Chess has been around for roughly 1,500 years, and in that time, the chess set has been reimagined in almost every conceivable way. You’ve seen the hand-carved wooden sets passed down through generations, the marble ones that live on coffee tables as decor, the kitschy themed sets with medieval knights and castle towers. Every few years, someone tries to reinvent the most iconic board game in history, and most of those reinventions end up looking like a design school project that got a little too excited. Christian Borger’s CS-01 is different, and I think it matters that it’s different in the quietest possible way.
Borger, an architect and industrial designer based in New York, approaches furniture and objects the way an engineer approaches a problem: with an obsession over materials, weight, and structural honesty. His portfolio, if you haven’t gone through it yet, is worth a slow afternoon. It’s full of lightweight furniture experiments, chairs built from tensioned fabric and skeletal frames, tables that look like they’re barely touching the ground. CS-01 follows that same design instinct, just compressed into a 14 x 14 x 5-inch object that you play chess on.
The set is built from aluminum, stainless steel hardware, rubber bumpers, and enamel paint. Powder-coated aluminum surfaces contrast against exposed stainless steel, and that word “exposed” matters here. Nothing about the assembly hides from view. The hardware isn’t tucked away or finished into invisibility. It’s right there, part of the aesthetic, because Borger seems to believe that a well-made object shouldn’t have to be embarrassed about how it’s put together. That kind of structural honesty doesn’t show up in chess sets often enough, and it’s genuinely refreshing to see it applied somewhere so unexpected.
The pieces sit at five inches tall, which keeps the whole set compact enough to live on a desk, a shelf, or a credenza without demanding too much space or attention. It integrates into a room rather than dominating one. That restraint is intentional. The design privileges clarity and permanence over decoration, which is a principle worth sitting with. Not because it’s some kind of grand manifesto, but because it’s a genuinely difficult thing to execute. Decoration is the easy default. Clarity requires real decisions.
I’ll be upfront: there’s a legitimate conversation to be had about whether chess sets even need to be redesigned. The traditional Staunton set, which has been the global standard since the 1800s, is already a near-perfect solution. It’s legible, tactile, and elegant in its conventionality. Reinventing it for the sake of reinventing it usually results in something beautiful but unplayable, or worse, something that’s more display piece than game. CS-01 seems fully aware of that tension. It doesn’t abandon functionality to make a statement. The pieces are still readable by proportion and hierarchy. The board is still a board.
Where it distinguishes itself is in how it asks you to notice the object itself, not just the game being played on it. The cold touch of powder-coated aluminum. The small, deliberate weight of a piece lifted and placed. The hardware that catches light at the corner of your vision while you’re thinking three moves ahead. It turns the physical act of playing into something worth paying attention to, which is a pretty ambitious ask from a chess set, and one that CS-01 quietly delivers on.
Borger describes it as a prototype, and it still carries that energy of something being actively worked out rather than finished and packaged. That’s part of what makes it compelling. It reads less like a product and more like a point of view, one that argues you shouldn’t have to choose between an object that performs well and one that rewards close attention. That’s a harder case to make than it sounds. The most interesting design objects are the ones that make you rethink something you assumed was already solved. A chess set, of all things. Here we are.
Poland’s Mini Domy has been quietly refining the tiny home formula across several designs, and the Mini House 300 x 600 might be their most focused yet. It doesn’t try to do everything. It tries to do the essentials well, and that clarity of intent is exactly what makes it compelling. At 247.5 square feet, it’s built for a couple who want to downsize without making every day feel like an exercise in spatial compromise.
The home rides on a double-axle trailer, measuring 20 feet long and 9.8 feet wide. That extra width is the defining design choice here. Most tiny homes are corridor-thin by necessity, and while that works for solo living, it creates a kind of perpetual negotiation of space when two people call it home. The 300 x 600 sidesteps that problem entirely. The 9.8-foot width means a towing permit is required on public roads, but the interior breathing room that results from it makes the trade-off easy to rationalize.
The exterior pairs metal cladding with timber accents, a restrained combination that reads more European cabin than American trailer, and sits comfortably against a forest clearing or a field edge. Large glass sliding doors provide the main entry point, drawing in natural light and forging a strong visual connection between the interior and the outdoors. Inside, walls finished in white-painted tongue-and-groove paneling keep the space feeling light and warm without relying on tricks.
