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The Cité A’Docks residence in Le Havre, France, transformed 100 shipping containers into student apartments of approximately 24 square meters each, distributed in a four-story building with kitchens, bathrooms, large windows, and balconies. According to information from divisare, the project, signed by the firm Cattani Architects, is part of the revitalization of the city’s port area and has become an international reference in student housing with containers.
The project was conceived by the French firm Cattani Architects, hired by the city of Le Havre to create a housing solution that would engage with the port landscape of the region. When: the residence was built on the Vauban port waterfront as part of a broad urban revitalization program for the southern neighborhoods of the city. How the 100 containers became student apartments in containers: each unit received thermal insulation, complete plumbing and electrical installation, kitchen, bathroom, and two 4-square-meter windows at the ends, all assembled within the original dimensions of the shipping container. Why the city chose containers: Le Havre is one of the largest ports in France, and the decision to use containers in student housing was not only economic but cultural, creating a visual and symbolic connection between the university residence and the port identity that defines the city.
The result is a building that does not appear improvised or temporary. The staggered arrangement of the containers gives lightness and transparency to the facade, with plays of solids and voids creating terraces, balconies, and transverse walkways to access the apartments. The tree-lined inner courtyard functions as an island of tranquility in the middle of the port area, and the orientation of the windows was planned to maximize natural lighting, with the large 4-square-meter openings at the ends of each container allowing light to enter on both sides of the unit.
100 containers, 100 apartments, a corner building
The Cité A’Docks is not a random stacking of containers. The project started from an independent primary structure, designed to support the containers and meet French civil construction regulatory requirements. This structure functions like a shelf where the containers are slotted in, but with compositional freedom that allows for shifts, recesses, and protrusions between the units. The visual result is a building that resembles the landscape of a container yard at the port, but with the organization and care of an architectural project designed to house people.
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The building functions as a true urban corner between the river basin and Rue Marceau, structuring the neighborhood and suggesting continuity with the surrounding urban fabric. For the architects, the challenge was to find a balance between the industrial expression of the containers and the quality of living space that students deserve. The student apartments in containers could not look like storage with beds: they needed to be dignified dwellings with comfort, natural light, and their own architectural identity.
What fits inside 24 square meters
Each of the 100 containers was transformed into a complete housing unit with approximately 24 square meters. Access to the apartment is lateral, a design decision that freed up both ends of the container to receive 4 square meter windows each, generating natural lighting that contradicts the expectation of those who imagine the interior of a container as a dark and claustrophobic space. The side entrance also optimizes the use of the internal area, preventing the access door from consuming useful space on the main façade.
Inside each unit, the student finds an equipped kitchen, a complete bathroom, and an area for study and rest. The layout was designed so that each function occupies a defined sector of the container, with the kitchen and bathroom concentrated on one side and the living and sleeping space on the other. For students accustomed to sharing apartments or living in tiny rooms in conventional residences, 24 square meters with their own kitchen and bathroom represent a significant gain in privacy and autonomy.
Balconies and terraces: what the independent structure allows
The decision to create a primary structure independent of the containers was what allowed the project to go beyond conventional stacking. The containers are positioned with calculated shifts that create terraces and balconies in the areas where a unit recedes in relation to the one below or beside it. These external spaces expand the perception of area of the student apartments in containers and offer residents a place to get some air without needing to go down to the ground floor.
The transverse walkways that provide access to the apartments also contribute to the quality of the space. They function as open corridors that connect the units and create a visual rhythm on the facade with an alternation between solids and voids. For those looking from the outside, the walkways confer transparency to the building and allow a view of the inner courtyard through the structure. For those living inside, they are meeting and socializing spaces that reproduce the dynamics of a vertical street, where neighbors cross paths daily.
The environmental performance of the staggered containers
The staggering of the containers at Cité A’Docks is not just aesthetic. The arrangement of the modules at different depths creates natural shading between the units, reducing the direct incidence of sun on the metal walls and contributing to the thermal comfort of the apartments. In a conventional masonry building, this effect would be achieved with brises or additional facade elements. In the Le Havre project, the very composition of the containers fulfills this function.
The tree-lined inner courtyard complements the environmental strategy by creating an island of vegetation and shade in the center of the complex. The landscaping is not decorative: it functions as a thermal regulator that cools the circulating air and reduces the heat island effect that metal surfaces tend to intensify. For student apartments in containers, where metal is the dominant material, this combination of staggering, shading, and vegetation is what makes living viable during the European summer without relying solely on air conditioning.
Le Havre: the port city that became a housing laboratory
Le Havre is not just any city to host a container housing project. It is one of the largest ports in France, recognized by UNESCO as a World Heritage Site for the architectural ensemble rebuilt after World War II by Auguste Perret. The city has a tradition of architectural boldness and integration between port infrastructure and urban life, making Cité A’Docks a natural continuation of this history.
The revitalization of the port area where the student residence is located transformed former industrial spaces into residential, commercial, and cultural neighborhoods. The student apartments in containers serve as a bridge between the port’s past and the city’s university present, attracting students who benefit from affordable housing while the city gains vitality in neighborhoods that were once exclusively industrial. The container, which arrived at the port carrying goods, now houses those who study to transform the future.
100 containers that prove a concept
The Cité A’Docks in Le Havre transformed 100 shipping containers into student apartments with 24 square meters, kitchen, bathroom, 4 square meter windows, and balconies created by the staggering of the structure. The project proved that containers can become dignified housing when treated with architectural intelligence, and not just stacked like blocks in a cargo yard. For cities facing a student housing crisis and having unused containers, Le Havre offers a model that has already been tested and works.
Would you live in an apartment made of containers? Tell us in the comments what you think of the Le Havre project, if you believe Brazilian cities should adopt the model for affordable student housing, and what caught your attention the most: the 4 square meter windows, the staggered balconies, or the tree-lined courtyard. We want to hear your opinion.
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