Paris Athletes’ Village finds second life through eco-friendly design

Built for Paris 2024, the Athletes’ Village begins a new chapter as a sustainable district with homes, offices, and community facilities.

Autodesk Video

May 14, 2025

 
  • The Athletes’ Village created for the 2024 Summer Olympics in Paris was designed to transform and respond to future inhabitants’ needs.

  • The 40 architects across 11 offices used Autodesk Revit to coordinate BIM models and export into IFC to collaborate with contractors.

  • The building designs incorporated solar shading, super insulation, and natural ventilation to reduce the overall carbon footprint by 50%.

  • The buildings are now being transformed into 2,000 family homes, student housing, office spaces, and cultural and sport facilities.

Creating an Athletes’ Village to house more than 24,000 athletes, trainers, and staff for the 2024 Summer Olympics in Paris may seem challenging enough. But for Erik Giudice Architects (EGA), the success of the project depended largely on their ability to transform the buildings into a lasting legacy for the community after the games had ended.

In this video, founder and principal architect Erik Giudice discusses the approach EGA took to ensure they were designing for both near-term and future use. Throughout the process, Autodesk Revit has enabled the collaboration and coordination needed to hit ambitious environmental, economic, and reuse goals.

View transcript

Erik Giudice, Founder and Principal Architect, EGA Erik Giudice Architects: The whole idea of the Athletes’ Village in Paris was to design for the future. The village will be part of this area forever. And for that, we designed buildings that could transform and respond to future inhabitants’ needs.

The Athletes’ Village is a huge project covering three cities, almost 126 acres of land with more than 24,000 athletes and trainers and staff members. The aim of the village was to raise the bar of sustainable architecture and use it as a way to push the boundaries of what’s possible.

There were 40 architects involved across 11 offices. We used Revit from day one. Having an open platform makes it possible to integrate and to share models.

Those are the profiles that will be used for shading the facade.

Revit is a fantastic tool to collaborate and to export into IFC and to share with other disciplines who are not using Revit primarily. The delivery organization requested BIM models at every stage of the project, which made it possible for them to have an overall control of the environmental aspects, such as carbon footprint, biodiversity, and economic aspects.

One big game in this project was to reduce the carbon footprint. And in the Athletes’ Village overall, we were able to reduce by 50%. We integrated solar shading, super insulation, and natural ventilation into the design of the buildings.

The capacity to export our Revit files into IFC made it possible for the industrial contractor to import the files into the production lines, which made it much more efficient.

I think the most magical part is we’re now transforming the buildings for future use. The Athletes’ Village is creating more than 2,000 family homes, student housing, office spaces, and cultural and sport facilities. When people move into the buildings, that’s where you get a real emotion, when it becomes a living neighborhood. It was a really tremendous thing to design something that the people who live there can be proud of.

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