The open plan arranges the living area and kitchen side by side. The living room comes unfurnished, but there’s clearly room for a sofa and a media unit, along with a wall-mounted mini-split air conditioning unit already in place. The kitchen is deliberately uncomplicated: an induction cooktop, a sink, upper and lower cabinetry, and flex space for additional appliances. A wooden barn-style sliding door leads from the kitchen to the bathroom, which contains a glass-enclosed shower, a sink, and a flushing toilet. Small, but resolved.
A storage-integrated staircase leads up to the loft bedroom, and it’s one of the more considered details in the whole design. In a home this size, every structural element should carry more than one purpose, and the staircase earns its footprint. The bedroom itself is carpeted, fits a double bed comfortably, and includes built-in cabinetry along both sides for storage, keeping the space genuinely usable rather than merely sleepable.
Pricing isn’t publicly listed, and Mini Domy asks prospective buyers to contact them directly for a quote. That’s standard practice for a manufacturer working across custom specifications and varying delivery requirements. For a couple who’ve spent any amount of time sketching out a simpler life, the 300 x 600 seems like it’s worth the conversation.
Some buildings are designed to be seen. Yogi’s Cabin, the latest project from UK studio Built Works, is designed to be felt. Nestled within the woodland of Great Park Farm in East Sussex, the 38-square-metre retreat sits alongside a natural swimming pond, designed not to impress, but to disappear into its surroundings.
The cabin was created for Architects Holiday, a hospitality company founded by the Built Works team that builds retreats around singular, restorative practices. Where their earlier project — the Drying Shed Sauna, also at Great Park Farm — was centred on heat and ritual, Yogi’s Cabin is organised around movement, stillness, and the slow passage of light through a woodland. The programme is simple: a dedicated yoga studio at the heart of a barn-like form, wrapped in materials that feel as rooted to the land as the alder trees around it.
The plan runs on a clear east-west axis, with large sliding openings that frame views through the trees and across the adjacent swimming pool. The intention is for light to shape the interior throughout the day — morning light from the east drawing practitioners inward for practice, the warm evening light from the west spilling across the deck as the day winds down. It’s architecture that works with time rather than against it.
Externally, the studio drew from two distinct references: Japanese domestic architecture and local agricultural vernacular. Deep eaves and a continuous perimeter deck form a sheltered threshold between inside and out — a direct nod to the traditional Japanese engawa — while the building’s barn-like massing keeps it grounded in its rural English context. The cladding is estate-grown larch, charred on site using traditional yakisugi techniques, a process that improves durability and weather resistance while allowing the cabin to recede visually into the dark woodland behind it.
Inside, the architecture is deliberately restrained. Sliding screens, timber surfaces, and a limited material palette create a calm, adaptable space where accommodation is secondary to use. A king-size bedroom, luxury shower room, outside bath, and fully equipped kitchen complete the programme — functional, yes, but never the point.
Completed in Spring 2026, Yogi’s Cabin is a rare thing: a building that resists the urge to do too much. It holds space. It frames trees. It lets light do the talking. In a landscape of wellness architecture that often overclaims, Built Works has made something genuinely restorative — not through addition, but through careful restraint.
Some buildings earn their names. The Floating House by Vancouver-based SMStudio — completed in 2023 on the western ridge of Bowen Island, British Columbia — is one of them. Bowen Island sits just 20 minutes by ferry from Vancouver’s Horseshoe Bay, close enough for a commute, far enough to feel like another world.
SMStudio founder Simon Montgomery found a site on a rocky ridge where two ancient, burnt-out old-growth stumps stand like sentinels over the land. Rather than clear them or work around them, he positioned the house directly between them. The building wasn’t placed on the land so much as fitted into it.
The name earns its keep. A cantilever lifts the structure fractionally off the bedrock, leaving a deliberate shadow gap at the base — a move that is at once structural and philosophical. The house appears to hover, weightless above the ground it occupies. It’s a gesture borrowed from Japanese spatial thinking, where the relationship between a building and its site is considered with almost ceremonial care.
