Roundup: Container Schools Exploring the Infinite Possibilities of Future Education Architecture-Ehang Container House

Jiangxinzhou Temporary Relocation School project, China

At the start of the container build, the team considered a light-steel assembly frame. After weighing cost, construction cycle, and related factors, they chose a container prefabricated system.

The whole project uses a container prefabricated structural system, combining standardized container components with a factory-made custom wayfinding and identity system. Together they create architecture with a strong sense of place and a weak temporary feel. A courtyard shaped like the Chinese character "ji" adds spatial layers, while stacked volumes enrich the skyline. A custom identity system guides standardized building units—so a temporary school does not feel temporary.

Infinite 6 Future School, China

The installation is made of 12 "box-house packing box" prefabricated units ("box units"). It is seen as a bold probe into the future school: education will change with social relations. Future schools will appear widely across social settings, and prefabrication supplies strong technical support. The facility was part of the 2019 Shenzhen–Hong Kong Bi-City Biennale theme exhibition on future education models and the possibilities of prefab and modular building for education architecture. Infinite 6's plan is an "X" cross that naturally divides the 18 x 18 m site into four independent small plazas.

The "X" creates varied spaces; the whole structure stays open. Each modular unit is a complete room, with multiple open links so more standard box units can be added without limit. Combined modules can grow infinitely in three dimensions, turning the building into infinite space that flexibly fits different sites and functions.

Main prefabricated parts were finished in the factory and assembled on site, delivering fast, precise construction and reliable quality. The support system uses a beam-and-column frame. Floors and non-load-bearing partitions are easy to change, so classroom layouts can be divided and combined with little effort. Because of the frame system, enclosure elements such as walls and railings can be placed flexibly, so Infinite 6 opens widely toward streets and courtyards—hinting at education's unlimited future, in teaching models, site context, and space scale.

Play-Learn Block, China — a replicable basic space unit for the future school

"Play-Learn Block" is a rapidly deployable project-based learning space unit. Future education stresses individual self-directed learning and the ability to face real social problems with systematic solutions. Interdisciplinary project-based teaching will become normal. Play-Learn Block is made of several project-team studios around a shared open display zone. Thanks to modular space design, it can be a replicable basic unit for future schools. Project-team studios are independent spaces for group and individual study; the central open display zone is the main place for presentation and exchange, and the community can join school education through it. Play-Learn Block explores how to ease "hard-to-get-a-school-place" pressure by building quickly on idle urban plots. For that, the building uses integrated housing modules from our company: frame-type boxes as basic prefabricated units, all components factory-made, with on-site installation completed in only three days.

Beijing kindergarten, China

This project is a childcare and learning center inside a high-rise apartment in a luxury residential compound in central Beijing. It mainly serves local young families. Strictly speaking, it is not only for children: it also opens to parents and the surrounding community. The children's center is a semi-elliptical building about 4 m high.

The container modules are open so children can easily recognize each module's function. The space can also add, enlarge, or shrink modules to match equipment needs and curriculum requirements.

The container modules act like buildings, and the middle corridors like streets. The intimacy of those corridors adds private elements inside an otherwise open space—something children enjoy, and useful for activities that need focus. Handrails on top of the containers form terrace lofts that enliven the overall volume and suit creative learning and play.

APAP Open School, Korea

Eight shipping containers are stacked at a 45-degree angle to form a fishbone structure. This creates a large arrow-like building mass lifted 3 m above the ground. By plan, the structure sits beside the riverside walkway at Hakwoon Park, making the place a spot for gathering, resting, and enjoying the view.

The project has three different yet interconnected zones that give a range of spatial experiences inside the open school:

On the ground level, the underside of the container structure uses the natural slope to form a public stepped form. The lower part frames riverside views; the higher part rises toward upper floors, becoming the open school's main open space and a venue for performances. It can host public gatherings and community exchange.
On the second floor, inside the suspended containers, the scheme includes a large multifunctional open space usable as a meeting/event hall or exhibition space, plus two studios for local artists.
On the third floor, a long deck spans toward the river. The roof deck's shape resembles a diving board; from its cantilevered position the landscape is striking, and two long benches support social interaction.

Youji no Shiro kindergarten, Japan

This kindergarten in Saitama Prefecture, Japan, was renovated by HIBINOSEKKEI + youji no shiro with a series of stacked shipping containers. The design team specializes in children's facilities; the kindergarten aims to convey a larger message about environmental responsibility and adaptive reuse. The original kindergarten had stood in the community for more than 50 years—a cultural heritage the architects wanted to keep.

Construction took a short time, and the structure was reinforced for earthquake protection. The architects organized the kindergarten around a central courtyard with a single tree. Childcare rooms open onto shaded terraces for pleasant outdoor activity. Warm timber indoors creates a comfortable, welcoming learning environment.

The largest part of the scheme is the multipurpose hall at 364 sqm. It can host performances, sports, and other events. Offices sit on the upper level with large windows overlooking the neighboring street. Planting beds around the building give students a series of intimate green spaces.

MASTER School, Indonesia

To create a campus children love, this container school was designed with care—you can feel it from the graffiti on the teaching-building walls. The school is almost entirely made of containers and serves children who cannot afford regular tuition.

Graffiti covers the exterior walls, including entrances. Simple lines draw childlike animals and plants that kids adore.

Classrooms inside are modest. There are no desks or chairs, but basic teaching equipment is present. Teachers and children sit on the floor for class—a warm, shared scene. A comfortable indoor place to learn already meets their small wish.

Classrooms assembled from containers give teachers and children a larger learning and living environment. The school is also called the Terminal Mosque School because it sits near the bus terminal mosque.

IT Academy, Ukraine

A renovation project from Ukraine aimed to place new design elements into an abandoned exhibition space. Designers' sensibility gave them eyes for beauty: facing a mottled ruin, they still found its charm and used creativity to transform a dilapidated building into something striking. On every journey of discovering beauty, they strive to bring that seldom-seen beauty before the public.

Container elements were added to the architecture. Through spatial design and functional layout, it became the most distinctive modular computer academy in the area.

The renovated exhibition venue has two parts: an IT academy design teaching and training complex, and an office zone. The teaching and training area includes a briefing room, game zone, rest area, and a kitchen area, plus a large workspace with 122 computers and a smaller workspace with 44 computers for special scenarios. The other part is used for office and leisure, composed of individual containers. Second-floor boxes can serve 2–6 people, or even host 64 people for office talks at once. Inserting containers enriched the space and added indoor playfulness.