Different nations around the world truly took hold of the Paris Olympic Games 2024. From Yusuf Dikec's talented shooting skills to China's excellent swimming performance in the 2024 Olympics, the spirit of sportsmanship arose in everybody. There are many heroic performances that made the Paris games more interesting. A lot of dreams were fulfilled, and many athletes overcame health challenges to reach the pinnacle of their sport that took their nation's flag swung in pride. However, the success of the Paris Olympics 2024 games was not only contributed by the athletes but also had two unsung heroes, which made the games more sustainable and efficient. BIM and digital twins, which are BIM-powered digital replicas of the infrastructure. As the grand success of the Olympics games 2024 in Paris was held with sheer joy, excitement and sportsmanship. On the other hand, it also has some great architectural venues that enable sustainability in the environment and future repurposing of infrastructure for the Olympic games. 

As the AEC sector has evolved with the rise in technology, BIM has been categorized as a groundbreaking innovation for the experts. In the landscape of the architecture and construction industry, accuracy and efficiency are paramount to any project's success, keeping in mind the latest trends. More or less, BIM modeling services have become a part of today's architectural sector. With the power of BIM technology and its list of benefits in the project, Paris took an opportunity to utilize building information modeling to create sustainable strategies that allowed a harmonious blend of historic and modern architecture that resulted in a unique Olympic 2024 experience. Additionally, Paris has a rich history of hosting sports events, and the Olympic 2024 games are the added highlights in the commitment to showcasing the city's diverse architectural and cultural diversity. 

With 35 stadiums hosted a total of 15M visitors, which is significant enough to understand the seriousness of having strong structure & efficient planning to maintain the spaces while being carbon & cost conscious or anything that causes harm to the environment. Many cities that previously hosted Olympic games struggled with legacy issues due to the lack of access to technology. However, the Paris Olympics 2024, with the power of structural BIM services and digital twin technology, offered a unique experience. These technologies empowered athletes to train intelligently and effectively, providing a glimpse into the future of sports. Let's delve into the specifications of how these technologies supported the Paris Olympics 2024 games, offering a unique and intriguing perspective on the topic. 

BIM Initiatives in 2024 Olympics Pairs Games

As discussed, hosting an Olympic in any city is challenging and expensive. However, the city of lights, Paris, has smartly catered to the challenges with the help of BIM modeling services that are used to plan, model, and deliver projects under tight specifications. Each venue of the sports event also meets sustainability requirements and delivers projects that are carbon- and cost-conscious. Another challenge is coordination due to multiple agencies and stakeholders involvement. However, BIM in project management has led to zero errors, inconsistencies, and inaccuracies. 

• Olympic Village: The Olympic village was designed to cater to and accommodate 17000 athletes. The designers leveraged the power of BIM technology to provide sustainable, adaptable, and future-proof infrastructure, facilitating the post-game reuse of the infrastructure. The idea was to build the space that required minimum retrofits and turn it into residential, office, and commercial space with the sustainable factor still intact. After the conclusion of the 2024 Olympics and Paralympics, it was estimated to generate almost 40% employment. 

• Plaza de La Concordia (Urban Sports Pavilion): Plaza de La Concordia is a historic site in Paris that is also the largest urban park for many Parisian activities. For worldwide sports events, the place was turned into an eye-catching venue for basketball, breaking, freestyle, and skateboarding events. BIM structural services enabled professionals to create a space that met the requirements of the Olympic games and served the local community's needs after the games.      

• State de France: State de France has undergone renovation with scan to BIM services in focus since it was built in 1998 for the Football World Cup. For the Olympics 2024, it was a venue for a grand closing ceremony and a sports field for Rugby and athletics champions. The 3D model played a critical role in planning the upgrades in the stadium while ensuring timely, sustainable, and efficient completion.  

• Aquatic Center: It was a newly built venue for swimming, water polo, and diving events. With the help of BIM modeling services, the Aquatic Center is a low-carbon-emitting infrastructure that uses bio-based materials. The venue will be a hub for other sports activities, hosting national and international events and post-Olympic games. 

Advantages of Integrating BIM in Paris Olympics 2024

• Enhanced collaboration and communication: One of the prime benefits of BIM is enhanced collaboration and communication among different AEC professionals and stakeholders, which results in minimized errors, delays, and costs.
  

• Optimized asset management: Having 3D BIM models that also serve as digital twins allows efficient management of the infrastructure throughout the lifecycle and improves operational efficiency.

• Early conflict detection: A curated BIM model enhances the visualization aspect, which also helps in identifying early conflicts and errors in the design. This saves time and costs that can impact the later stage of the construction.
  

• Improved planning and scheduling: BIM modeling services help to ensure the project is completed within the timeframe. This is estimated with the BIM level of details that represents each stage's completion and progress tracking.

• Increased construction efficiency: The groundbreaking technology optimizes the process, helping to reduce material waste and energy consumption in the infrastructure.    
  

Summing Up