Most things we buy today are quietly built to fail. Your phone will slow down in two years. Your flat-pack furniture will wobble in five. The average American home is typically designed to hold up for about 50 to 100 years before it needs significant intervention, if it lasts that long at all. We’ve gotten so comfortable with impermanence that designing something to last a millennium feels almost radical.
That’s exactly what researchers at the Massachusetts Institute of Technology have done with the Heirloom House project, and it’s the kind of idea that makes you stop and genuinely reconsider the way we build things. Unveiled by MIT’s research studio Matter Design, in partnership with the R&D arm of Mexican building materials giant Cemex, the Heirloom House is a collection of nine structural-concrete components engineered to last 1,000 years. Not decades. Not centuries, loosely speaking. A thousand years. That number is so specific and so audacious that it almost sounds like a provocation, and in many ways, it is.
The nine components function like a sophisticated construction kit: columns, beams, floor slabs, wall panels, and connection elements that can be assembled, disassembled, and reassembled without permanent fasteners. Each piece is precision-engineered to work with the others through carefully calculated geometry and weight distribution. The research team leaned into kinetics and physics to design the modular elements so the whole system holds together not through bolts or adhesives, but through gravity, balance, and friction. It’s a fundamentally different way of thinking about structure: one where the intelligence is baked into the shape and mass of the material itself.
What makes the project particularly interesting is that these components aren’t static. They’re designed to be manually rearranged, which means the same set of pieces could theoretically be configured and reconfigured by generation after generation. A two-bedroom house today could become a studio with workspace tomorrow, or an open pavilion in fifty years, all using the same nine types of elements. The components are meant to adapt to changing needs without ever becoming obsolete.
The name “Heirloom” is doing a lot of work here, and deliberately so. We use that word for jewelry passed down from grandmothers, for cast-iron pans that outlive their owners, for furniture that somehow survives four moves and two divorces. The researchers are asking whether a house could carry the same weight, literally and culturally. Whether a building could be something you inherit rather than something you renovate or demolish.
I find this genuinely exciting, not just as a design concept but as a cultural counterpoint to the way architecture has been trending. We’ve spent years celebrating the disposable, the adaptable, the fast. Pop-up everything. Temporary structures. Prefab homes optimized for speed and cost over longevity. None of that is wrong, exactly, but it has produced a built environment that often feels like it’s designed for now and only for now. The Heirloom House project pushes back on that without being preachy about it. It doesn’t lecture you on sustainability, though the implications are obvious: something designed to last 1,000 years isn’t going to a landfill anytime soon. It just quietly asks what it would mean to build with permanence as the goal, not the afterthought.
Concrete is a pointed material choice, too. It’s one of the most produced materials on the planet and also one of the most criticized for its environmental impact. But used well and built to last, concrete doesn’t need to be replaced, which changes the calculus significantly. The embodied carbon of a structure that stands for a millennium looks very different from one that gets torn down in 60 years. The material itself becomes an investment that pays environmental dividends across centuries.
What I keep coming back to is the philosophical shift this project represents. Most design today is optimized for the present user, the current lifestyle, the current need. The Heirloom House imagines future residents, people who haven’t been born yet, rearranging the same components that someone else assembled centuries before. It’s design as a kind of inheritance, a gift extended across time. Whether or not the Heirloom House ever becomes a commercial reality is almost beside the point. As a concept and a provocation, it already does something valuable: it reminds us that permanence is a design choice, and one we’ve largely stopped making. Maybe it’s time to start again.
Tucked into the rolling hills of Glen Ellen in Sonoma County, a 14-acre estate carries the kind of stillness that most people spend a lifetime chasing. The land has its own private lake, wildlife moving freely at every hour, and a canopy of Northern California nature that presses in from every direction. At its center sits a house — modest in its ambitions but precise in its relationship to the ground beneath it.
That precision traces back to its original designer, J. Lamont Langworthy, an architect whose name sits just outside the mainstream conversation about California Modernism despite a body of work that more than earns a place in it. Langworthy spent a decade designing hillside homes in Laguna Beach, developing a philosophy rooted in site sensitivity and structural clarity. Architecture critic Alan Hess described his work as carrying a disciplined spatial intelligence — houses that didn’t impose themselves on their environments but instead grew out of them organically.
