Room for the Future: Elisabeth Selbert School sets Standards for Sustainable Learning

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The Elisabeth Selbert School in Wiesbaden, Germany, shows what sustainable learning looks like today. The new educational facility not only offers innovative spaces but also creates social value that is not immediately visible – thus laying the foundation for a sustainable community. A conversation with architects Muna Aziz-Bilen and Julia Auel from Dorsch Engineers shows how sustainable urbanisation is taking shape at the Elisabeth Selbert School.

Entrance of Elisabeth Selbert School

Like a building’s foundations, the social value of sustainable architecture often remains hidden. The Elisabeth Selbert School in Wiesbaden is an example of how innovative school architecture has an impact far beyond the visible: it creates spaces for community, individual learning and social cohesion. The project represents sustainable urbanisation, in which architecture, education and social innovation intertwine.

Learning Houses instead of Corridors – Community and Diversity

There is no trace of the conventional 'classroom-corridor school concept' at the Elisabeth Selbert School: instead, around 1,200 pupils learn in a kind of village community. Architects Muna Aziz-Bilen and Julia Auel from Dorsch Engineers in Wiesbaden were responsible for the planning and construction supervision of the innovative new building, and are breaking new ground in the process.

Transparent learning houses, communal areas and a canteen in the connecting section, a roof terrace for breaks on the two-court sports hall and extensively greened roofs: these are just some of the special features of the new grammar school in the Dotzheim district of Wiesbaden. 

"The school should offer children individual learning environments and enable a variety of teaching methods. At the same time, it must respond to the challenges of digitalisation, inclusion and all-day schooling," explains Muna Aziz-Bilen. The school building consists of six sections, each of which is planned to have three to four storeys, depending on its location on the slightly sloping site. The focus is on learning houses, which are grouped in separate sections. The auditorium forms the connecting section in the middle – the canteen, administration, media library, library and sports hall are attached to it.

"We have already incorporated our ideas and project experience from the planning and construction of the American schools in Ramstein and Kaiserslautern High School into the preliminary design," says Julia Auel. The space allocation plan was developed collaboratively, with teachers, education planners, and experts from the city of Wiesbaden and the state of Hesse working together to create solutions. Regular planning and stakeholder meetings ensure that the concept remains dynamic and adapts to new requirements. 

"Normally, there is a fixed concept. Here, the school's space allocation plan was developed by a planning group consisting of teachers, educational planners and experts from the city of Wiesbaden and the state of Hesse," explains Muna Aziz-Bilen.

Visible and Invisible Sustainability – from Green Roofs to Digitalisation

The Elisabeth Selbert School is committed to sustainable construction and operating concepts. The building envelope combines prefabricated timber panel elements with a flexible reinforced concrete structure. Green roofs and facades improve the microclimate, while photovoltaic systems generate electricity for the school's own use. The school uses district heating and does not require active cooling. Nesting opportunities for bats and birds underline the nature-oriented approach.

Inside, light-flooded rooms, high-quality acoustics, a good indoor climate and digital infrastructure ensure optimal learning conditions. The school offers Wi-Fi and smartboards in all learning houses. The concept seamlessly integrates all-day care, inclusion and a variety of teaching methods. 
The building was constructed to high energy standards that are close to those of a passive house. A thermal building envelope, photovoltaic systems, energy-efficient LED lighting and modern ventilation systems with heat recovery ensure low environmental impact and low operating costs. Wooden façades, green outdoor areas and the two-court sports hall, which is also open to club sports, create a natural environment and encourage exercise and social interaction.

Social Value as a Foundation – what remains when Construction is Complete

The real value of the Elisabeth Selbert School lies in its social value: it promotes identification, participation and equal opportunities. The open architecture strengthens community spirit, while the learning houses create a sense of security and belonging. The project shows how sustainable urbanisation improves quality of life – even if this value is not always apparent at first glance.

I am particularly passionate about this project because our children are now benefiting from the advantages of the new school concept with new digital technology.

Muna Aziz-Bilen

Milestone for Sustainable Learning

The first construction phase was inaugurated in September 2025, and the second construction phase (learning centre for secondary level II) is currently in an early stage of construction. Once completed, the Elisabeth Selbert School will become the new centre for around 1,200 pupils and 120 teachers. It not only stands for innovative architecture, but also represents an investment in the city's educational future. 

The Elisabeth Selbert School is considered a model for school construction of the future. It combines innovation, sustainability and social value. The project highlights how architecture and planning shape sustainable learning and create living spaces that go far beyond functional requirements.

Commission

The project "ESS – New construction of the Elisabeth Selbert School with a 2-court sports hall" in the Dotzheim district of Wiesbaden comprises the new construction of a school building and the creation of outdoor facilities. Dorsch Engineers was commissioned for this project from the basic evaluation to the preliminary, draft and approval planning to the implementation planning. Other project services include preparing service specifications and cost estimates, assisting with the awarding of contracts, construction supervision and property management.

Area

The building site covers an area of approx. 18,150 m², equivalent to two and a half football pitches. The outdoor facilities reflect the design language of the building, are interlinked with the building structure and make use of the topography for a variety of uses.

The floor area of the ground floor is approx. 6,600 m², the gross floor area (GFA) approx. 20,200 m² and the gross volume (GVA) approx. 100,200 m³.

Learning Houses

Learning houses are at the heart of the school concept: they comprise classrooms, group work rooms, differentiation rooms in which individual learning needs can be addressed, open learning zones, teacher support areas, ancillary rooms and toilet facilities. The room layout for the learning houses follows contemporary educational concepts, according to which learning is organised in clusters, i.e. in learning landscapes with several interconnectable, flexibly usable classrooms. The year-based learning house promotes community, offers opportunities for exchange and cooperation, and gives pupils a sense of security and identification. To address the fundamental aspect of digitalisation, comprehensive WiFi, smartboards, and similar technology are to be used in the classrooms.

Photovoltaics

Solar panels have been installed on the flat roofs for self-supply. The expected annual yield is approximately 93,000 kWh.

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Architecture & Urban Development