny Home Has More Room Than Most City Apartments first appeared on Yanko Design.