Designer: J.Lamont Langworthy
Langworthy himself is as layered as his architecture. A home winemaker, sculptor, painter, and self-published author, he eventually settled in Sonoma County, where he spent years managing a century-old building he had personally renovated. The Glen Ellen house represents an earlier chapter of his career — one that, by the time the current owners purchased the property in 2014, had quietly come to an end. The architecture still held its shape, but years of neglect had taken a toll on everything surrounding it.
The renovation was handed to Westward Atelier, whose approach mirrored the same instinct Langworthy brought to the original design — let the land lead. Principal Nikki spoke about the project with the reverence the setting demands, describing the property as something her clients recognized immediately as rare. The brief wasn’t to modernize or reimagine from scratch. It was to restore confidence to a house that had lost it, while preserving the spatial logic that made it worth saving in the first place.
Inside, the most significant transformation occurred in the kitchen. What had been a closed, compartmentalized room was opened to the main living area, with a natural stone island becoming the new visual and social anchor of the space. Concrete countertops and timber cabinetry were paired with bronze hardware and brass fixtures, pulling warmth into what could have easily read as cold. A collection of Southwestern pottery arranged on open shelving added personality without noise, while white oak floors carried the palette quietly through the rest of the home.
The primary suite presented its own challenge. Rather than reconfigure the existing bedroom, the team added a new north-facing suite designed entirely around calm and privacy. The original master was then converted into a communal gathering space oriented toward the sweeping outdoor views — a decision that rebalanced the whole home around generosity rather than hierarchy. Creamy white walls, marble surfaces, and expansive glass throughout keep the interior quiet enough that the lake, the trees, and the wildlife beyond the windows remain, always, the main event.
China loses farmland to urbanization at a pace that makes most planners nervous, and the usual architectural response is to pour a slab and move on. Wei Dou took a different position with the Verdant Syndicate, a mixed-use complex in Henan designed around the premise that the agricultural identity of a site deserves to survive its redevelopment. The project occupies 4,269 square meters of former farmland and organizes itself as two offset stepped volumes flanking a shared courtyard, wrapped in warm timber cladding and draped in cascading vertical vegetation from ground level to roofline.
What makes the building function as a living system is a tenant-operated planting board system, where modular growing panels connect directly to embedded water and nutrition lines. People who work and gather inside the building are also tending it, turning every terrace and balcony into a productive growing surface. A gravity-powered rainwater collection system handles irrigation without mechanical pumping, closing the resource loop on a plot that once fed the surrounding community through entirely different means.
Designer: Wei Dou
Splitting the program across two volumes instead of one monolithic block gives the courtyard between them genuine solar access, which matters enormously when your facade is a vertical farm. The stepped terrace profile on the taller volume echoes terraced agricultural landscapes without being literal about it, and the offset placement of the two blocks creates a ground-level commons that functions as the social spine of the whole complex. At 60 by 71 meters, the site is compact enough that every planning decision carries weight, and Dou clearly understood that.
Tenants can install, reconfigure, or remove individual planting panels, each one tapping into water and nutrient lines built directly into the structure. The building’s productive surface is never fixed, it adapts to whoever is using it and what they want to grow, season by season. Most biophilic buildings treat greenery as a fixed aesthetic layer applied during construction and maintained by a facilities team. Here the maintenance is distributed, social, and intentional, which is a fundamentally different model and one that actually has a chance of working long term.
The facade runs slim vertical members in a warm timber tone, with terraces wide enough to support real planting depth rather than cosmetic window boxes. Solar panels sit integrated into a mid-level roof deck canopy under a mature tree, handling shade and energy harvesting simultaneously without dedicating separate real estate to either function. The ground floor activates with retail, and the renders show it occupied and commercially legible, not the ghostly pedestrian utopia that kills most concept presentations.
Henan is a province with deep agricultural history and rapid urbanization pressure, which makes it exactly the right place to ask whether a building can carry both realities at once. The Verdant Syndicate backs that argument with a gravity-fed water loop, a modular tenant farming system, GIS and CAD-optimized solar orientation, and a courtyard massing strategy that keeps the whole thing from tipping into greenwash territory. Whether the planting board system performs in practice the way it does in simulation is the real open question. The framework is sound, and the building looks extraordinary doing it.
Picture a tall mirrored cone rising from a circle of sand in the middle of the desert. You step in, drag your feet, draw patterns, and the cone reflects all of it back to you, warped and strange and weirdly beautiful. That’s the Interactive Sand Reflecting Cone, a concept by designer Michael Jantzen, and it sits at the intersection of public art, land art, and the simple joy of messing around in sand. No screens, no apps. Just you and your reflection. I think it’s kind of brilliant.
