Tekla BIM Awards 2024: Innovation in Global Construction Through BIM

The Tekla BIM Awards 2024 has recognized the most innovative projects in the construction field that have utilized BIM methodology. This annual event celebrates advancements in the use of digital technologies to design, plan, and build more efficient and sustainable infrastructures.

In this edition, the winners in various categories demonstrated how the use of Tekla and other advanced software tools can transform the construction industry.

What are the Tekla BIM Awards?

The Tekla BIM Awards are global awards given to projects that have used Tekla Structures in their construction. Creativity, innovation, and effective use of BIM to solve complex design, construction, and project management problems are recognized. Every year, the awards receive numerous entries showcasing how technology has transformed traditional approaches in construction.

In 2024, the competition highlighted some of the most impressive projects from around the world, with winners demonstrating how BIM can improve coordination, reduce costs, optimize scheduling, and ensure sustainability.

The Grand Winner: Kruunuvuori Bridge in Helsinki, Finland

One of the most notable projects to win the Grand Prize was the Kruunuvuori Bridge in Helsinki, Finland. This bridge, currently under construction to connect the islands of Kruunuvuori and Kallio, spans 1,200 meters and is designed exclusively for trams, pedestrians, and cyclists. Once completed, it will become the longest bridge in the world without vehicular traffic.

The bridge project is a collaboration among several leading companies, including WSP Finland Oy, Kreate Oy, YIT Infra Oy, and Ramboll Finland Oy. The use of BIM, particularly Tekla Structures, has been essential in carrying out this ambitious project, allowing teams to accurately coordinate the construction of the different bridge sections.

With the help of detailed models and simulations, engineers were able to identify and address potential issues before they occurred at the construction site, saving 15% in costs and reducing the construction time by 10%.

The BIM technology used in this project enabled wind tunnel tests and the design of a 3D-printed model of the bridge, ensuring structural stability in the extreme wind conditions typical of the region. These types of simulations allow engineers to visualize how materials and structures will behave in the real world.

Other Notable Projects

Seattle Aquarium Ocean Pavilion, USA
Another standout winner in the Public Projects category was the Seattle Aquarium Ocean Pavilion, in the Innovation in Construction and Sustainability category.
This project features a floating structure that will house marine life exhibits and aims to enhance environmental education and marine conservation awareness.
The $160 million project utilizes a wide range of BIM technologies with detailed 3D models that assist teams in coordinating the construction of the complex architectural forms that define the pavilion.

Lyyra Project, Finland
In the Commercial Projects category, the Lyyra Project in Helsinki was praised for its innovative design and efficient BIM integration. This 60,000 square-meter shopping center includes office spaces, shops, and restaurants.
The use of BIM in the design and construction planning of the structure helped reduce construction waste and improve energy efficiency, making the project more sustainable.
This project stands out not only for its size but for its integration of eco-friendly elements, such as renewable energy systems.

Te Veld Modular Homes, Netherlands
The winner in the Best Small Project category was the Te Veld Modular Homes project in Barli. This project demonstrated how Tekla Structures can facilitate everything from design to production and on-site assembly of modular homes.
The precision and level of detail provided by BIM technology allowed for quick and efficient assembly, minimizing errors and maximizing sustainability.
This project is a prime example of how BIM can benefit even smaller projects by optimizing resources, reducing costs, and ensuring quality.

How BIM is Transforming the Construction Industry

One of the key benefits of using BIM in these projects is the reduction of errors and rework. The ability to visualize the project in a 3D model before construction begins helps identify potential issues early, thereby reducing delays.
BIM models enable more accurate scheduling, facilitating material management, activity coordination, and phase planning. This level of coordination is especially crucial in large and complex projects where work teams may be spread across different locations.

Sustainability has been a key focus in the awarded projects. BIM allows for simulations of building energy performance, optimizing material use, and reducing construction waste. For example, in the Puuvilla Shopping Center, energy simulations helped design an efficient heating system that reduces energy consumption by 25% compared to conventional buildings.

Conclusion

The Tekla BIM Awards 2024 serve as further proof that the construction industry is undergoing a significant transformation thanks to the power of technology.
The winning projects have shown that BIM not only improves efficiency and reduces costs but also creates a more sustainable future for our cities and communities.
As more companies adopt these tools, the potential of BIM to revolutionize construction will only grow.