House S

This specific construction assignment is a central topic of today's urban development: the roof area as building site, which can be covered with independent buildings—urban compression by utilization of roof areas as valuable building land. Thereby the architect is always confronted with the question of how to handle with the existing building in a contemporary sense; in the case of House S a 60´s bungalow, built by interior architect Wilfried Hilger for himself and his family.

Due to space limitations the new owners, a family of four, decided to heightening the existing bungalow and furthermore to renovate the basic structure. To keep the bungalow's typical character three single boxes were placed on a cantilevered flat roof, and connected only by a glass corridor.

The new structure creates zones with different qualities: in the south-west a meadow with a small apple tree, in the north a stone paved courtyard with a pine tree and in the east a roof terrace with a magnolia. The master bedroom, dressing room and bathroom are located in one of the new boxes. The two other boxes function as personal living room and home office for the landlords.

In the ground floor nearly all the walls and installations were removed, so that a large living room could be created. An open kitchen was placed in the midst of that living area. This floor additionally includes the children's rooms with dressing room and bathroom. In the basement a guest room and an additional apartment is located. By the usage of triple glazed windows and highly effective insulation an energetically optimized building could be realized.

House S, Wiesbaden, Germania
Architects: CHRIST.CHRIST. associated architects, Roger Christ
Design team: Roger Christ, Ronni Neuber, Julia Url
Structural engineering: Schmitt + Thielmann und Partner
Construction supervision: CHRIST.CHRIST. associated architects
Plant engineering: Elektro Wintermeyer GmbH, Stefan Florschütz GmbH
Landscape design: CHRIST.CHRIST. associated architects
Built area: 210 m²
Construction phase: 06/2010—07/2011