Sustainable Timber School Construction

ARCHITECTURE AND SPACE

A large glass door opens into the two-storey school hall. The two rows of columns on the right and left, the symmetrical gable roof and the light penetrating from the “side aisles” create the impression of a basilica, radiating a certain dignity and peace. Those who are so inclined can even let the closely spaced wooden supports remind them of a forest. But the planning team‘s declared intention with the close spacing was to minimise the pillar cross-section, resulting in very slender, elegant proportions. A short glazed walkway leads to the two classroom buildings, where the layout is organised in layers. The ground floor has the art and science rooms positioned at the facade, while the dark zone in the middle of the building is used for ancillary rooms to store collections of materials, for example. The learning environments are located in the two upper storeys. The classrooms in a year group are arranged in each case around a generous “marketplace” instead of the traditional corridors. These areas are furnished with sofas, computers, pinboards and much more besides to encourage independent learning. Each storey has two such learning environments. The class- rooms are arranged along the north and south facade with the marketplace in the middle of the building, where daylight shines down from above through voids that let it penetrate deep into the building. The storey is rounded off by a shared cloakroom, a small staffroom and sanitary facilities. Each year group has its own toilets to encourage the pupils to treat the facilities with due care. A spacious wall acts as the transition between classroom and “marketplace”, accommodating not just shelves, cupboards and washbasins but also the extensive building systems needed to keep the building supplied with fresh air. The doors are usually open when the pupils work on their own or in small groups, spreading out throughout the rooms; large glass panels give a clear view and make supervision easier for the teacher. The installations follow the rhythm set by the support structure, resulting altogether in an artistic entity made of wood. There’s no point in looking for the traditional school desks for two children each. Instead, small, lightweight single tables on casters make it quick and easy to rearrange the furniture, depending on what specific approach the teacher is taking. After all, the concept aims to make it possible for the learning methods to be changed repeatedly during the lesson. At long last, Diedorf now has enough space for this approach. When walking through the rooms, one striking aspect is the good air: it’s not dusty or stuffy, there’s not a hint of floor polish or other smells. This is due not just to the ventilation system that diligently does its job but also to the special effort that went into selecting the construction materials. All materials had to comply with the strictest biological requirements, with more than 500 products being carefully examined before they were used. Indeed, the whole project was geared to a high ecological standard. The well insulated buildings are so economical that the photovoltaic array on the roofs generates more primary energy than the whole school needs. That makes Schmuttertal Grammar School an energy-plus school – by the way, one of the first in Germany.

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