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Campus Sartorius in France

Development of an adaptable masterplan and design of a mixed-use architectural and landscape ensemble.

The Sartorius Stedim Biotech campus project in Aubagne is part of a growth and modernization dynamic for biotechnological infrastructures. Located between the majestic Sainte-Baume and Saint-Cyr mountain ranges, at the heart of the Plaine des Jouques business park, this site specializes in the development and manufacturing of sterile solutions for the pharmaceutical industry.

Our teams were tasked with designing an evolving master plan specifically tailored to the biotechnology sector. The campus includes cleanroom production areas, a logistics and storage platform, as well as the offices for the group’s French headquarters.

Our goal is to create a functional, aesthetic, and environmentally friendly campus that fosters creativity and innovation. The construction on an occupied site is organized in several phases, from the development of the master plan to the progressive construction of buildings, ensuring optimal execution and continuity of operations.

Client : Sartorius Stedim Biotech

Location : Aubagne, France

Size : 65 000 m²

Status : Delivered

Date : 2025

Key points

  • Laboratories, ISO 7 clean rooms.
  • Logistics platform.
  • Robotic pallet stacker.
  • ICPE standards.
  • Double-glazed façades.
  • Atrium.
  • Landscaped campus.
  • Vegetated canopy.

Environmental perfomances

  • 2 200 panneaux photovoltaïques.
  • Certification environnementale multicritères : BiodiverCity et HQE BD Excellent pour les deux bâtiments tertiaire et logistique.
  • Façades ossature bois.
  • Free cooling.
  • Transparence hydraulique.
Download the project sheet
programmation archi sartorius

Programmation et organisation

Divided into three main sections, the French headquarters of the group aims to redevelop and reorganize the existing site through the construction of new buildings that complement the current infrastructure.

Building P16 is an extension of the existing production facility, incorporating an automated pallet storage warehouse (stacker crane system). Built on stilts to ensure hydraulic transparency in case of flooding, it features 10 delivery docks equipped with automatic dock levelers.
On the campus side, the office spaces are distributed across three levels: a quality laboratory on the ground floor, an open-plan office area on the first floor, and meeting rooms along with a cafeteria on the second floor. A 500 m² cleanroom on level L7, with two raw material airlocks, a revolving door, and a personnel airlock, ensures optimal working conditions.

P17 Building, emblem of the campus is a glazed cubic volume spanning four floors (50m x 50m x 20m). Its double-skin façade, made of wood and aluminum modules combined with extra-clear glass, offers panoramic views and a mirror effect reflecting the surrounding mountains. This double skin also acts as a windbreak. At the center, a 20-meter-high atrium illuminates and connects the floors beneath a shed-style glass roof. The glazed walkways are linked by floating metal staircases, and a light oak tiered seating area enlivens the base of the atrium.

P0 Building :The Visitor Welcome Pavilion
Located at the entrance to the campus, this 200 m² space serves as the main access point for visitors. It stands out with its asymmetrical roof folded along the diagonal, with the southern slope rising toward the heart of the campus.
A large reinforced concrete canopy, combined with adjustable sunshades, provides solar protection for this glazed volume.

A multifunctional and cohesive campus, featuring a diverse range of programs.

vue paysage sartorius

Reinventing space for a sustainable campus

The project aims to redevelop an 11.5-hectare industrial wasteland, of which 6 hectares are in a flood zone, into a dynamic landscaped campus dedicated to biotechnology.
The creation of a 10m x 300m truck access road reconnects the site to the road network, ensuring smooth and efficient logistics.

The architectural and landscaping offerings of the campus are structured around major axes designed to optimize the functionality of research, production, logistics, and support processes.

Special attention has been given to the overall architectural design of the campus, allowing each function of the program to be seamlessly integrated into a harmonious and coherent environment. This approach ensures an architectural ensemble in line with the guidelines of the master plan, creating a functional campus that is rooted in its surroundings.

The landscaping design, inspired by the field of biotechnology, is organic and cellular, with pedestrian pathways interspersed with ovoid landscape swales that facilitate soil de-paving and rainwater infiltration.

Landscape, at the heart of the project

The landscaping project aims to create an environment that is both functional, aesthetic, and pleasant. The goal is to provide a high-quality working environment for employees while fostering an atmosphere conducive
to creativity and innovation.

In harmony with the surrounding landscape, this atmosphere is intended to be enjoyable and calming. It offers outdoor workspaces, terraces, picnic areas, and social zones. The entire campus is designed as a true living space, promoting both work and relaxation.

Landscaped sequences

In the heart of the site, the landscaped, pedestrian park is rhythmically
divided into numerous landscape sequences. Through the strategic display of plant diversity and the treatment of pathways, the entire landscape adds a new richness to the project.

The vegetated canopy, located in the center of the campus, serves as a meeting and informal strolling space between the various buildings, while an elliptical water mirror reflects the site’s floodable nature. Furthermore, 100 trees, including many pines, are planted to enhance both the biodiversity and aesthetics of the campus. The vegetation echoes the garrigue and Mediterranean gardens, rich in scents and colors. This planting creates a pleasant environment while offering shaded and refreshing areas, in harmony with the local climate. Water management is also an integral part of the project.In fact, the water pathways (swales, basins, etc.) follow the main axis of the site.

The park is bordered by pedestrian flows to ensure both natural and fluid
movement. This intuitive path guides users through the various
programmed sequences:

• the bleachers (open-air amphitheater)

• the sports island (sports practice area)

• the collective games (relaxation area)

• the lunch breaks (food court)

• the plaza (landscaped space with a bassin)

• the swales (promenade)

Équipe

Patriarche (Architecture, Architecture d'intérieur, Ingénierie, TCE, QEB, Economie, BIM, Urbanisme, Paysage, Préfiguration)

Autumn | Patriarche (Entreprise générale)

Partenaires : Travaux du Midi, SIDF, Etamine, Cap-Horn, CETP

Crédits

Perspectives extérieures : © Patriarche
Photos : © Romuald Nicolas, © Denis Caviglia, Patriarche

 

Program

Industrial
Offices
R&D-Labs

Photos of the construction site

Campus Sartorius in France