Atelier Kaiser Shen Designs a Dormitory in Southern Germany That Expects to Be ChangedAtelier Kaiser Shen Designs a Dormitory in Southern Germany That Expects to Be Changed

Atelier Kaiser Shen Designs a Dormitory in Southern Germany That Expects to Be Changed

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Most housing projects claim adaptability. Few actually plan for it at the level of structure. In Schönaich, a small municipality in Baden-Württemberg, Atelier Kaiser Shen has completed a 2,142 square meter residential building that serves two overlapping mandates: refugee accommodation at a minimum of seven square meters per person, and subsidized social housing that meets regional standards. The building does not choose between these programs. It holds both in a single structural grid, designed so that conversion between them requires no demolition, no new foundations, no renegotiation with the envelope.

What makes the Flexible Dormitory genuinely interesting is the honesty of its unfinishedness. Designed between 2019 and 2021 and built from 2022 to 2025, the project by Florian Kaiser, Guobin Shen, and their team treats the building as a long-term container whose interior partitions, unit sizes, and programmatic identity are expected to shift over decades. The cross-laminated timber (CLT) wall panels sit inside an external steel frame that acts as both structure and organizing device, a cage of potential that invites rather than resists alteration. It is rare to see a building commissioned by a municipality that so openly embraces the idea that the architect's vision is temporary.

A Steel Frame That Organizes Without Constraining

Front elevation showing the repeating module facade with white structural frame and concrete columns on a paved plaza
Front elevation showing the repeating module facade with white structural frame and concrete columns on a paved plaza
Three-storey white steel frame structure with glass infill and exposed columns on an overcast day
Three-storey white steel frame structure with glass infill and exposed columns on an overcast day
Side view of the white structural frame and dark timber cladding rising above native shrubs and grasses
Side view of the white structural frame and dark timber cladding rising above native shrubs and grasses

The white steel exoskeleton is the building's most visible move. It wraps the three-story volume in a legible, repeating module that reads clearly from every angle, giving the facade a rhythmic order that has nothing to do with decoration. Each bay of the frame corresponds to a potential unit boundary or a balcony zone, so the grid is not ornamental: it is a diagram of the building's logic made physical. The columns land on a paved plaza at ground level, creating a covered public threshold that avoids the institutional feel of a typical foyer.

Crucially, the steel frame is independent of the CLT interior. The timber panels carry loads on their own grid, and the frame provides lateral bracing plus the framework for balconies, walkways, and future extensions. Separating these two systems is the key technical decision. It means the interior can be reconfigured without touching the facade, and the facade can age, be maintained, or be modified without disrupting the units behind it.

Timber Interiors Built for Revision

Interior room with light wood plank walls and ceiling, pale floor and a single orange chair near the window
Interior room with light wood plank walls and ceiling, pale floor and a single orange chair near the window
Interior room with exposed light timber plank walls and ceiling, cream flooring and a built-in grey kitchenette
Interior room with exposed light timber plank walls and ceiling, cream flooring and a built-in grey kitchenette
Interior room with light plywood walls and ceiling, pale resin flooring and a yellow plastic chair
Interior room with light plywood walls and ceiling, pale resin flooring and a yellow plastic chair

Inside, everything is CLT. Walls, ceilings, and exposed structural panels are left in their natural light-wood finish, giving the rooms a warmth that belies the building's social housing brief. The material palette is deliberately restrained: pale resin flooring, white-painted partition walls where needed, and the raw timber everywhere else. A single colored chair in each room (orange, yellow) becomes an almost comic focal point, underlining how little the architecture relies on furnishing to feel habitable.

The CLT panels were highly prefabricated, arriving on site as finished wall and floor elements that slot into the steel grid. Prefabrication here is not just an efficiency measure; it is an ethical commitment. It shortens the construction timeline, reduces waste, and, critically, makes future reconfiguration feasible. When a wall is a panel bolted into place rather than a poured slab, removing or relocating it is a realistic proposition, not a demolition project.

Corridors as Social Infrastructure

Central hallway with exposed timber ceiling structure, white walls and multiple doorways aligned in sequence
Central hallway with exposed timber ceiling structure, white walls and multiple doorways aligned in sequence
Doorway view through aligned rooms with exposed timber plank walls and white painted partitions under natural light
Doorway view through aligned rooms with exposed timber plank walls and white painted partitions under natural light
Connected plywood-lined rooms with white walls, large windows and a glass door to treed landscape
Connected plywood-lined rooms with white walls, large windows and a glass door to treed landscape

The central corridor is generous by social housing standards. Aligned doorways create long sight lines through the building's depth, punctuated by natural light from windows at both ends. The sequence of timber-lined thresholds has a monastic calm that quietly resists the image most people hold of refugee accommodation. These are not grudging passageways; they are spaces where encounters happen.