The exterior reads as elemental: a steeply pitched gable roof clad in steel standing-seam panels, cedar walls left to weather naturally into the forest palette, and a form so spare it borders on sculptural. There is no decorative noise here. Every decision is load-bearing, aesthetically speaking. The plan is simple and asymmetrical, its two wings arranged to navigate the site’s dual elevations — a higher forested platform and an open field below that drops away to reveal sky and distant treeline.
Inside, Douglas fir surfaces carry the warmth that the cedar exterior withholds. Natural light is controlled and considered, the forest pressing in from every side without ever feeling intrusive. It is the kind of interior where you notice the quality of light before you notice the furniture.
What makes the Floating House significant isn’t scale or spectacle — it’s discipline. Montgomery resisted the temptation to over-design a site that was already extraordinary. The result is a house that amplifies its surroundings rather than competing with them. In an era when architecture often mistakes loudness for confidence, that kind of restraint is genuinely rare. The Floating House is currently listed for $2.1 million through West Coast Modern.
For over a century, a modest corner shop at the intersection of Murray and York streets in Melbourne’s Prahran suburb sold milk, bread, and the kind of everyday essentials that knit neighborhoods together. It closed in 2016, briefly reopened as a café, and then sat waiting. Kister Architects founder Ilana Kister saw something in it — and then decided to move in.
The project, aptly named The Corner Shop, is Kister’s own home, designed for herself and her daughters. It is a three-story residence carved out of the original 287-square-metre plot, expanded by an adjacent 90-square-metre lot that became available during construction and was immediately absorbed into the design as a garden. That garden is not a feature — it is the entire logic of the building.
“Making the entry a courtyard was the single most important decision in the project,” Kister told Dezeen. “Entering through the original milk bar door, you land in the garden, not a hallway or foyer. By the time you reach the interior, you’ve already been outside — that sequence sets the tone for the whole house.”
The original shopfront façade has been preserved in full, bottle-green tiles and all. Street-facing windows were replaced with glass bricks — a move that keeps the building reading as a corner shop from the outside while flooding the interior with diffused, dappled light. The external palette layers grey and black render against silvertop ash timber cladding, with climbing vegetation threading through the surface and rooftop planting crowning the upper levels. Wherever you look, something is growing.
Inside, a white perforated steel staircase rises through all three floors, lit from above by a sequence of triangular skylights. Oak covers the floors, walls, and ceilings, anchoring the interior in warmth. On the second floor, three bedrooms, a family bathroom, and a living space are dressed in timber panelling and mossy-green carpet, with floor-to-ceiling windows drawing the outside in. The colour palette is deliberately restrained — natural materials do the work.
The third floor opens everything up. An open-plan kitchen, dining, and living space spills onto a silvertop ash deck with treetop views and sightlines to Melbourne’s city skyline. Below, the back garden holds a swimming pool, outdoor seating, and the kind of quiet that inner-city addresses rarely afford.
Green roofs, vertical gardens, and planted internal screens mean that no matter where you stand in the house, you can see something alive. That is not incidental — it is the brief. Kister built a home where nature is the architecture, and the century-old corner shop is simply its best possible frame.
For decades, solar panels occupied an awkward place in the built environment. Celebrated for efficiency yet criticized for their visual rigidity, they were often concealed behind parapet walls or relegated to distant landscapes. Their contribution was undeniable, but their presence was treated as a compromise rather than a composition, or always was a technical layer added after the architecture had spoken.
That perception is now undergoing a decisive shift. The rise of Solar Sculptures signals a new design language in which renewable energy becomes expressive, intentional, and visually engaging. By integrating advanced photovoltaics with bold structural forms, designers are transforming energy systems into landmarks. What was once hidden is now highlighted, allowing sustainability to move from background utility to cultural and aesthetic centerpiece.
1. Beyond the “Blue Rectangle”
For years, solar technology was visually synonymous with flat, blue-black rectangles arranged in strict grids. While functionally effective, this rigidity constrained architectural expression, forcing designers to treat solar panels as technical add-ons rather than integral design elements. The aesthetic limitations often created a tension between sustainability goals and visual harmony.
