BIM technology has seen widespread adoption worldwide. Countries like the United States, Singapore, and Japan have implemented mandatory regulations to encourage its use. However, the extent and depth of BIM application vary significantly across different regions.
According to a report by McGraw Hill Building Information, BIM has been extensively used in Western countries such as the United States, Germany, Australia, and the United Kingdom since 2013. The report highlights that 60% of projects in most U.S. construction companies are completed using BIM technology. In London, globally renowned firms like SOM and Zaha Hadid Architects have consistently led the way in BIM engineering practice.
In Nordic countries, harsh cold climates impose strict regulations on building energy efficiency and construction quality. As a result, local design teams have proactively explored BIM applications focused on energy-efficient design and construction control. Meanwhile, many design and construction companies in Asia, including South Korea and Japan, have started adopting BIM on a large scale. Although Japan only began BIM exploration in 2009, numerous successful construction projects utilizing BIM have since been documented.
Leading Chinese design institutes such as the China Academy of Architectural Design and Research, Beijing Institute of Architectural Design and Research, and Sidi International have established BIM technology platforms to advance architectural design. According to the Leg and Leg Teaching Network editor, BIM-based building design practices have been underway in China since 2015. For example, in Beijing:
The Lize Financial Business District in Fengtai District has gained valuable experience applying BIM technology in general contracting projects. The use of BIM5D software has significantly enhanced overall project collaboration. For the Beijing New Airport Road, Bridge, and Pipe Network Project, construction progress, costs, and drawings are all integrated with the BIM model, enabling dynamic project management and early detection of design issues during construction.
Additionally, the shantytown renovation project in Lucheng Town, Tongzhou District, employs BIM modeling to analyze pipeline spatial relationships. Collision detection functions help eliminate clashes and identify design flaws for timely correction.
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