Sciences Po Campus

Paris
2022

Sciences Po 7 Tourneboeuf Kersaint Tendance Floue Sogelym Dixence 2
Sciences Po 6 Tourneboeuf Kersaint Tendance Floue Sogelym Dixence 2

Split between multiple sites, Sciences Po wanted to unite its activities in the heart of Saint-Germain des Prés, bringing the Hôtel de l’Artillerie into the fold. In the center of a dense, mixed-use built-up area, this site steeped in history had to be transformed to accommodate new uses and new groups of users, namely students and researchers from all over the world.

The new Sciences Po campus, a fusion of heritage and modernity, was designed to build on the strengths of the existing campus while fixing what wasn’t working, making up for its shortcomings by amplifying its potential. 

Sciences Po Campus V1 Rainwater Management
  1. Site heliotropic studies
  2. Multisensory rehabilitation
Campus Sciences Po V1 Inertia Observation Action
Sciences Po Campus Masonry Air Permeability

Air permeability of masonry

Sciences Po Campus Woodwork Air Permeability

Air permeability of woodwork

Sciences Po Campus Air Permeability for Both Lots

Air permeability for both parts of the building

The Hôtel de l’Artillerie comprises three historic buildings from different periods, punctuated by three courtyards. From major restructuring to new construction for the Pavillon de l’innovation building, every type of intervention was required for this complex program, which called for close collaboration between the various parties making up the project management consortium in order to achieve a functional, harmonious, and comfortable ensemble.

Improving the thermal performance of a listed historic monument, overcoming morphological constraints to flood the buildings with light... the multiple challenges were tackled by taking an “effort-benefit” approach. A top-to-bottom approach was adopted to rationalize the use of resources and create a sustainable project that respected the heritage, history, and environment of the site. 

For example, the original period buildings were not insulated so as to preserve their natural hygrometric behavior (humidity); but to improve comfort, approx 4-cm thick hempcrete cladding was used to improve conductivity while eliminating the cold wall effect (the reason why we tend to overheat buildings).

  • Client

    Developer: Groupe Sogelym Dixence
    Assistant Project Manager: JLL

  • Team

    Wilmotte & Associés (lead architect), Moreau Kusunoki, Pierre Bortolussi (ACMH, Chief Architects of Historic Monuments), Sasaki (programming), Mugo (landscape architect)

  • Photographs

    Patrick Tourneboeuf

  • Label

    HQE Bâtiment Durable 2016, BREEAM New Construction Very Good, Effinergie + label

  • Surface

    14,000 m² GIA
    Artillerie site: 22,000 m²

  • Schedule

    2022 (delivery)

  • AFB Team

    Aymeric Anquetin, Kevin Bâcle, Florence Capoulade, Maxime Grigaut, Sébastien Hascoët
    AFB alumni: Karina Azos Diaz, Adrien Golli, Anne Habte, Xavier Lemahieu, Léo Mauvy, Mathilde Poirier, and Ernesto Velasquez