Emerging innovations are dissolving these boundaries. Flexible thin-film cells and organic photovoltaics (OPV) now enable energy-harvesting surfaces to follow curves, wrap around volumes, and adapt to complex geometries. Solar installations can become fluid, sculptural, and expressive — transforming renewable energy from a utilitarian layer into a seamless, artistic component of contemporary design.
In a bold collaboration, MVRDV and Huayi Design have unveiled The Sweet Spot, a landmark sports complex in Shenzhen’s Pingshan district. Designed as a celebration of badminton, the project features a dramatic 240-metre rooftop shaped like a badminton racket head, complete with a grid structure resembling strings. Integrated photovoltaic panels transform the roof into a large-scale solar generator, allowing the complex to produce clean energy while making a powerful architectural statement. The development will house China’s National Badminton Training Centre, a professional arena, public fitness facilities, and commercial spaces under one iconic form.
Beyond its striking silhouette, the complex is carefully zoned for elite athletes and the public. A T-shaped promenade connects key facilities and leads to a central plaza — the symbolic “sweet spot.” A 23-storey shuttlecock-inspired tower incorporates hotel rooms and athlete residences with direct private access to training areas. Surrounding parks, courts, and a National Fitness Centre extend its reach, creating a sustainable, community-driven sports destination.
2. Biomimicry and the Solar Tree Effect
Nature has become an influential guide in the evolution of solar design. Instead of imposing rigid, mechanical forms onto landscapes, designers now draw inspiration from organic structures that people instinctively recognize. Concepts such as solar “trees,” with branching arms and leaf-like panels, reinterpret renewable technology through shapes that echo the natural world.
These installations serve multiple roles beyond energy generation. They provide shade, create gathering points, and introduce sculptural landmarks within parks and plazas. By resembling trees or sun-tracking flowers, they soften the visual impact of technology, allowing clean energy systems to feel like a living extension of the urban ecosystem rather than an engineered intrusion.
As cities look for smarter ways to integrate renewable energy into everyday life, Ecacia presents a striking solution. Designed by Samuel Wilkinson, this tree-inspired solar canopy functions as both a shade structure and a clean energy generator. Modelled after the acacia tree found in eastern and southern Africa, Ecacia features 708 monocrystalline solar panels embedded within its expansive umbrella roof. The system captures solar power to run nearby public amenities, support lighting, or even charge electric vehicles, while also offering the option to connect to the main grid.
Each structure spans seven metres in width, with a timber-lined, faceted nonagonal roof supported by a steel trunk clad in aluminium. Available in heights of 6.7 or 5.2 metres, Ecacia includes programmable LED lighting and is engineered to withstand winds of up to 160 km/h. Designed for standalone or clustered installation, it merges sustainability, durability, and urban comfort into one cohesive product.
3. Energy as a Public Spectacle
Solar sculptures are transforming energy generation into a visible, shared experience. Rather than operating silently in the background, these installations often integrate interactive lighting systems that activate after sunset. The electricity captured during the day is redirected to illuminate LED displays, creating dynamic visual compositions within public spaces.
Colors, patterns, or intensity shifts reflect the amount of energy harvested, allowing communities to witness sustainability in action. Abstract performance metrics become immersive visual narratives, turning kilowatt-hours into moments of engagement, awareness, and collective celebration.
The Umbra Pavilion by Dutch designer Pauline van Dongen reimagines how a building can function, not as a passive structure, but as an active energy generator. At the heart of the product is Heliotex, a sky-blue textile canopy woven from recycled polyester yarn and embedded with 150 organic photovoltaic cells. Spanning 40 square metres and rising nearly 10 metres high, the pavilion integrates 147 solar modules with a 3,000-watt energy storage capacity. The result is a lightweight, fabric-based solar system that merges performance with architectural elegance.
Unlike rigid rooftop panels, Heliotex weaves solar cells directly into flexible fabric, allowing variation in colour, density, and transparency. The textile currently produces 53 watts per square metre and is engineered to resist UV exposure, weathering, and fire — without toxic PVC coatings. Designed for façades, shade structures, and public installations, the system generates clean energy while seamlessly serving its everyday structural purpose.
