Tag Archives: housing

Someone Designed an Off-Grid Modular Home From a Farm Equipment Catalog

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The search for affordable, sustainable housing tends to produce two kinds of proposals. The first involves entirely new materials, new manufacturing processes, and supply chains that don’t yet exist at useful scale. The second starts with what’s already available and asks a different question of it. The latter approach is rarer, and when it works, it tends to produce something far more buildable than even the most elegant custom solution.

The Homestead House belongs to that second category. This conceptual design takes the prefabricated steel arch building system ordinarily found on agricultural properties, and reorganizes it into a modular, off-grid residential structure. The system is already commercially available, already engineered for structural strength, and already fire-resistant. The concept doesn’t ask for anything to be invented; it simply redirects what already exists.

Designer: Michael Jantzen

The arches and straight panels are formed from thin, recyclable steel sheets that bolt together with simple tools, requiring no skilled labor and no secondary support structure. The resulting shell is extremely strong despite using very little material. More usefully, it comes apart the same way it goes together. A structure built this way can be fully disassembled and reassembled somewhere else for an entirely different purpose, which makes the material itself far more durable in the life-of-a-building sense than most conventional construction.

Modularity is central to how the Homestead House adapts over time. The individual arched modules cluster in different configurations to suit different needs, and the footprint isn’t fixed at the time of construction. A household that grows doesn’t have to move; rooms can be added one module or even one arch at a time. The structure can equally be reduced if circumstances change, making it genuinely responsive to the way life actually shifts over the years.

Insulating the steel shell involves erecting a second, lighter-gauge structure inside the outer one and blowing cellulose insulation, made from recycled newspaper, between the two layers to whatever depth the climate demands. The thickness is entirely adjustable, which means the same structural system works for a mild coastal site and an exposed inland location where winters are more severe. It’s a low-tech solution that works with the building’s logic rather than against it.

The concept is designed to operate completely off the standard utility grid. Electricity comes from photovoltaic cells and a vertical-axis wind turbine. Passive solar design handles heating and cooling, domestic water is solar-heated, and rainwater collected from the roof arches feeds above- or below-ground storage. More advanced options, including solar- and wind-powered hydrogen production, are also part of the broader energy framework the concept envisions.

What holds the design together philosophically is the idea that a new manufacturing facility isn’t required to produce affordable, sustainable housing. The arch building system already exists, already has infrastructure behind it, and already serves an industry that needs strong, low-cost structures assembled quickly. Borrowing that system for a different purpose avoids the resource cost of starting from scratch, which is one of the less-discussed obstacles in alternative construction.

The Homestead House raises practical questions that most sustainable housing proposals never have to answer. It doesn’t ask for new materials, new tools, or new supply chains. It asks instead what happens when you apply a different kind of imagination to what’s already sitting in a farm equipment catalog.

The post Someone Designed an Off-Grid Modular Home From a Farm Equipment Catalog first appeared on Yanko Design.

“Adaptive Reuse” Housing in NYC Reshapes Aging Brick Superblock Into An Interconnected Society

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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.

Economical Housing For Students Preserves Historical Facades, Merging The Old & The New

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Canada-based ACDF Architectural firm recently designed an impressive 19-story apartment building in downtown Montreal. It is called the LINK Tower, and it beautifully merges contemporary architectural design with the preservation of historical Victorian facades. This forms a seamless and interesting combination of the old and the new, in the center of Shaughnessy Village.

It is designed to be an innovative solution to the city’s requirement for student housing. ACDF Architecture adopted a preservation-first approach, and saved three historic facades, instead of demolishing them. The Victorian facades were incorporated into the new construction.

Designer: ACDF Architectural Firm

ACDF President, Maxime-Alexis Frappier was focused on creating a seamless “dialogue” between the past and the new tower. “Rather than erasing the area’s history, we wanted to respect it,” said Frappier. The project maintains an important connection to the architectural identity of Shaughnessy Village by preserving the Victorian facades. A the same time, it meets the requirements of contemporary urban living. This initiative was complex and not economical, but it displayed respect and sensitivity for the local community’s history and heritage.

The LINK Tower showcases a lovely modern contrast behind the Victorian facades. The facades are equipped with a bunch of architectural elements – ranging from arched, gabled, and rectangular openings, which add a certain dynamism and personality to the dull and mundane concrete environment of Lincoln Street. Black granite frames and precast concrete heighten the composition while pairing well with the surrounding structures. The LINK Tower was created to be visually intriguing while harmoniously blending with its surroundings. It allows the past and the present to beautifully co-exist, elevating the architectural diversity of the street.

The apartments aren’t as spacious as typical apartments, and they are a bit cramped, but according to ACDF, the design meets student’s needs well without feeling too restrained. It displays an efficient use of available space which reduces operating and construction costs, while also saving energy. It is equipped with 122 units, ranging from studios to three-bedroom apartments. They have all been designed to be economical and easily accessible to students.

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Flat-packed accordion-style house can be easily deployed in emergencies

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While a permanent mode of residence is always ideal for most people, there are times when that is a luxury that they can’t afford. This can happen in times of natural disasters like floods or earthquakes, military deployment in remote locations, or even shelter in a tourist or pilgrimage spot. Temporary housing, on the other hand, feels nothing like a house at all, especially since they’re often made with low-quality designs to make it cost-effective and easy to tear down when no longer needed. A better and longer-lasting solution would be a portable home that can be extended, set aside, and reused as needed, such as this housing concept design that takes inspiration from flat-packed furniture that can easily be set up even by just a handful of people.

Designer: Komal Panda, Suyash Chavan

There has always been a need for portable or easy-to-assemble housing, even outside emergencies and disasters. Being able to put up a roof over people’s heads in a quick and efficient manner never goes out of fashion, and there is an almost never-ending number of attempts to make that practical and cost-effective. Prefabricated housing is one such possible solution, but it still takes a lot of time and effort to put the house together. These types of houses can’t be easily moved once they’ve been built either, which makes them less ideal for less permanent abodes.

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Baadi is a concept that takes the popular flat-pack furniture design to houses, though you don’t exactly assemble one from disparate parts. Instead, you pull out one side of the house, and the rest of the walls expand and unfold like an accordion. This mechanism allows a house that’s big enough for two to four people to be collapsed down to a very flat structure and moved around as needed. The design also makes it possible to deploy multiple houses quickly with only a few people involved, which is a key element when the houses are indeed needed for emergencies.

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Just like flat-packed furniture, however, there is a connotation of such designs being soulless and dry, especially from lack of customization options. Baadi, however, is designed to be modular and flexible, such as in how many panels can be used to extend the size of the housing, as well as colors for the panels. The latter aspect is actually critical when the houses need to be very visible even from a distance, in case identification and location are needed during natural disasters.

Admittedly, the concept doesn’t leave much room for using different materials, though it’s not that hard to imagine how the design can be extended to support a wider variety, as long as they meet the requirements of durability and resilience. After all, such a housing system places greater emphasis on portability and flexibility, while still providing the necessary protection and comfort when regular houses are near impossible to have.

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