The setup is deceptively simple. A circular concrete ring, complete with a landing pad and three descending steps, defines the play area. Inside that ring is a field of refined sand. Rising from the center is a tall cone wrapped entirely in polished mirrored steel. Solar panels sit on top, charging batteries during the day so the whole thing lights up at night. No Wi-Fi. No app. No QR code. Just you, the sand, and your own warped reflection staring back at you from a cone.
What I find most compelling about this project is that it treats sand as an interactive medium. Not a screen, not a touchpad, not something that requires a software update. Sand. The stuff kids play with at the beach. You walk through it, drag your feet, draw patterns, build little mounds, and all of that activity gets captured in the mirrored surface. The cone becomes what Jantzen calls a short-term event recorder, documenting the collective traces of everyone who steps into the ring. It’s analog memory, and it only lasts until the next visitor reshapes the surface or the wind smooths it over.
The mirrored cone itself adds a layer that I think elevates the whole thing beyond a glorified sandbox. Because the surface is curved, not flat, the reflections come back distorted. Your footprint patterns stretch and warp in ways you can’t quite predict. You’re collaborating with geometry. You make a mark in the sand, look up, and the cone shows you something slightly different from what you expected. That unpredictability is what turns a passive viewing experience into an active, playful one. You start experimenting. You try new shapes just to see what they’ll look like reflected. You become both the artist and the audience.
I also appreciate that this is designed specifically for desert landscapes, not dropped into them as an afterthought. The sand inside the ring is refined, but the material itself belongs to the environment. The installation doesn’t fight its surroundings. It borrows from them. The concrete base anchors the piece physically, but the sand connects it to everything beyond the circle’s edge. It feels like a conversation between the built and the natural, which is something Jantzen has been exploring for years across his various pavilion and shelter concepts.
The solar-powered lighting is a nice touch, too. During the day, the polished steel catches sunlight and throws it around in dramatic ways. At night, the embedded lights in the concrete base take over, illuminating the sand and the cone from below. The piece transforms depending on when you visit. A daytime experience full of glare and sharp reflections becomes something softer and more atmospheric after dark. That duality gives the installation a longer life cycle than most public art pieces, which tend to lose their impact once the sun goes down.
If I have one reservation, it’s the same one I always have with Jantzen’s concepts: they’re concepts. The Interactive Sand Reflecting Cone exists as renders and descriptions, not yet as a physical structure you can actually walk into. Jantzen is prolific with ideas, and many of them are genuinely inventive, but the gap between a compelling render and a realized installation is vast. Engineering challenges, material costs, site logistics, and the simple question of who funds this kind of thing all stand between the concept and the experience. I’d love to see this one make the leap.
The stretch of the Thames running between Tate Modern and St Paul’s is one of those London views that never quite loses its effect — and London studio Cake Architecture made that exact backdrop the entire design brief for WatchHouse’s newest café, a 60-seat riverside space that absorbs some of the city’s most iconic architecture and folds it into something intimate and grounded.
The project sits directly beside the Thames, though it never leans on the view as a crutch. The design operates at a more atmospheric level, rooted in the tension between the monumental permanence of London’s skyline and the restless, shifting energy of the river running past it. It’s a conceptual starting point that could easily stay theoretical. Here, it doesn’t.
That thinking earns its keep through specific, well-resolved gestures. The most arresting is a dramatic circular void carved into the ceiling, a spatial echo of St Paul’s dome, translated from the sacred to the everyday. Below it, a monolithic espresso counter holds the room together, its weight and material language borrowed from Tate Modern’s industrial character and the infrastructural logic of the riverbanks themselves. Neither move is decorative. Both shift the room into territory that most café designs never reach.
The palette is handled with the same restraint. Colour is drawn from the immediate surroundings: the tonal range of the river at different hours, the bleached stone of the embankment walls, the open and often overcast London sky. Back-painted finishes introduce a soft iridescence to the surfaces, so the room doesn’t read as a fixed thing. It responds to the time of day, softening in morning light and warming as the afternoon settles in.