4. From NIMBY to Neighborhood Icon
Renewable energy projects have long encountered the “Not In My Backyard” response, driven largely by perceptions of visual intrusion. Large arrays and utilitarian structures were often viewed as industrial impositions rather than community assets, creating friction between sustainability objectives and neighborhood acceptance.
Solar sculptures are reshaping this narrative. When energy systems double as elegant shade canopies, artistic landmarks, or interactive installations, their presence gains cultural and social value. What once triggered resistance can now inspire attachment and pride. By aligning environmental function with visual delight, designers and developers are discovering that communities are more likely to embrace and celebrate renewable infrastructure.
In the search for cleaner energy, New World Wind introduces the Aeroleaf Hybrid, a tree-shaped micro-wind turbine that combines wind and solar power into one integrated system. Designed as a sculptural energy solution, the product features rotating leaf-shaped turbines that capture wind from any direction, paired with discreet solar panels at the base for added generation. This dual-source approach ensures steady, efficient output while reducing reliance on fossil fuels. Unlike conventional turbines, the Aeroleaf Hybrid is compact, quiet, and visually refined, making it suitable for urban and residential environments.
Built on patented vertical-axis micro-turbine technology with permanent magnet generators, each Aeroleaf can produce a minimum of 300 watts. Available in three formats, namely Wind Tree, Wind Palm, and Wind Bush, the system adapts to different scales and locations, from rooftops to public parks. Custom colour options further enhance integration, transforming renewable infrastructure into functional, design-led energy architecture.
5. Solar Sculptures as Multi-Functional Infrastructure
Solar sculptures are redefining the role of public installations by merging energy generation with everyday utility. No longer conceived as standalone artworks or isolated power sources, they are designed as integrated smart-city hubs. Features such as shade canopies, seating, ambient lighting, and digital connectivity transform these structures into active contributors to urban life.
This layered functionality strengthens their value proposition. By incorporating Wi-Fi hotspots, device charging points, and even EV charging stations, the installations justify their spatial footprint while delivering tangible public benefits.
This product is designed to deliver clean, reliable energy in a compact and portable format. Ideal for emergency backup, outdoor trips, or reducing household electricity costs, this DIY generator combines efficiency with practicality. Inspired by advanced space-grade systems similar to those used in aerospace applications, it transforms sunlight into usable power through a streamlined and user-friendly setup.
The generator includes high-efficiency solar panels, long-lasting lithium iron phosphate batteries, a charge controller, integrated power outlets, and a durable portable casing. One enhanced version features 18 mirrors that focus sunlight onto a black collector plate, generating significant thermal output — heating 20 litres of water in just over 30 minutes. Engineered for performance yet designed for real-world use, this solar generator offers dependable energy, lower operating costs, and a sustainable alternative to traditional fuel-powered systems.
Solar sculptures signal a future where clean energy and design are inseparable. What was once concealed infrastructure now shapes identity, experience, and place. As photovoltaics grow lighter, flexible, and expressive, cities will treat sunlight as a resource and muse, transforming everyday surfaces into generators of power, meaning, and beauty.
How does an architect collaborate with gravity? What happens when a building’s support system is designed to branch and spread weight just like a forest canopy? These are the kinds of questions that drove Antoni Gaudi’s work. He approached architecture with the mind of a natural scientist, seeking to understand the fundamental forces that shape the world and then allowing those forces to generate his forms. His work poses a challenge to the conventional separation of engineering and aesthetics, of structure and ornament.
For Gaudi, the curve of a hanging chain held the secret to a perfect arch, a simple solution of pure tension that could be inverted to create a form of pure compression. This was his method: observe a principle in the physical world, understand its logic, and translate it into an architectural system. The result was an architecture that feels alive because it follows the same structural truths as living things. His buildings are not just inspired by nature; they are participants in its logic.
Think of nature as your structural engineer
The inside of the Sagrada Familia takes inspiration from a forest, with tree trunks holding the canopy-like ceiling up
The natural world is a library of solved problems. A tree trunk thickens at its base and its roots spread wide to resist wind and carry its own weight. A skeleton uses hollow bones to achieve maximum strength with minimum material. A seashell grows in a logarithmic spiral, a pattern of expansion that maintains its proportions at every scale. For Gaudi, these were not just beautiful shapes to be copied for decoration. They were demonstrations of profound structural intelligence, blueprints for how to build with efficiency and elegance.
