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PROJECT INFORMATION

  • Saint-Etienne-du-Rouvray
  • France
  • Architect:
    Christophe Bidaud Architecte (CBA)
  • 2012
  • Client:
    Chamber of Commerce and Industry of Rouen
  • Photos:
    © Arval by ArcelorMittal

LINKS


  Product sheet: Indaten® weathering steel
  Product sheet: Coque MD

Embedded Systems Integration Campus


The Campus “Integration of Embedded Systems”, located in the French town Saint Etienne du Rouvray, is the Mecca of operational research in the sector of the automobile. The new building  resembles the body of a car, its façade  made of Indaten® weathering steel supplied by ArcelorMittal contributes to its integration into its wooded environment.

With the Campus of Integration of Embedded Systems (CISE) opened in 2012, the Graduate School of Engineering ESIGELEC and its Research Institute IRSEEM (Research Institute for On-board Electronic Systems) now have a common space for technological research and innovation transfer after 5 years of successful collaborative works. Its activities cover several application fields in automotive and aeronautic research, among them navigation systems, efficient clean vehicles, electric aircraft of the future, robots fleets, ambient intelligence, personal assistance, reliability, electro-mobility and energy systems.

The building's architectural design is inspired by its function, the world of the automobile. In abstraction, its elongated structure resembles the body of a car. Located between the ESIGELEC and the IRSEEM buildings like a hyphen, the new construction is visible, but at the same time intends to be “hidden” by its integration into the wooded environment. The horizontal structure contrasts with the verticality of the the row of high pine trees in front of it, the brownish colour of its weathering steel façade imitates the colours of the wood while offering the resistance and protection of steel.

With a usable floor area of 5.000 m², the building is divided into three areas according to its activities:  research, transfer & innovation and business animation. It therefore comprises a laboratory, several platforms dedicated to innovation and an advanced research workshop.

The architectural design, developed by Christophe Bidaud Architects, ensures the synthesis between a highly technological world and a particularly strong natural environment. The building expresses the ambition for innovation and the installation's openness towards the outside world while maintaining sobriety and a certain confidentiality in the design. The aim was to offer an architectural and functional space for the pursuit of applied research in the areas of automotive and aeronautics and to find the best possible combination of functionality and quality of space in order to guarantee competitiveness in the long term.

The structure of the part of the building that houses the laboratories is made of steel beams and columns, whereas the office spaces, meeting rooms and the lobby have a reinforced concrete structure.

The campus building's north façade, the part of the laboratories, is made of weathering steel. This type of steel offers a high resistance to corrosion thanks to the protective layer that is formed on its surface. Aesthetically, the steel with its brownish colour reflects the wooded surroundings and blends with the landscape. The façade consists of a combination of solid and perforated elements that provide protection from the sun. The Indaten® weathering steel was supplied in Coque MD panels, an aesthetic cladding product from ArcelorMittal Construction's Arval product range developed especially for the use with weathering steel.

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