瑞士应用科学大学艺术设计教学楼

Architects:Harry Gugger Studio

Area :13270 m²

Year :2019

Photographs :Florian Amoser, Daniela Burkart

Manufacturers :  Eternit, Nemetschek, Zumtobel, BWB, Baltensweiler, WALO BertschingerEternit

Lead Architect :Caroline Schmidt

Project Management :TGS Bauökonomen

Engineering :EMCH + BERGER

Electrical Engineer :Jules Häfliger AG

EMP Engineer :RSP Bauphysik AG

Design Team : Harry Gugger, Franziska Cherdron, Thomas Domenger, Furio Montoli, Christian-Lars Germadnik, Salome Rätz, Ian Wiedmer

Clients : Viscosistadt AG

Tenants : Lucerne University of Applied Sciences & Arts

Project Managment : TGS Bauökonomen

Building Technology : Markus Stolz GmbH & Co KG

Sanitary Engineer : Arregger Partner AG

Facade Planner : Atelier P3

Façade Planner : Atelier P3

City : Emmenbrücke

Country : Switzerland

The new building for the Arts and Design Department of the University of Applied Sciences of Lucerne is built on the site of the former MonoSuisse factory the now called Viscosistadt in Emmenbrücke, located outside of Lucerne.

The building consists of various teaching facilities and multiple workshops ranging from fully equipped woodwork, steel work and printing ateliers to studios for design and manufacturing of jewellery as well as hi-tech facilities for computer aided manufacturing, common spaces and a publicly accessible room that houses one of the Switzerland’s largest collection of natural and synthetic pigments. The proposal for the Arts and Design Department Building for the University of Applied Sciences Lucerne, illustrates our approach to working in close collaboration with representatives of the University’s various chairs, in order to ensure that their individual spatial requirements are met and exceeded, toward successful, inspiring and innovative teaching environments.

Our proposed strategy is twofold. Besides the focus on each individual programmatic requirement for the building within it, attention is given to its wider contribution to its broader context. The facade of the building, derived by a modern interpretation of the existing industrial buildings, complements its integration to its unique, industrial setting, while certain ground level areas are made publicly accessible, exposing the function of the building to its surroundings.

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