This principle is most breathtakingly realized in the interior of the Sagrada Família. The massive stone columns that support the central nave do not rise straight to the ceiling. Instead, they lean and branch out near the top, forking like the boughs of a tree to distribute the immense weight of the vaults. The effect is that of a colossal stone forest, but the design is pure structural logic. Gaudi performed years of analysis on the load paths, ensuring each column and branch was precisely angled and sized to carry its load down to the foundation. He was not imitating a forest; he was borrowing its engineering.
By deriving his forms from the functional principles of nature, Gaudi created a sense of organic coherence that is absent in much of modern architecture. His buildings feel less like objects assembled from parts and more like organisms that have grown into their final form. The undulating facade of Casa Milà, known as La Pedrera or “the stone quarry,” seems to have been eroded by wind and water over centuries. This effect comes from an architecture that responds to imagined natural forces, creating a dynamism that feels both inevitable and alive.
Treat Geometry as a Living Language
Gaudi used gravity to plot the parabolic curves that would make the spires of the Sagrada Familia
It is tempting to view Gaudi’s work as purely intuitive, the product of a wild and untamed imagination. This perception, however, overlooks the rigorous mathematical discipline that underpins his most fantastical creations. He was a master of complex geometry, specifically a family of shapes known as ruled surfaces. These surfaces, which include hyperboloids, paraboloids, and helicoids, may sound complex, but they share a simple characteristic: they are curved forms that can be generated by moving a straight line through space.
This geometric toolkit was both poetic and profoundly practical. The massive windows and ceiling vaults of the Sagrada Família are perforated with hyperboloids. This shape allows light to enter and spread softly throughout the interior, avoiding harsh shadows and creating a luminous, even glow. The famous spiral staircases that feature in his work are helicoids, an elegant and efficient way to move through space. Because these complex curves could be defined by straight lines, they were also buildable. A contractor could construct the formwork for a seemingly impossible vault by using a series of simple, straight boards. This was practical genius, not just artistic vision.
This use of geometry formed another bridge between his architecture and the natural world. Ruled surfaces appear everywhere in nature, from the fibrous structure of muscles and tendons to the way soap films stretch between two rings. By employing this shared mathematical language, Gaudi created buildings that feel harmonious with the world around them. What looks dreamlike and organic in his work is often, upon closer inspection, geometrically exact and structurally optimized.
Think with Your Hands, Not Just a Pen
A look at Gaudi’s workshop, where he meticulously modeled with plaster before building
Traditional architecture has long been a discipline of two-dimensional representation. Buildings begin as plans, sections, and elevations, flat drawings that are later translated into a three-dimensional reality. Gaudi worked in the opposite direction. He was a sculptor of space who thought and designed in three dimensions from the very beginning. His workshop was filled not with blueprints, but with plaster, clay, and wire models. He believed that some problems of form, light, and structure could only be solved physically.
His famous hanging chain models are the most powerful example of this hands-on process, but his reliance on physical prototyping extended to nearly every aspect of his designs. He would sculpt plaster models of columns, vaults, and facades, iterating on their forms until they felt right both spatially and structurally. This allowed him to see how light would fall across a surface, how a space would feel as one moved through it, and how different forms would connect in a way that a flat drawing could never reveal. His was a process of discovery through making.
This method is precisely why his buildings feel so remarkably cohesive. The interiors and exteriors are not separate ideas assembled into a whole; they are part of one continuous, flowing volume. From the undulating facade of Casa Milà to the bone-like columns of the entrance to Park Güell, his work has a sculptural integrity that comes from being shaped in the round. He was not merely decorating a box. He was creating a complete, immersive spatial experience that was tested and refined through direct physical interaction.
A Building Should Tell a Story. Every Detail a Paragraph, Every Room a Chapter.
The Serpentine Bench at Park Guell is a massive, winding visual collage
For Gaudi, materials were not inert substances waiting to be shaped; they were expressive beings with their own character. He used stone for its weight and permanence, wrought iron for its ability to become a fluid, vine-like line, and ceramics for their capacity to capture light and color. The balconies of Casa Batlló are a perfect example, with their skeletal, bone-like stone supports and mask-like iron railings. The building feels less like a construction and more like a creature.