WatchHouse has always been deliberate about place; each of its London locations takes its visual cues from the neighbourhood it occupies, but this Thames-side outpost feels like one of the most fully resolved in the portfolio. The 60-seat space will serve rare and special coffees alongside breakfast, viennoiserie, and bakery options, giving the room both the footfall and the menu to justify the ambition behind its design. For Cake Architecture, it’s another assured project from a studio building a reputation for spaces that think carefully about where they are. Here, the scale is modest, and the mood is quiet, and it’s all the stronger for it.
A proposal to simulate the experience of standing on the Moon inside a giant spherical structure once captured imaginations before quietly disappearing. That concept never got off the ground, but four years on, the team behind it has returned with something far bigger — a full Smart City Masterplan and a vision that makes the original look modest by comparison.
Toronto-based Moon World Resorts Inc. went public with the new concept in February 2026, calling it simply Moon. Each development carries an estimated price tag of $5 billion, and while no site has been locked in yet, the company has named ten countries as candidates for regional licensees: Australia, Brazil, China, Egypt, India, Poland, Spain, Thailand, the United Arab Emirates, and the United States. Saudi Arabia, notably absent from the list, still feels like an obvious fit for something this audacious.
The structural ambition alone is staggering. The central building would be a true sphere — 271 meters wide and 312 meters tall — making it the largest and tallest of its kind anywhere in the world. For context, Las Vegas’ Sphere, itself a marvel of engineering, measures 157 meters across and rises just 112 meters. Moon isn’t playing in the same league; it’s playing a different sport entirely.
Inside, the resort would be anchored by a 4,000-room all-suite five-star hotel, with a convention center, restaurants, wellness facilities, an e-sports hub, and a boutique hotel all occupying the ground level. The crowning feature, though, would be a simulated lunar surface and base positioned above it all — an “authentic” recreation of what walking on the Moon might feel like, reportedly capable of hosting up to two million visitors a year. The method for achieving that effect remains, for now, a mystery.
On the outside, 20 towers would ring the sphere, connected by a panoramic elevated walkway that renders suggest will be lined with solar panels along the top. Sixteen smaller spherical structures are also planned nearby, creating a campus-like complex that would reshape the skyline of whichever city claims it.
The broader development extends well beyond the sphere itself, incorporating a transit hub, heliport, vertiport, parking infrastructure, and 10,000 luxury branded residences set among generous green space. Moon World Resorts estimates construction would take around 60 months, pointing to a potential opening as early as 2032 — assuming everything moves quickly on a project that, at this stage, remains largely conceptual. Ambition is clearly not in short supply here, but the leap from striking renders to a working lunar resort is a long one.
Treehouses have re-emerged not as nostalgic artifacts, but as serious architectural propositions. Within contemporary practice, they are understood as a distilled form of biophilic thinking – where structure, ecology, and human occupation are inseparable. Rather than imposing form on landscape, treetop architecture allows the built environment to coexist, adapt, and respond to living systems.
Occupying a treehouse establishes a rare spatial contract with nature. The tree is not a backdrop but a collaborator, shaping load, movement, and experience. This vertical inhabitation reframes ideas of shelter and elevation, offering a quiet yet powerful redefinition of how architecture can belong within the canopy.
1. Safe and Elevated Spaces
The charm of a treehouse comes from the idea of prospect and refuge – our natural need to see without being seen. Being up high gives a clear view of the surroundings, while the leaves and branches around provide shelter and privacy. This combination makes us feel safe and calm instinctively.
Raising the floor above the ground keeps us away from noise and distractions below. The treehouse becomes a peaceful, natural cocoon. Height isn’t just about the view as it gives a sense of security and comfort, letting us enjoy both openness and protection in one space.
Called the Forest Lab for Observational Research and Analysis (FLORA), this treetop observatory sits within Barcelona’s Collserola Natural Park at the Institute for Advanced Architecture of Catalonia (IAAC). Suspended within the forest canopy, the compact structure serves as a living and working space for researchers studying local biodiversity. Rising about 28 feet high, FLORA is designed as an immersive platform that allows direct access to the upper layers of the forest, making scientific observation possible without disturbing the ground below.
What makes FLORA especially notable is its material strategy. The entire mass-timber structure was built using invasive pine trees sourced from within the park through carefully managed forestry practices. These trees were processed into cross-laminated timber panels, laminated beams, and solid wood components, following a zero-kilometer approach to construction. Inside, the observatory includes work areas, projection space, and bird-monitoring features, turning the building into a functional research prototype that demonstrates how sustainable materials and sensitive design can support long-term ecological study.