Atelier Kaiser Shen understands that in shared housing, the corridor is the most politically charged space. It is where residents negotiate proximity, privacy, and belonging. Making it wide, bright, and materially consistent with the private rooms is a small decision with outsized social impact. The building refuses to draw a hierarchy between communal and individual space.

Outdoor Circulation and the Landscape Edge

Exterior walkway with steel grating deck and white frame pergola overlooking a landscape of fields and trees
Exterior walkway with steel grating deck and white frame pergola overlooking a landscape of fields and trees
Open terrace with white steel structure and perforated metal balustrade with a figure walking on the upper level
Open terrace with white steel structure and perforated metal balustrade with a figure walking on the upper level
Open-air terrace with white structural frame, mesh balustrades and views to distant green countryside
Open-air terrace with white structural frame, mesh balustrades and views to distant green countryside

The exterior walkways and terraces are threaded through the steel frame, creating a second layer of circulation that is open to the air and to the surrounding countryside. Steel grating decks and perforated metal balustrades keep these zones lightweight and transparent, so they read as extensions of the landscape rather than fortified edges. Upper-level terraces look out over rolling farmland and autumn foliage, a view that would be the selling point of a luxury development but here belongs to everyone.

White steel frame pergola on balcony overlooking rolling farmland and trees in autumn foliage
White steel frame pergola on balcony overlooking rolling farmland and trees in autumn foliage
Exterior walkway with white steel pergola, grey cladding and white plastic chairs overlooking green trees
Exterior walkway with white steel pergola, grey cladding and white plastic chairs overlooking green trees
Covered ground-level terrace with exposed concrete ceiling and white plastic chairs overlooking fields and trees
Covered ground-level terrace with exposed concrete ceiling and white plastic chairs overlooking fields and trees

At ground level, a covered terrace with an exposed concrete ceiling and white plastic chairs functions as a communal living room without walls. The simplicity is intentional. No built-in barbecue stations, no landscaped seating nooks. Just shelter, a surface, and a view. The building trusts its residents to activate these spaces rather than scripting their behavior.

Facade Texture and Material Layering

Facade detail showing white structural frame with perforated metal balcony screens beneath overhanging tree branches
Facade detail showing white structural frame with perforated metal balcony screens beneath overhanging tree branches
Exterior corridor with steel balustrade of woven metal mesh and gray panel cladding under overcast sky
Exterior corridor with steel balustrade of woven metal mesh and gray panel cladding under overcast sky
Corner view of the white steel frame structure with infill panels among deciduous trees
Corner view of the white steel frame structure with infill panels among deciduous trees

Up close, the facade reveals itself as a layered assembly: white steel members in the foreground, perforated metal screens at the balcony plane, dark timber cladding behind. The depth between these layers shifts as you move around the building, producing a parallax effect that gives the elevation a visual richness far beyond its material cost. Overhanging tree branches frame several of these compositions, softening what could otherwise read as an industrial aesthetic.

The grey panel cladding and woven metal mesh on the circulation corridors add a third register. The building is never just one material at any given point; it is always a sandwich of systems, each legible, each performing a distinct role. Structure, weather screen, privacy filter, and safety barrier are all visually separated, which means any one layer can be replaced or upgraded without cascading consequences.

The Dusk Void

Three-story circulation void with white beams, wire mesh balconies and vertical timber cladding at dusk
Three-story circulation void with white beams, wire mesh balconies and vertical timber cladding at dusk
Three-story residential building with white frame and dark cladding on a hillside overlooking a grassy meadow
Three-story residential building with white frame and dark cladding on a hillside overlooking a grassy meadow

One image captures the building's argument better than any diagram. At dusk, the three-story circulation void glows with warm interior light filtered through wire mesh balconies and vertical timber cladding. The white beams of the steel frame become luminous lines, and the building looks less like housing and more like a lantern set into the hillside. It is a reminder that even the most pragmatic structures can produce moments of genuine atmosphere when their materials are allowed to be themselves.

Plans and Drawings

Exploded axonometric drawing showing roof, two upper floor plates, ground level and structural columns
Exploded axonometric drawing showing roof, two upper floor plates, ground level and structural columns
Plan diagrams showing three programmatic options with black zones and grey circulation spaces
Plan diagrams showing three programmatic options with black zones and grey circulation spaces
Site plan drawing showing building footprints among circular tree symbols and diagonal roadway
Site plan drawing showing building footprints among circular tree symbols and diagonal roadway

The exploded axonometric reveals the building's layered logic at a glance: basement parking below, two residential floor plates stacked above a ground-level common zone, and a roof slab sitting on the column grid. The plan diagrams showing three programmatic options are the project's intellectual core. Black zones represent fixed service cores; grey zones represent circulation; everything else is negotiable. The site plan shows the building's orientation relative to a diagonal roadway and surrounding trees, confirming its deliberate engagement with the sloped terrain.