This material intelligence is on full display in his use of trencadís, the technique of creating mosaics from broken ceramic tiles. This was not just a decorative choice. It was an ingenious solution to the problem of cladding a complex, doubly-curved surface. Whole tiles would crack and fail, but a mosaic of broken pieces could flow seamlessly over any form. It was also an act of creative transformation, turning discarded tiles and plates from local factories into a vibrant, shimmering skin. The serpentine bench in Park Güell, a masterpiece of ergonomic design and public art, is brought to life by this technique.
These material and ornamental choices were never arbitrary; they were always in service of a larger narrative. Gaudi’s architecture is saturated with symbolism drawn from Catalan culture, Catholic theology, and the natural world. The entire facade of the Sagrada Família is a stone bible, with each portal dedicated to a different aspect of the life of Christ. The famous roof of Casa Batlló, with its iridescent, scale-like tiles and cross-topped turret, is a clear allusion to the legend of St. George and the Dragon, a powerful symbol of Catalan identity. The ornament is the story, fully integrated into the building’s form.
Borrow the Mindset, Not the Motifs
Gaudi’s sketches of sculptural details for the Sagrada Familia
The enduring power of Gaudi’s work offers profound lessons for designers today, but the greatest insights come from studying his process, not his style. To think like Gaudi is to ask deeper questions before beginning to design. It means studying the systems of the natural world, prototyping ideas physically, and allowing the properties of materials to guide the development of form. It means integrating structure, function, and meaning so completely that they become inseparable.
A superficial imitation of his work is a fundamental misreading of his genius, and nowhere is this temptation more apparent than in the age of artificial intelligence. AI image generators, when prompted to create something “in the style of Gaudi,” perform a sophisticated act of digital collage. They sample his signature motifs, the colorful trencadís, the skeletal balconies, the flowing lines, and recombine them into a plausible surface. The result might look like Gaudi, but it is an aesthetic echo, a skin-deep pastiche. What is absent is the intelligence, the why. The algorithm has no understanding of the catenary curve’s structural perfection, no concept of how a ruled surface can be used to sculpt light, and no sense of the narrative power behind his symbolism. It is a library of effects without a grasp of the causes.
To meaningfully think like Gaudi is a uniquely human act. It requires moving beyond the collage and embracing the cohesive system of thought that produced the work in the first place. The most unfortunate way to replicate Gaudi is to borrow his shapes without adopting his discipline. His work is a testament to the idea that the most expressive forms often arise from the most logical constraints. Gaudi’s ultimate legacy is his pursuit of a radical, integrated vision of design. In a world increasingly saturated with algorithmically generated images, his work serves as a powerful reminder that true creation is a unified whole. To think like Antoni Gaudi is to create something that feels less like an object that was built and more like an organism that has grown.
When you hear the word “observatory,” your brain probably conjures a cold, concrete dome perched on a remote mountaintop, somewhere that only astrophysicists with access badges get to enjoy. That image is about to get a serious redesign.
Heatherwick Studio just unveiled AlUla Manara, a stone-clad astrotourism center and observatory set to rise from the desert of northwestern Saudi Arabia, near the ancient city of AlUla. The design won an international competition and has been approved by the Royal Commission for AlUla. The name itself sets the tone: “Manara” means “lighthouse” in Arabic, and the building is exactly that, a beacon in the desert pointing not across the sea, but straight up into the cosmos.
Designer: Heatherwick Studio
The site sits approximately 70 kilometers north of AlUla, between the Harrat Uwayrid Reserve and Gharameel, a location selected specifically for its extraordinary dark-sky conditions. Minimal light pollution, vast open terrain, and one of the clearest night skies on the planet. It’s not an arbitrary choice. AlUla already carries centuries of history tied to astronomy, and the region’s newly designated Dark Sky Park status makes it one of the most compelling places on Earth to simply look up.