2. Use of Honest Natural Materials
A treehouse’s beauty comes from using materials that feel natural and honest. High-quality timber, like cedar or reclaimed teak, allows the house to grow and age alongside the tree. This isn’t just for looks, as it supports the strength and health of both the tree and the structure.
Special hardware, such as Treehouse Attachment Bolts (TABs), lets the tree move and grow naturally without damage. By avoiding heavy concrete foundations, this method protects the tree and reduces environmental impact. The result is a sustainable, long-lasting design where architecture and nature coexist in balance.
Set within the wooded hills of Dunabogdány, Hungary, Console House by Hello Wood is a quiet retreat overlooking the Danube Bend. Designed to sit lightly within the landscape, the minimalist home follows a calm, nature-first approach, allowing the forest to remain the main visual focus. Raised on slender stilts, the structure appears to float above the ground, preserving natural water flow and wildlife movement beneath. Large glass openings frame peaceful valley views while filling the interiors with soft daylight.
A defining feature of the home is its long cantilevered roof, which creates a generous terrace that extends the living space outdoors. Built using cross-laminated timber and laminated beams, the structure balances strength with environmental sensitivity, while screw pile foundations minimize site disruption. The exterior is finished in charred wood using the shou sugi ban technique, giving the house a dark, textured surface that blends into the trees. Together, these choices create a refined, modern hideaway rooted in its surroundings.
3. The Climbing Experience
The magic of a treehouse starts long before you step inside, as it begins with the climb. Whether it’s a spiral staircase or a suspension bridge, moving upward slowly lifts you away from the ground. This gradual ascent helps the mind shift into a calm, reflective state.
Rising from solid earth into the airy canopy feels like a sensory reset. In many cultures, this vertical journey reflects a spiritual path, taking you from the everyday world below to the quiet, elevated sanctuary among the branches. The climb itself becomes an essential part of the treehouse experience.
Treehouses may feel like childhood nostalgia, but the O2 Treehouse by Treewalkers brings that sense of wonder firmly into adult living. You step into a lightweight, elevated home that blends playful design with thoughtful sustainability, creating a retreat that feels both imaginative and grounded in nature. Inspired by geodesic structures and forest ecosystems, these tree-supported homes appear to float among the canopy, offering a quiet escape that reconnects you with your surroundings while keeping the natural landscape largely undisturbed.
What makes these homes especially compelling is their modular, lattice-based construction, which allows multiple units to connect and evolve into small, customisable clusters. You can adapt layouts, shapes, and interior details to suit how you live, work, or unwind, while enjoying warm, wood-toned interiors, generous natural light, and breathable canvas roofing. From iconic A-frame forms to dome-like shelters, each structure balances architectural innovation with the simple comfort of being tucked into the trees.
4. Natural Climate Control
A treehouse isn’t just beautiful, but it naturally stays comfortable throughout the seasons. Leaves provide shade and cooling in summer, while letting sunlight through in winter. This passive system keeps the space pleasant without relying on air conditioning.
The tree itself helps regulate the microclimate through its natural transpiration. Thoughtful placement of windows and openings captures changing light and shadow, softening the interior and creating a calm, diffused atmosphere. By working with the tree and its environment, the treehouse achieves energy efficiency and comfort, showing how design can harmonize with nature rather than fight it.
You might remember turning a treehouse into a make-believe classroom, complete with a tiny chalkboard and a big imagination. Designer Valentino Gareri brings that playful idea into real-world architecture with the Tree-House School, a modular learning building set directly within nature. Raised among the trees, the structure eases pressure on dense cities while creating outdoor-focused spaces where education blends with exploration. It becomes a shared hub that reconnects learning with landscape, movement, and everyday discovery, all while using design strategies that support comfortable indoor conditions.
At the core of the design are two large, interconnected rings that organize classrooms from kindergarten through secondary levels, each accommodating up to 25 students and opening toward the surrounding greenery. The circular layout forms sheltered courtyards and a usable rooftop for group activities, while faceted façades alternate timber panels and glass to manage sun exposure, encourage cross-ventilation, and maintain stable interior temperatures. These passive climate-control features reduce reliance on mechanical systems, keeping classrooms bright, airy, and naturally regulated throughout the day.
5. Suspended Sanctuary
Luxury today is found in the ability to disconnect, and a treehouse offers just that. As a “hovering hearth,” it lifts you above the noise and weight of daily life. Being suspended creates a quiet, focused space where creativity, reflection, and rest come naturally.
