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NEOMA Business School

A campus in a rapidly evolving neighborhood that combines pedagogical, digital, and architectural innovation. Student health and well-being are at the heart of the project.

The Reims campus marks a new milestone in NEOMA’s ongoing development strategy. Designed to accommodate 4,700 students, the school is focused on digital innovation and aims to meet the highest international standards.

In partnership with Henning Larsen, we have designed a project that combines innovation, environmental responsibility, and a strong emphasis on student life. At the heart of the project stands a large timber structure, conceived to be visible and accessible from all sides. Expansive terraces extend toward the canal, inviting students to gather, study, and enjoy a 360° panoramic view of Reims.

The grand hall blends wood and glass to create warm, light-filled spaces. In this project, every space can be dedicated to learning. Whether isolating oneself, interacting, or walking — everyone learns differently. Spatially, it is essential to respond to this diversity.

Client : NEOMA Business School

Location : Reims, France

Size : 35 000 m²

Status : Ongoing

Key points

  • Innovative pedagogy.
  • Well-being.
  • A transforming neighborhood.
  • International team.

Environmental perfomances

  • Target certifications: LEED, WELL, E+C-.
Download the project sheet

The NEOMA project emphasizes the creation of a welcoming pedestrian atmosphere toward the canal and proposes the transformation of the existing building located in the southern part of the site. This building will include student facilities and a café.

Urban approach

The school is integrated into the overall structure of the master plan, with façades aligned along the northern edge of the site and a more open structure toward the canal in the south, allowing for views and natural light in this area. The entire campus has a strong internal coherence and brings life to its surroundings.

A central east-west passage connects the campus to the neighborhood and offers views of the various outdoor spaces within the project.

Landscape strategy

The master plan includes tree-lined pathways running north to south. For the NEOMA site, we took our landscape strategy a step further by creating a student park that spans the entire length of the site. This also pays tribute to the former industrial zone, where greenery always found its way through the small cracks in the pavement. It is in these cracks that life emerges and flourishes.

Campus Heart – The Green Lung of NEOMA

At the center of the project, we placed the heart of the school: a timber structure housing all student social functions, including student associations, the cafeteria, and the learning center. This central timber building is designed as a large, visible structure accessible from all sides.

As it descends toward the canal, it features expansive rooftop terraces on every level, encouraging students to use the outdoor spaces for studying, gathering, and enjoying a 360° panoramic view of Reims.

paysage jardin campus étudiant
structure bois architecture

Landscape as a foundation for student life

The central courtyard garden is the green lung of NEOMA. It is the ideal space for relaxation, as well as a suitable environment for outdoor study and larger events. Green spaces form the constant backdrop to the school’s daily life.

The structure of the building opening toward the canal defines the new area and offers views into the “NEOMA universe.” Campus life will energize NEOMA and also bring new vitality to the canal’s edge and the surrounding parks. The central timber structure draws the attention of passersby with its tiered green landscape and vibrant student life.

The central timber building is the heart of our project. We envision it as a flexible framework offering visual connections between floors, indoor and outdoor balconies, green spaces, and open staircases.

architecture bois neoma

Framing Buildings

The program includes a significant number of classrooms and more formal teaching spaces. We propose to frame the campus with these spaces using a simple concrete post-and-beam structure, capable of adapting to future changes in teaching methods. These “framework buildings” define the site boundaries, with recesses for entrances, and can be extended in a later phase.

Their concrete post-and-beam structure also makes them highly flexible buildings, where partitions can be modified in the future without major interventions. All areas are well-lit thanks to generous glazed surfaces and offer wide views of the surrounding nature.

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Campus Heart

The central timber structure contrasts with the surrounding concrete buildings. It serves as a gathering place, housing all student life areas. Highly visible and open on all sides, it is extended by terraces with pergolas on every level. We envisioned it as a warm and vibrant space.

It is also a building we designed as a “toolbox” — adaptable and future-ready — built with a timber post-and-beam framework that will allow for new uses to emerge as needs evolve.

façade materiaux neoma
architecture bois neoma

Façade and Materials

The façade was designed to draw parallels with the site's history: structures, patterns, and colors inspired by industrial construction codes have been reinterpreted in a contemporary language. The outer envelope features a vertical rhythm alternating between solid cladding and openings. As for the inner façade, while it follows the same rhythm, it is more subdivided, with niches and open balconies overlooking the gardens.

The timber structure introduces a new typology to the neighborhood, reflecting a sustainable ambition and the desire to incorporate a living, warm material as a setting for student and faculty life. We aimed to create an open and flexible structure where one can see and be seen.

An open and flexible structure where one can see and be seen. Structures, patterns, and colors echo the codes of industrial construction — a heritage of the neighborhood.

The upper part of the façade features an alternating rhythm of windows and solid metal panels. Slim metal fins provide shading while adding depth to the façade.

In industrial architecture, the load-bearing structure is often exposed. In steel frame construction, as seen in the existing buildings on the site, cross-bracing is used between two columns. We chose to integrate this element to echo the site's history while maintaining a resolutely contemporary approach.

Timber Building Façade

The façade of the timber building is composed of wooden frames and louvers that serve as solar protection. The post-and-beam timber structure also extends outward, creating large pergolas. The building steps down toward the canal in a series of inviting terraces.

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Team

Henning Larsen (Lead Architect)
Patriarche (Executive Architect, BIM)

Partners

Egis, Elioth, Etamine, Crea Factory, Acoustb, Keurk

Credits

3D Rendering: ©Henning Larsen

 

Program

Education