The design itself is striking, and I mean genuinely striking, not just in that polished press-release way. Heatherwick has created a cluster of tubular forms, each clad in textured stone, each turned toward the sky like enormous stone nostrils (or telescopes, depending on your imagination). The geometries were drawn from spiraling patterns found both in the cosmos and in the natural world: galaxies, planetary rings, shells, fossils. The building isn’t referencing space in an abstract, vague-inspiration kind of way. It’s actually embedding those forms into the architecture.
The materiality also tells a deliberate story. Rather than landing a glass-and-steel building in the middle of ancient sandstone terrain, Heatherwick chose locally sourced stone cladding that picks up the tones of AlUla’s dramatic landscape without mimicking it outright. It’s grounded in its context, but it doesn’t disappear into it. That balance, rare and worth noting, is harder to pull off than it looks.
Inside, the center will house galleries, a planetarium, and a rooftop observation deck. Heatherwick Studio’s executive partner Stuart Wood described the intent plainly: “Space observatories are often remote, sterile places, technical outposts that feel distant from the public. We saw an opportunity to dissolve those barriers and create a place where visitors can step inside the wonder of the cosmos.” That’s exactly the kind of brief that results in interesting architecture rather than merely functional ones.
Most observatories are built for scientists. AlUla Manara is built for everyone, which is either an exciting democratization of science or a tourism play dressed up in aesthetic clothing. Probably both, and I’m okay with that. If the result is more people standing under a legitimately breathtaking sky and feeling genuinely moved by the scale of the universe, the funding source matters a little less. Saudi Arabia has been investing heavily in cultural infrastructure under Vision 2030, and AlUla has emerged as one of its most ambitious bets. The cynical read is that it’s all soft power and spectacle. The more generous read, the one I lean toward, is that spectacle can be meaningful when the underlying design actually earns it.
Heatherwick has always worked at the intersection of the sculptural and the functional, from the Olympic Cauldron in London to the Vessel in New York, with mixed results. AlUla Manara feels like the studio at its most purposeful. The building doesn’t need to scream for attention because the desert will do that. Its job is to make people look up. That’s not a small thing. A well-designed building can shift how you experience a place. If AlUla Manara pulls that off, and I think it might, it joins a short but significant list of structures that don’t just house an experience. They become one.
The Felicia doesn’t try to be everything; it tries to be enough. Built by Swedish tiny house maker Vagabond Haven, this 14-square-metre structure sits in the brand’s Medium category: compact, considered, and designed around clarity of living rather than excess of space.
Measuring 7.2 metres long, 2.5 metres wide, and 3.94 metres tall, the Felicia rides on a double-axle lightweight trailer with a max weight of 3.5 tonnes. That footprint is modest even by tiny house standards, yet nothing about it feels like a compromise. The exterior comes in your choice of spruce, ThermoWood, oxygen wood, or Shou sugi ban — finishes that signal craft before you’ve even stepped inside. Well-insulated two-pane windows and a tempered glass door bring in light without sacrificing warmth.
Inside, the layout is single-floor and smartly arranged. Walls and ceilings are finished in spruce or plywood, paired with laminate flooring — a palette that reads warm, not sparse. The kitchen carries a two-burner propane stove, a compact fridge, a sink, and cabinetry, all organized with the economy of a well-designed galley. The bathroom holds a glass-enclosed shower, vanity sink, and your choice of flushing, composting, or incinerating toilet — a small detail that speaks to the Felicia’s off-grid ambitions.
Off-grid capability is where the Felicia earns its edge. An optional solar system, rainwater harvesting setup, and an on-board water tank and pump mean the home can function well away from established hookups — no campsite, no trailer park required. Ventilation runs through the living room, kitchen, and bathroom, with a recuperator to maintain air quality without bleeding heat. Lighting is ceiling-mounted LED or spotlights, dimmable to match the mood.
What makes the Felicia stand out beyond the spec sheet is the presence of a dedicated storage and utility room — a rarity in a home this size, and a sign that Vagabond Haven understands that living small requires places to put things. Whether it functions as a holiday retreat, a permanent residence, or a guest house parked at the edge of a property, the Felicia adapts without apology.
It’s a home built for people who’ve decided that square footage was never the point. The Felicia doesn’t shrink your life — it edits it.
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.