For those who appreciate design, the treehouse is more than shelter—it’s a statement. It balances perfectly with the forces of nature, respecting both gravity and the life of the tree. This equilibrium transforms the simple act of being into a luxurious experience of calm, presence, and connection with the natural world.
Designed by architectural designer Antony Gibbon, the Burl Treehouse is a concept series of rounded pods that reinterpret forest living through a sculptural, nature-inspired lens. Shaped after tree burls—the textured growths found on trunks, the pods blend organic form with a restrained, minimalist aesthetic. Suspended above the forest floor, each structure appears to float among the trees, creating an immersive experience that feels both futuristic and deeply connected to its surroundings.
The pods are supported by slim vertical struts and suspension cables anchored directly to the trees, minimizing ground disturbance and preserving the forest below. Accessed by timber suspension bridges, the interiors are lined with light-toned cedar and ash, creating a warm, cocoon-like atmosphere. Each unit includes a bedroom with built-in storage, a compact bathroom, and custom furnishings that maximize space. A central circular window brings in natural light and frames wide forest views, while charred wood shingles on the exterior add texture and durability through traditional shou sugi ban treatment.
Treehouses captivate because they embody our longing to connect with nature. Merging honest materials, smart engineering, and poetic spatial design, they offer more than a room—they create an experience. Building among the trees honors humanity’s timeless bond with the forest, uplifting both spirit and structure in perfect harmony.
It has been almost 25 years since the September 11 attacks forever changed the skyline of Lower Manhattan, and now the rebuilding of the World Trade Center campus is entering its final stretch. The last major commercial tower on the site, 2 World Trade Center, is expected to break ground in spring 2026 and wrap up construction by 2031. American Express has committed to making the building its new corporate headquarters.
Getting to this point hasn’t been simple. British firm Foster + Partners was originally hired to design the tower, only to be replaced by Bjarke Ingels Group, which put forward a striking terraced concept. That plan was eventually scrapped, and Foster + Partners was brought back to start fresh. The result, based on recently released renderings, is a broad rectangular tower sheathed in glass, with three open-air terraces and six landscaped corner gardens woven into the facade to bring some greenery to an otherwise sleek profile.
The tower will rise to 1,226 feet, comfortably placing it in the supertall category and making it roughly the 11th-tallest building in the United States. It won’t overtake its famous neighbor, though. One World Trade Center still holds the title of the country’s tallest at a symbolically chosen 1,776 feet. Inside, the building will offer close to two million square feet of usable space across 55 stories, with the bulk of that dedicated to offices. When fully occupied, it could house around 10,000 workers.
Specifics are still thin at this early stage, but American Express has said the tower will incorporate smart building technology and energy-efficient systems. The project is also targeting LEED certification, which has become something of a baseline expectation for major commercial developments in recent years.
Kevin O’Toole, Chairman of the Port Authority of New York and New Jersey, called the project a meaningful milestone, both for the campus and for the surrounding region. He pointed to the tower’s role in reinforcing the World Trade Center as one of the country’s most important centers of commerce and transportation, and acknowledged just how much sustained effort it takes to deliver projects on this scale.
Silverstein Properties, the development firm that has overseen much of the site’s post 9/11 transformation, is once again at the helm. When the building finally opens its doors in 2031, it will effectively close the book on one of the most ambitious and emotionally significant urban rebuilding efforts in modern history. More than anything, it will stand as a reminder of what New York City is capable of when it commits to moving forward.
For the first time since its completion in 1983, one of Australia’s most architecturally significant homes is available to buy. The Ball-Eastaway House, designed by Pritzker Prize-winning architect Glenn Murcutt, has been listed with Modern House at a guide price of AUD 2.4 to 2.6 million, an extraordinary opportunity to own a piece of living architectural history.
Set on 25 acres of dry sclerophyll forest in Glenorie, roughly an hour northwest of Sydney, the property feels worlds apart from the city it neighbours. The rugged site presented Murcutt with a natural rock ledge that became the building’s platform, and rather than taming the land, the architect worked with it. Not a single tree was removed during construction, a commitment that shaped every decision made from the ground up.
The house sits elevated on slender steel pipe columns, its long, low form skimming the earth without disturbing it. Murcutt has long described this approach as “touching the earth lightly,” placing humanity within nature rather than above it. The exterior is clad in corrugated iron, marking the first time Murcutt used the material on a residential project, and its gently curved roofline reads almost like a topographical feature rather than a built structure.
