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The use of BIM during the Paris 2024 Olympic Games


Published: 30/05/2024

The Paris 2024 Olympics will be a historic event, not only for the excitement of sports but also for the innovation that has been used to build and manage the venues. Building Information Modeling (BIM) has played an essential role in this process, revolutionizing how facilities are designed, constructed, and operated.

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Cortesía de Olympics | Graind Palais

BIM Projects from the Paris 2024 Olympics

    BIM is being used in a variety of projects for the Paris 2024 Olympics, including:

  • The Olympic Village: The Olympic Village will accommodate 17,000 athletes during the Games. Through BIM, it has been ensured that the construction is flexible and adaptable to future changes, which is crucial for the reuse of Olympic infrastructure.
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The Olympic Village Saint Ouen-sur-Seine courtesy: Pascal Toussaint

  • Concordia Square (Urban Sports Pavilion): An innovative facility that will host disciplines such as skateboarding and sport climbing. Thanks to BIM, designers have been able to create a space that not only meets Olympic standards but also adapts to the needs of the local community after the Games.
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Courtesy of Olympics | Concordia Square

    • Aquatic Center: A new facility that will host swimming, water polo, and diving competitions. BIM has been used to design the Aquatic Center to be accessible to people with disabilities.

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    Courtesy of MAD

    • Stade de France: The Stade de France is being renovated for the Olympics and will host the opening and closing ceremonies, as well as the athletics finals. BIM is being used to plan the stadium's renovation and ensure it is ready on time for the Games.

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    via Shutterstock | FreeProd33 | Stade de France

      Benefits of Using BIM at the Paris 2024 Olympics

      The organization of the Paris 2024 Olympics has adopted BIM from the early planning stages, resulting in numerous benefits:

    • Improved Collaboration and Communication: BIM facilitates collaboration among different teams, as everyone works with the same digital model. This helps to avoid communication errors and ensures alignment.
    • Enhanced Asset Management: BIM models can be used to create digital twins of buildings and infrastructure, which can be utilized to manage assets throughout their lifecycle. This can help reduce maintenance costs and improve operational efficiency.
    • Early Detection of Conflicts: BIM models can be employed to identify design conflicts at an early stage, saving time and money. For example, BIM can identify if two pipes intersect in the same space or if a beam is too large to fit in an opening.
    • Improved Planning and Scheduling: BIM can be used to create detailed construction plans and schedule the various phases of the project. This helps ensure that the project is completed on time and within budget.
    • Increased Construction Efficiency: BIM can be utilized to optimize the construction process, reducing waste and energy consumption. For example, BIM can be used to plan more efficient transportation routes for construction materials.
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      Saint-Ouen-sur-Seine Courtesy: Pascal Toussaint

      The implementation of BIM at the Paris 2024 Olympics is not only setting a new standard for future sporting events but also demonstrating the power of technology to transform the construction industry. The ability to manage complex projects efficiently, sustainably, and collaboratively is a trend that we will surely see in many other large constructions in the years to come.

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