Floor plan drawing showing three residential units with rooms and balconies along a corridor
Floor plan drawing showing three residential units with rooms and balconies along a corridor
Floor plan drawing showing multiple residential units arranged in a linear configuration
Floor plan drawing showing multiple residential units arranged in a linear configuration
Floor plan drawing showing five apartment typologies ranging from studio to multi-bedroom layouts
Floor plan drawing showing five apartment typologies ranging from studio to multi-bedroom layouts

Floor plans show the range of possible configurations: three larger residential units with rooms and balconies along a corridor in one version, multiple smaller units in a linear configuration in another, and five distinct apartment typologies ranging from studio to multi-bedroom layouts in a third. The corridor remains constant across all versions, which is the structural point. It is the one element that does not move.

Basement floor plan drawing showing parking bays and storage rooms with topographic contours
Basement floor plan drawing showing parking bays and storage rooms with topographic contours
Ground floor plan drawing showing parking area and common spaces with structural grid
Ground floor plan drawing showing parking area and common spaces with structural grid
Roof plan drawing showing a central open area flanked by perimeter units
Roof plan drawing showing a central open area flanked by perimeter units

The basement plan reveals a parking garage and storage rooms shaped by topographic contours, while the ground floor plan clarifies the relationship between the parking zone and the common spaces above. The roof plan shows a central open area flanked by perimeter units, suggesting that even the top of the building has been considered as usable territory.

Longitudinal section drawing showing stacked residential units with parking below and trees at grade
Longitudinal section drawing showing stacked residential units with parking below and trees at grade
Cross section drawing showing multi-story residential volume on a sloped site with flanking trees
Cross section drawing showing multi-story residential volume on a sloped site with flanking trees
Section drawing showing a structural frame with vertical columns and angled roof line
Section drawing showing a structural frame with vertical columns and angled roof line

The longitudinal section stacks the full program legibly: cars below, people above, trees at grade. The cross section shows how the sloped site is absorbed into the basement level, allowing the building to meet the ground naturally on one side while rising a full story above it on the other. A structural section isolates the steel frame, revealing the angled roof line and the vertical column rhythm.

Elevation diagram showing a rectangular two-story volume with a human figure for scale
Elevation diagram showing a rectangular two-story volume with a human figure for scale
Elevation drawing showing the gridded facade with balconies and two human figures at ground level
Elevation drawing showing the gridded facade with balconies and two human figures at ground level
Section drawing showing structural frame with interior partition walls and angled roof
Section drawing showing structural frame with interior partition walls and angled roof
North elevation drawing showing a horizontal facade with planted balconies and trees at grade
North elevation drawing showing a horizontal facade with planted balconies and trees at grade
East elevation drawing showing a rectangular building with diagonal banding and a flanking tree on sloped terrain
East elevation drawing showing a rectangular building with diagonal banding and a flanking tree on sloped terrain
South elevation drawing showing a multi-story building with gridded facade framed by trees on both sides
South elevation drawing showing a multi-story building with gridded facade framed by trees on both sides

The four elevation drawings confirm the building's disciplined modularity from every direction. The north elevation shows planted balconies softening the horizontal facade. The east and west elevations reveal the panelized grid and its relationship to the hillside. The south elevation presents the full gridded face framed by trees, the most public and representative view.

West elevation drawing showing the rectilinear facade with panelized grid and adjacent trees on a hillside
West elevation drawing showing the rectilinear facade with panelized grid and adjacent trees on a hillside

Why This Project Matters

The Flexible Dormitory matters because it takes the most politicized building type in contemporary Europe and treats it with genuine architectural intelligence. Refugee housing is too often designed as a temporary fix: containers, modular units bolted together in haste, buildings that signal their own disposability. Atelier Kaiser Shen has done the opposite. They have built a permanent structure that is designed to be impermanent on the inside, a building that can serve refugees today and families in subsidized apartments tomorrow without a single structural intervention. That is not idealism; that is engineering.

More broadly, the project is a quiet rebuke to the notion that flexibility requires high budgets or technological novelty. The materials here are ordinary: CLT, steel, concrete, glass. The construction methods are proven. What is extraordinary is the discipline of the grid and the refusal to lock the building into a single programmatic identity. In a political climate where housing debates are defined by scarcity and suspicion, a building that says "I will be whatever you need me to be" is a genuinely radical proposition.


Flexible Dormitory by Atelier Kaiser Shen, Schönaich, Germany. 2,142 m². Completed 2025. Photography by Brigida Gonzalez.


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