Inside, the design is as considered as the form suggests. Aluminium shading devices and timber-lined interiors regulate heat and light throughout the seasons, while expansive north-facing glazed walls and skylights draw in the kind of soft, sustained light that painters depend on. The home was built specifically for abstract artists Sydney Ball and Lynne Eastaway, and their creative lives are woven into the architecture itself. Ball’s large-scale paintings run the length of an internal wall that forms the spine of the entire plan.
Behind that wall lies a concealed northwest verandah, originally conceived as a meditation space, and two generous studios where many of both artists’ most significant works were made. During a jury visit for the 1984 Wilkinson Award, which the house went on to win, the jury chair called it the most serene space he had ever encountered.
That quality of stillness hasn’t faded. The environmental intelligence built into the structure, passive ventilation, solar orientation, and minimal site intervention, was pioneering in the early 1980s and reads today as a quiet blueprint for how buildings should relate to the landscapes they occupy. The entire ten-hectare site has since been heritage listed, ensuring whatever comes next for the Ball-Eastaway House, its integrity remains protected.
There’s a particular kind of restraint that’s genuinely hard to pull off in architecture. Anyone can build something that commands attention. Far fewer can build something that quietly earns it. The Solem Forest House in Oslo, Norway, designed by MORFEUS arkitekter, belongs firmly in the second category, and it’s the kind of project that stops you mid-scroll and makes you think about what good design actually is.
The house sits on a gently sloping ridge just east of Maridalsvannet, Oslo’s main water supply, in a small residential area surrounded by tall pine trees and deep forest. It’s not a massive project. At 170 square meters, it’s modest by most standards. But what MORFEUS arkitekter did with that footprint, and more importantly, what they chose not to do, is what makes it worth talking about.
The most striking feature from the outside is the dark vertical timber cladding. It’s the kind of exterior that reads as almost austere in photographs until you place it in context. Against the trunks of surrounding pine trees, it doesn’t contrast. It converses. The dark tones echo the bark, the vertical lines mirror the trees, and the result is a home that feels like it grew out of the ridge rather than landed on it. Dwell described it as “a continuation of the forest rather than an imposition on it,” which isn’t just poetic writing. It’s an accurate description of the design intent made physical.
The roof is another story entirely. A large cross-gabled form defines the home’s architectural identity, and it does something genuinely clever: the second floor is partially embedded within the roof volume. What that means in practice is that you get rooms with character, with angles and nooks and a sense of shelter that flat-ceilinged spaces simply can’t replicate. The title of the Dwell feature on the project is “The Roof at This Norwegian Retreat Holds a Surprisingly Roomy Second Level,” and that element of surprise is very much the point. From the outside, the home reads compact and contained. Inside, the geometry works entirely in your favor.
That interior warmth carries through in the materials. Solid wood finishes, a fireplace anchoring the living room, large picture windows framing forest views, custom bookshelves tucked along the upper hallway. There’s even a glass floor detail that lets light and sightlines move through the structure in ways that feel both unexpected and completely natural at once. These are the kinds of details that age beautifully and that no amount of trend-chasing can replicate.
What I find most compelling about the project, though, is what happened before a single new board was nailed. The original structure on the site dated back to 1946, and rather than tear everything out, MORFEUS arkitekter worked with the existing foundation walls. The site’s natural profile, the topsoil, the exposed rock, and the existing trees and undergrowth were all largely preserved. Every external surface is permeable, and rainwater infiltrates locally, keeping the water cycle intact in an area that sits within Oslo’s strictly regulated water supply catchment zone.
That level of site sensitivity isn’t just admirable from an environmental standpoint. It changes how the architecture feels. A home that respects what was already there carries a different kind of weight than one that simply imposes its will on a plot of land. There’s humility in it, and that humility reads through the final result.
MORFEUS arkitekter, founded in Oslo by architects Caroline Støvring and Cecilie Wille, has built a reputation on exactly this kind of approach: intuition balanced with rationality, traditional Scandinavian craft paired with contemporary methods, and a consistent commitment to letting the site lead. Their work has earned multiple architecture prizes over two decades, including the Nordnorsk Architecture Prize and an Oslo City Architecture Prize nomination. But what stays with you after looking through the Solem Forest House isn’t the awards. It’s the feeling that the building belongs exactly where it is, and that someone spent a long time making sure it did.
