SC010

Human based, data driven, open building. Human based because the human scale and the way it going to be used, is significant, and not self-evident, for data driven architecture. SC010 is a University of Applied Sport Sciences. The great variety of communal space shape the identity of the architecture. It is going support an inclusive community. Data driven, because the premises of SC010 is shaped by data. Data about grid-sizes, ceiling height, average spans, the carbon dioxide equivalent and the degree of facilitating the possibilities for a free lay-out. Open Building, because SC010 facilitates a separation of the support and the infill. Thereby it is adaptable, flexible, demountable and circular. SC010 maximizes its lifespan and minimizes its ecological footprint.

SC010 is adaptable and able to change its main function. Over and over again.  

The architecture is integrated in the urban tissue by following the existing mobility lines. The building adds two interior axis. The transparent and more lively functions, such as the restaurant and the offices, are connected to the dynamic and sporty boulevard.

The distinctive architecture results naturally from the function layout. The exterior mirrors the harbour identity in an own, green and sustainable way.

The short axis in the centre of the building, forms the communal space inside the building. This is the core of the building and offers an overview for orientation.

The other, long axis, forms the connection from the entrance to the waterside and creates the access to all the functions.

SC010 consist of Shearing Layers, according to the concept of Stewart Brand. All layers are demountable of each other and have their own lifespan. The columns are demountable and separable in 4 pieces, to improve adaptability and counteract sound transmission. The walls and floors are fully demountable. The raised floor system makes it possible to place toilets everywhere in a radius of 16 meters from the shaft. The façade is demountable and offers a prefixed system to add balconies or insulation in the future. This results in a new way of technical engineering. Everything is separated and demountable. The raised floor systems forms the zone for sewage. The ceiling is the air purification zone.

Read more about Open Building, and the contribution of Studio JB, at OpenBuilding.co. Or contact us.

Technical information:

1. insulated roof Rc = 7,9 m²·K/W, 540mm

• roofing

• gradient insulation max. 220mm

• compression resistant insulation 240mm

• CD20 demountable concrete floor 300mm

2. gutter 200x85mm

• compression resistant insulation 155mm

3. frame 250mm, with aluminium outer sill

• multiplex 12mm

• mineral wool 205mm

• air cavity 25mm

• multiplex 12mm

4. blinds wood 200x16mm, grid size 200mm

• western red cedar (industrialised)

5. floor, 509mm (free layout, with radius of 16m from shaft)

• floor finish 20mm

• plaster fibreboard 10 mm

• plaster fibreboard 2E22 with floor heating (routed out) 25mm

• underlayment 18mm

• timber beams grid size 600mm, 44x80mm

• fix-plus beam carrier BSW60-04, grid size 600mm, adjustable from 73-110mm

• Regufoam vibration 220 plus 200x200mm (under beam carrier), 12mm

• mineral wool (33-35kg/m3) tightly joined to beam carriers, 100mm

• CD20 demountable concrete slab 300mm

6. window frame aluminium passive, U-value = 0.6 W/m²K w

• 3 double draught proofing

• triple glass, U-valleu = 0,7, G-valleu = 0,44

8. gevel Rc = 7,8 m²·K/W, 255mm

• mineral wool 85mm

• mineral wool 105mm

• air cavity 20mm

• facade material Moso Bamboo Nfinity 45mm

• facade material fixing

  • double angle iron 50x50x340mm

  • klik balcony fixing (metal), wedged by bolts, 160x6x250mm

9. blinds wood 200x16mm, grid size 300mm

• western red cedar (industrialised)

10. door frame aluminium passive, U-value = 0.6 W/m²K w

• 3 double draught proofing

• triple glass 28mm U-value = 0,7, G-value = 0,55

11. insulated ground floor 589mm (free layout, with radius of 16m from shaft)

• floor finish 20mm

• plaster fibreboard 10 mm

• plaster fibreboard 2E22 with floor heating (routed out) 25mm

• underlayment 18mm

• timber beams grid size 600mm, 44x80mm

• fix-plus beam carrier BSW60-04, grid size 600mm, adjustable from 73-110mm

• Regufoam vibration 220 plus 200x200mm (under beam carrier), 12mm

• mineral wool (33-35kg/m3) tightly joined to beam carriers, 100mm

• insulated hollow core slab 380mm

  • hollow core slab 200mm

  • compression resistant insulation 180mm

12. gutter micro-concrete 140x85mm

• aluminium gutter top powder-coated

• on angle steel (in load bearing wall)

13. insulated board 190mm

• compression resistant insulation 180mm

• waterproof concrete fiberboard 10mm