Eiffage starts Grand Paris campus works

Eiffage has started construction of the university hub for the Grand Paris Nord campus in Saint-Ouen-sur-Seine, following a 17-month design-study period and site-preparation phase through 2025.

The project was awarded by Paris-Cité University and announced by EPAURIF in November 2024. It is being delivered on a general contracting basis and is worth €397m in total, with Eiffage’s share standing at €369m.

The contract covers design, construction, operation, and maintenance of the Grand Paris Nord university and hospital campus. Eiffage Construction is delivering the project in consortium with architects PCA-STREAM and Michel Rémon & Associés, alongside design consultants Ingérop, WSP, and OASIIS.

Eiffage Énergie Systèmes will contribute to the electrical engineering works package, while Eiffage Services will be responsible for operation and maintenance over the next 12 years. Long-term operational responsibility is therefore built into the same delivery structure as design and construction.

The university campus will occupy almost 77,000 sq m and include four buildings dedicated to teaching and research. Facilities will include amphitheatres, a convention centre, and imaging and simulation suites for medical, dental, and nursing research and training. A 4,000 sq m central garden is planned to support social interaction and create a stronger campus environment.

Full delivery of the university hub is expected in the third quarter of 2029. With construction now underway, the project has moved from design coordination and site preparation into the main delivery phase.

The scheme forms part of the wider Grand Paris development context and brings together education, healthcare training, research, public realm, technical building systems, and long-term facilities management under one procurement structure. Public clients across Europe are increasingly seeking buildings that perform over decades, not assets that simply meet a capital-build milestone.

University and healthcare-related buildings are becoming more technically demanding as teaching methods, research environments, medical simulation, digital infrastructure, ventilation, imaging, resilience, and adaptability are built into the brief. A modern campus building is no longer a collection of lecture rooms, offices, and circulation space. It is an integrated technical asset, with operational requirements that begin immediately at handover.

The operation and maintenance element in Eiffage’s scope gives the project an added life-cycle dimension. Energy systems, controls, electrical infrastructure, water use, plant access, maintainability, and fabric performance will influence whether the building remains efficient and usable after construction. Bringing operational responsibility into the contract can help align design decisions with long-term performance, provided the model is properly managed through delivery.

Large European city regions are investing heavily in public and social infrastructure as part of wider urban growth strategies. Stockholm’s €124bn construction pipeline shows the scale of demand now building around housing, rail, roads, commercial development, education facilities, and energy infrastructure. Grand Paris Nord sits within the same broad pattern, where city-scale growth is increasingly tied to large public assets as well as transport and housing.

Delivery capacity will remain a central concern. Campus projects of this type draw on structural works, façades, M&E, specialist fit-out, digital systems, landscaping, logistics, and commissioning expertise. They also compete with residential, transport, commercial, and energy schemes for labour and supply-chain attention. Without disciplined sequencing, pressure often appears late in the programme around building services integration, specialist rooms, testing, and operational readiness.

The planned 4,000 sq m central garden also gives the project a public-realm dimension that goes beyond landscaping. On dense urban education sites, external space influences movement, informal learning, wellbeing, and the relationship between campus buildings and surrounding neighbourhoods. It also brings drainage, planting, maintenance, and resilience requirements into the construction programme.

The Grand Paris Nord university hub will be watched as a large-scale example of integrated campus construction, where education, healthcare training, technical infrastructure, and long-term operation have to be designed and delivered as one system.