Nething Architekten Transforms Existing Building in Ulm into a Law Firm Campus

With the Campus Schneider Geiwitz, Nething Architekten have created a place in Ulm’s Gleisdreieck district that understands building on existing structures as an architectural attitude. On the former site of the University of Communication and Design, a law firm headquarters with around 10,500 square metres of usable floor space has been realised. The project exemplifies a sensitive approach to existing buildings and their contemporary transformation. Complemented by a six storey new building, the volumes form an ensemble that is clearly anchored within Ulm’s urban fabric.

The design builds on the open campus character of the former university. This quality was to be preserved while meeting the requirements of a modern law firm. The horizontal existing building with its mosaic like façade enters into a deliberate dialogue with the vertically articulated new structure made of glass fibre reinforced concrete.

The conversion of the deep former seminar rooms required a differentiated spatial concept. Workstations are arranged along the façades, while interior zones are used for meetings and retreat spaces. Exposed concrete, precise detailing and warm materials define a working environment that supports both concentration and exchange. Lounges, an espresso bar and a green roof terrace strengthen the campus’s communal character.

The tower like new building forms the spatial centre of the ensemble. A light filled foyer with a generous open staircase connects the levels and makes encounter an integral part of the architectural concept. With a publicly accessible restaurant and a fitness studio, the campus consciously opens itself to the city and becomes part of everyday urban life.

Early in the process, the client decided to establish sustainability as a guiding principle of the project. The existing building was carefully further developed and complemented by a near carbon neutral energy concept based on geothermal probes, heat pumps and photovoltaics. In this way, the campus combines resource conscious construction with long term security of supply.