Changing a home’s layout usually means working around walls that have no intention of moving. The Segmented Building System concept approaches that problem by treating a building as a series of four-foot-wide sections, rather than one permanent shell. This unconventional architecture proposes a house that could be dismantled and reassembled instead of demolished when circumstances change.

Each section is conceived as a slice through a building, combining floor, wall, and roof panels into a complete or partial profile. Structural insulated foam panels would form these pieces, which could arrive separately or already assembled. The four-foot measurement describes the segment’s width, not the room’s overall span, so the proposal isn’t asking anyone to squeeze into a very narrow little house.

Designer: Michael Jantzen

Repeating those slices would let a building stretch, while combining full and half profiles would allow it to branch sideways. Their varying heights could give a shared living area a taller ceiling and keep adjoining spaces lower. Rather than committing to a single box-shaped module, the idea is to assemble different volumes from related parts, with their rooflines following the changes below.

The more interesting move, however, is to slide neighboring profiles out of alignment. Glass would fill the gaps, turning the joints between sections into narrow openings for daylight. Those openings could continue from the walls into the roof, bringing light into a tall central space. Instead of treating every seam as something to hide, the concept makes some of them part of the architecture.

The exterior isn’t tied to its mustard-yellow finish, either. Metal or cement-composite boards are proposed as cladding options, applied before delivery or after assembly on site. That gives the same underlying system room for different appearances, rather than making one facade part of the deal. Solar panels could also attach to the segments, with off-grid operation among the ambitions for the system.

Of course, rearranging a house wouldn’t be quite as casual as rearranging its furniture. The segments would attach to a prefabricated concrete perimeter foundation shaped for the chosen layout. Moving them elsewhere would still mean preparing a suitable base and reconnecting the building’s services. The proposal describes reusable sections, not a finished home you can simply pick up and drop onto any empty plot.

The point of taking those sections apart would be to use them again, perhaps in a different arrangement at another location. That’s a useful distinction from grinding a demolished building into material for something else. The ambition is to keep a usable building section intact. A change of address or layout wouldn’t require giving up the pieces that already made up your home.

The post This Modular Building Concept Assembles Homes From Four-Foot-Wide Slices first appeared on Yanko Design.

A public pavilion can give people somewhere to gather, but returning to it usually means finding the same spaces and following the same paths. Self-Assembling Robotic Environments explores a more flexible alternative: mobile architectural sections that could rearrange themselves between visits. This unbuilt public art concept would pause whenever someone enters, letting people explore one arrangement before the space changes for another group.

Each section combines a floor, wall, and roof in a large C-shaped profile, like a little shelter with its sides left open. Two versions stand about 10 and 14 feet tall, both four feet wide. Place several together, and those simple shapes could become passages or covered pockets. Separate them again and the same pieces would offer a different place to wander.

Designer: Michael Jantzen

Of course, rearranging those sections wouldn’t mean asking someone to wheel them into position. Each floor would contain its own computer, sensors, motors, wheels, and battery, allowing the entire unit to travel forward, backward, or sideways. The wall and roof would move with it. The robotics aren’t proposed as equipment that builds the installation and then leaves; they’d remain part of the architecture.

Rather than following one permanent floor plan, the modules would use artificial intelligence to decide on their positions through majority agreement. The proposal doesn’t explain how they would evaluate possible arrangements, though. A gap between two units could become a passage, while several facing one another might define a gathering spot. The same pieces could give visitors different ways to use the space.

The roof would do more than shelter whoever stands beneath it. Solar cells on top would recharge the battery inside the floor, keeping the proposed power supply within each moving section. It’s a sensible place to collect sunlight, but the project doesn’t specify how much energy movement would require. Keeping these large pieces in motion isn’t as simple as putting solar panels overhead.

A black perimeter would mark the robots’ territory, containing their movements within a circular arena. Sensors would watch for people or objects entering that space, pausing every module until the area is clear. You wouldn’t be expected to dodge a moving wall while exploring. The intended sequence is straightforward: the pieces rearrange when empty, then hold their positions while visitors are inside.

That rule still needs engineering before anyone could walk in. Detecting a visitor isn’t the same as stopping safely, and the project doesn’t establish braking distances or structural performance. Raised floor sections also need an accessible way in. These are questions for a working installation, rather than reasons to dismiss the idea, but the concept drawings don’t settle them on their own.

For visitors, the pause could make staying put part of the interaction. Sit inside a sheltered corner for a while, and that particular arrangement would remain available until everyone leaves. A later group might find a different route or gathering spot. Someone lingering to finish a conversation would therefore be doing something rather unusual: keeping a version of the architecture from disappearing yet.

The post This Robotic Pavilion Concept Would Change Its Layout Only When Empty first appeared on Yanko Design.

Most office furniture solves privacy by sealing someone off completely: four walls and a door that shuts out everyone else, along with any sense of connection to the room. The Seed Pod skips that tradeoff. It wraps a single desk and seat inside a radiating fan of white wooden slats, open enough to see through, dense enough to feel like a room of your own.

That slat pattern isn’t just decorative. Vertical wooden ribs curve outward from a tall arched spine at the back, fanning shorter toward the open front, so the whole structure reads like something caught mid-bloom rather than a static box. Gaps between each slat let light and sound pass through freely, creating enclosure without ever fully cutting the occupant off from whatever’s happening around them.

Designer: Michael Jantzen

Step inside and a bright green bench seat waits at the center, paired with built-in storage tucked into the lower walls on either side. Small wedge-shaped shelves hold whatever a workday requires nearby, papers, supplies, a bag, without eating into the already compact footprint. The contrast between crisp white slats outside and that saturated green interior gives the whole thing a distinct, almost botanical identity rather than reading as generic office equipment.

A sliding desktop surface handles the actual work. Sized specifically for a laptop, it can be repositioned to different spots under the main desk, adjusting to whatever posture or task someone needs at that moment rather than locking them into one fixed arrangement. Slide it back, and the same space clears out for someone to step in or out without maneuvering around a stationary tabletop.

Mobility matters just as much as the seating arrangement. The entire structure sits on wheels and plugs into any standard electrical outlet nearby, meaning it can roll into a corner of a shared office floor one week and relocate to a quiet spot at home the next. Nothing about setup requires special wiring or a dedicated room built around it.

Picture an open-plan office where video calls and side conversations blur together constantly, or a home where the only quiet corner left is also the one everyone walks through. Rolling a Seed Pod into either space carves out somewhere to actually concentrate, without requiring a renovation or a door that locks. Multiple units can sit side by side too, each occupant getting their own pocket of focus inside a shared room.

What makes the design work is restraint rather than enclosure. The slats do the job walls usually do, marking a boundary, without asking anyone to give up daylight, airflow, or the sense of still being present in the room they’re sitting in.

The post Open-Plan Offices Killed the Private Desk, and This Pod Brings It Back first appeared on Yanko Design.