DELANDINE

LYON - FRANCE

Programme

Construction of a 33-unit student residence and renovation of a commercial space

Client

Priams

Area

800 m²800 m²

Cost

1,5 M€

Scope

Architectural Design

Schedule

Command 2020 Building permit 2021

Environment

Assembly of prefabricated wooden modules (bio-based construction)Optimized thermal envelopeNaturally ventilated living spaces thanks to climate zonesConnection to the district heating networkRaccordement au réseau de chaleur urbain

Team

Client : Priams
Architect : SUD architectes
Structural engineer : Stebat
Building services (MEP) engineer : La Mediosphere
Quantity surveyor : Altereco EDC
Technical inspection body : Alpes Controles
Surveyor : Terra Urba

3D visualization : SCZ Studio

In Lyon’s Confluence district, the Delandine project is part of an in-depth exploration of new forms of student housing, with a particular focus on daily use and comfort. The layout of the units is organized around exterior walkways, inspired by traditional architectural styles of Lyon’s Presqu’île district, which create a seamless transition between public and private spaces.

These circulation spaces, which are wide open and bathed in natural light, become true hubs of social interaction on each floor. Designed as adaptable intermediate spaces, they are protected by a climate-responsive glass façade that adjusts to the seasons, allowing residents to use them flexibly.

The project thus creates a “lived-in threshold,” extending the living spaces and fostering interaction while ensuring privacy. The architectural style, understated and domestic, engages in dialogue with the existing buildings, particularly on the ground floor where renovation complements the urban vitality.

From a construction standpoint, the project prioritizes a low-carbon approach, based on the assembly of prefabricated wooden modules and a high-performance thermal envelope. Natural ventilation of the units is ensured through these intermediate systems, limiting energy requirements.

Connected to the district heating network, the project offers a contemporary, sustainable, and user-friendly solution for student housing in a high-density environment.

QUAI DE L’AISNE

Pantin

2028