As one of the pioneers in applying information technology within the construction industry, the United States has consistently maintained a leading position in the development and research of BIM (Building Information Modeling) technology. Numerous BIM associations operate across the country, continuously enhancing BIM standards. Today, BIM technology is widely adopted in most engineering projects. According to a McGraw Hill survey, the use of BIM in U.S. engineering projects rose from 28% in 2007 to 49% in 2009, reaching 71% by 2012. Notably, 74% of project contractors had already implemented BIM, surpassing architects by 4 percentage points and mechanical and electrical engineers by 7 percentage points. This data highlights the increasing recognition of BIM’s value in the industry.
The General Services Administration (GSA) oversees construction and operation of all federal facilities in the U.S. To boost overall efficiency and digital transformation in construction, GSA’s Public Building Services launched the 3D-4D-BIM program. This initiative aims to offer comprehensive, one-stop support for all project teams implementing BIM technology. Since 2007, the program has mandated that all large-scale projects utilize BIM technology.
The United States Army Corps of Engineers (USACE), the world’s largest public works, design, and construction management organization, released a 15-year BIM development roadmap in October 2006 titled Building Information Modeling RoadMap for Implementation to Support MIL Conformation and Civil Works Projects. This plan serves as a guideline for applying BIM to enhance decision-making, planning, design, construction, and operation within USACE projects. The roadmap includes detailed BIM implementation strategies such as team formation, stage-specific training, and standard development. Additionally, it commits to adopting BIM technology for all future military construction projects.
The National Institute of Building Sciences (NIBS), a non-profit, non-governmental organization dedicated to improving building performance and reducing energy waste through science and technology, developed the first version of the U.S. National BIM Standard in December 2007. This initial version focused on “information exchange and sharing” and the “development process.” An updated second version was released in May 2012, further clarifying BIM implementation processes to promote professional collaboration and effective information sharing among stakeholders.
In the United Kingdom, the National Building Specification (NBS) conducted BIM network research for three consecutive years (2010, 2011, and 2012), gathering data on BIM adoption across the country. The research showed that in 2010, only 13% of respondents were aware of and actively using BIM, but by 2012, this figure had tripled to 39%. Meanwhile, those who had never heard of or used BIM dropped from 43% in 2010 to just 6% in 2012. These statistics demonstrate a rapid rise in awareness and adoption of BIM technology within the UK construction industry, though a small segment remains cautious and observant.
In May 2011, the UK Cabinet Office released the Government Construction Strategy document, outlining specific goals and tasks for BIM implementation at various project stages. It mandated that by 2016, all government construction projects must utilize comprehensive, collaborative 3D BIM technology and manage all relevant data accordingly. Following this directive, the Cabinet Office published the 2012 Annual Review and Action Plan Update, reporting significant BIM adoption across UK projects. By the end of 2013, more than seven major government procurement projects had integrated BIM technology. Furthermore, BIM-related standards and regulations continue to evolve and improve.
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