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  • Initiative category
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  • Basic information
    Education Campus
    Lieselotte Hansen-Schmidt Education Campus
    LISELOTTE HANSEN-SCHMIDT EDUCATION CAMPUS
    With the new education campus, the Seestadt Aspern has received a high-quality modern educational facility that is unique in Europe and provides space for up to 1,400 children. Three nurseries, nine kindergarten groups, 17 primary school classes, 16 middle school classes and four special education groups are situated within the campus. Architecture and technology meet the latest standards.
    Local
    Austria
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    Mainly urban
    It refers to a physical transformation of the built environment (hard investment)
    No
    No
    Yes
    As an individual
    • First name: Christoph
      Last name: Karl
      Gender: Male
      Nationality: Austria
      Address (country of permanent residence for individuals or address of the organisation)<br/>Street and number: Linke Wienzeile 4/2/4
      Town: Vienna
      Postal code: 1060
      Country: Austria
      Direct Tel: +43 1 5262286
      E-mail: office@kub-a.at
      Website: https://kub-a.at/
    Yes
    New European Bauhaus or European Commission websites
  • Description of the initiative
    Seestadt Aspern in Vienna's 22nd district is one of the largest urban development areas in Europe. The educational campus is located in the northern part of Seestadt and provides space for around 1400 pupils and young children. An educational facility of this dimension requires a sophisticated architectural concept. The networking of kindergarten, school and recreational education at one central location is the modern and visionary approach to further increase the quality of education in the urban space. Through the coordination of the individual institutions, the use of available resources can be optimized. Architecture plays an essential role in the merging of kindergarten and school. All educational areas are designed to be as open and transparent as possible. Connections between the rooms as well as visual connections should specifically promote cooperation between the groups.
    Energy self-sufficiency
    Integration
    Inclusion
    Open space
    Sustainability
    In this campus project, all planning considerations focus on the life cycle of the and a resource-efficient construction. A special emphasis was given to the flexibility of the construction and the variability of the structure. The floor plan is underpinned by a consistent grid that can be filled in different ways. The grid is the basis of optimized flexibility and variability for planning and for later adaptations of use. This can also be interpreted in terms of space.
    A team of experienced technicians developed a first-class energy concept for the project.
    Due to the optimization of building services and energy technology, the building is not dependent on external energy suppliers. To achieve this goal, solar energy, wind energy, geothermal energy and storage mass are used via a specially developed, almost maintenance-free, technically mature system.
    The design of the educational areas (=BiBer) corresponds with the latest findings of modern pedagogy. The main focus is put on the highest possible flexibility and on sustainable design. Because of its open design as well as the possible external use of the campus, a connecting function within the district was facilitated.
    The concept of three interlocking structures provides differentiated green spaces outside and a clear division of functions inside the school. The main vertical access to the building is via the central staircase, which connects the entrance area and all the common rooms. The educational areas are located in the lateral parts of the building. The division of the overall volume into individual, manageable building components provides good orientation and short walking distances within in the building.

    Several educational rooms are grouped around a common multifunctional area, a kind of "living room" for pupils and teachers. Here they can gather for joint projects, spend the break or seek peace and quiet in one of the retreat areas. Balconies and terraces envelop each multifunctional area, offering space for outdoor lessons. By means of flexible furnishing, the rooms can be quickly changed and adapted for different teaching methods.
    The building’s setbacks and surrounding terraces create attractive open spaces of different sizes and atmospheres on all floors. Together with the greenery on the façade, these balconies are reminiscent of the typical Viennese „Pawlatschen“ - communicative arcades in the courtyards of 18th century town houses.
    The educational campus Seestadt Aspern Nord was planned with an integration focus for children with physical disabilities. In addition to inclusive teaching methods in primary school and the middle school, a separate special education area with an adjoining therapy area was also built. This educational area is located on the ground floor with direct access to the campus’s garden. Its garden serves as an extension of the educational area and offers the children therapy play equipment, a sensory wall and easily accessible raised beds for gardening.
    The first floor includes two integration groups and a curative education group for the kindergarten. Space was created for children with physical disabilities of all ages.
    Because of the campus’s focus on integrating children with physical disabilities, there is a special requirement in terms of barrier-free access to the entire building. Besides that, a building which enables the joint learning of children from 0-16 years requires a “universal design for all”.
    An additional innovation in this project is the so-called „district function“, which integrates external educational partners into the leisure activities and afternoon care. Outdoor areas that can be used by the public and for recreational sports. A dedicated youth center was also integrated into the new campus area. These functions are open to neighboring residents and can be used all year round. Multiple uses are meant to be implemented in as many areas as possible. In this way, the campus takes on a connecting function within a district.
    Vienna is growing steadily. Therefore, a continuous expansion of educational infrastructure and contemporary pedagogy is essential for the future of young Viennese.
    To ensure this, the City of Vienna has developed a new type of educational facility concept. Social developments and modern pedagogical principles such as individual support, working in different group sizes, self-organized and open studying as well as project teaching were the starting points for the development of the Vienna Campus Model. The all-day care and the immediate proximity of the individual educational institutions allow synergies to be used repeatedly and ensure holistic educational continuity.

    Cooperation with experts in climate engineering technology and modern educational concepts was an essential part of the planning. The good cooperation between the individual specialist planners ultimately led to new approaches to solutions and design options for complex problems.
    New pedagogical approaches and social developments also require a new way of thinking in architecture. Different group sizes and age groups, self-organized and open studying as well as individual support require a completely new development and floor plan concept that was developed together with teachers and further users of the building.

    Especially worth mentioning is the coherent positioning of the functional areas in the building, which enables easy orientation for all users. This is continued in the functional areas themselves, which create a maximum of usability through the extremely efficient room layouts. Excellent networking and synergy opportunities are created.

    In terms of sustainability, the school is a lighthouse project: In close cooperation with the project partners, a forward-looking energy concept was developed, where solar energy, wind energy, geothermal energy and storage mass are used in order to create an almost energy-autonomous building.
    With its unique energy and education concept, the education campus in Aspern is one of the first of its kind to be realized by the City of Vienna. It follows a development that rethinks the standards of previous educational institutions and focuses on a sustainable, future-oriented energy and educational space concept. The Liselotte Hansen Schmidt Campus becomes a practical model for future projects of this kind.
    The flexibility of the design and variability of the structure are the basis for optimal usability and adaptability for the planning of future projects in the education sector as well as for other social institutions.
    The campus was developed in close cooperation with the City of Vienna. Through the ongoing direct communication between all project participants and the involvement of future users, complex problems were solved together.
    Education and climate engineering are global challenges. In the case of this project, the use of local resources enabled modern and sustainable energy management. Creating a sustainable educational infrastructure leads to new approaches to knowledge transfer and serves as a long-term global example.
    In autumn 2021, the campus was opened.
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