A welcoming gateway to the city
Transforming a fragmented, car-dominated area into an attractive public space for all users
An optimised space for active mobility
By narrowing carriageways, redistributing car traffic onto surrounding streets and rationalising the supply of on-street parking, the public space has been reconfigured and cleared to the benefit of slow traffic. Pedestrian and cycle movement has been optimised with safe, comfortable and legible connections to the city centre and across the square where priority has been given to active mobility through the implementation of a shared space.
Reopening the square
Through extensive traffic reorganisation, the decluttering and extension of the forecourt towards the town centre and the continuity of materials, the opportunity for the passenger building to open up onto its square and the forecourt onto the centre of Rouen has been created. The opposite Jeanne d’Arc street has been designed as a natural extension of the square in the form of a promenade, offering continuous and comfortable pedestrian routes to the town centre and the different transport modes: trains, buses and metro.
Reactivating the area
The spaces along the edges of the square and its surroundings formed an underused commercial frontage that was constrained by the proximity of car traffic and parking. The public realm has been reconfigured to provide a more generous and comfortable space for restaurant terraces and outdoor sales areas, contributing to the revitalisation of the area and encourages pedestrians to wander and spend more time here.
A green oasis for a resilient station square
Our design capitalised on the opportunity to improve the network of green spaces in which the area was particularly lacking. By creating a series of multi-layer planted gardens, the project provides an eightfold decrease of artificial surfaces by and increases the biodiversity of the area with a wide range of perennials and tree species. Combined with the use of light natural stone, the design significantly improves the microclimate of the area, potentially reducing local temperature by up to 4°C.