Institut Mines-Télécom
Institut Mines-Télécom
Grafton Architects
PHOTOGRAPHS
Philippe Ruault, Dennis Gilbert
LANDSCAPE ARCHITECTS
Atelier Moabi
MANUFACTURERS
Castel Alu, Dbs, Euro-ascenseurs, Eliez, France Sols, Garrigues, Horis, Ids, Lcca, Mabuleau, Mussidan, Ridoret, Sept Resine
QUANTITY SURVEYOR
Alayrac
CATEGORY
Office Buildings
LOCATION
Palaiseau, France
ACOUSTIC ENGINEER
Groupe Gamba
PROJECT MANAGMENT
Artelia
CLIENT
Institut Mines-télécom
CIVIL ENGINEERS
Oteis
LOCAL ARCHITECT
Vigneu Zilio Architectes
ENVIRONMENTAL CERTIFICATION
Green Affair
STRUCTURAL ENGINEERS
Oteis
KITCHEN CONSULTANT
Efc
GEOTHERMAL ENGINEERS
Oteis
SIGNAGE
Locomotion
ENVIRONMENTAL ENGINEER
Chapman Bdsp
HVAC
Oteis
M&E
Oteis
CONSTRUCTION MANAGEMENT
Egis
Text description provided by architect.
The building is organised around six spaces: the garden, four external courtyards and the ‘Rue intérieure’ which connects the other spaces and the entrance to form a 'social heart' for the institute.
Between the compressed western half of the building and the open garden spans a library ‘bridge’ which connects the community of scholars, professors, and staff with a series of interlocking halls, reading rooms and loggias spaces.
The outer form of the block is held by the 800 offices with a fine-grained structure, sitting above the larger laboratories and amphitheatres below which have greater spans. At ground level the structure is as open as possible so the public spaces and garden can flow together to form a continuous civic landscape.
This building sits within a master plan for a plateau near Paris which proposes streets, squares and boulevards, poetically integrating landscape, learning and industry.
We explored the legacy of lawns, quadrangles and cloisters in the great tradition of educa-tional institutions. In the making of a 21st Century university building we were inspired by a close study of historical precedent such as the Palais Royale, Paris and Trinity College, Dublin and the Ospedale Maggiore, Milan and the ancient Greek Stoa of Attalos.
We thought about this new building as a cauldron of ideas where shared elements are placed firmly on the ground and more private space is raised up towards the sky.
To give a distinct sense of place we wished to create enclosure but not hard boundaries using a modulated rhythm of 1.35m, 2.7m, 5.4m and 10.8m - a ‘musical’ facade enclosing gardens, courtyards and halls - shared spaces which draw the research community together and extend the public realm across the site.
Held on an in-situ concrete frame, a veil of concrete fins vary in depth depending on orientation and height which results in a lively surface of light and shade, preventing overheating and glare. These fins are made of an aggregate and sand which replicate the rich ochre colour of Saclay clay.
Designed to H.Q.E. standards to be low maintenance and reduce energy consumption: all the windows are openable which allows natural ventilation, maintenance and for users to control their immediate environment. A ‘miroir d’eau’ in the garden functions as a rainwater attenuation tank surrounded by trees.
The structural principle mediates between office spaces above and the larger volumes of the ‘Rue Interieure’, amphitheatres, classrooms and laboratories below.
A transfer structure at the ceiling of the second floor ‘piano nobile’ creates the transition between these smaller.
And larger spans which allows the laboratories and library to 'float' above the large interconnecting ground floor spaces.
