Be first to read the latest tech news, Industry Leader's Insights, and CIO interviews of medium and large enterprises exclusively from Construction Tech Review
Understanding the Impact of BIM in the Construction Industry
Today's organizations cannot afford to lose time and money due to poor collaboration and miscommunication because of the tight margins, rapid timetables, and rising expectations.
By
Construction Tech Review | Thursday, August 21, 2025
Stay ahead of the industry with exclusive feature stories on
the top companies, expert insights and the latest news delivered straight to your
inbox. Subscribe today.
Today's organizations cannot afford to lose time and money due to poor collaboration and miscommunication because of the tight margins, rapid timetables, and rising expectations. A project's future may be seen with BIM, and problems can be fixed before they become problems.
Fremont, CA: Building Information Modeling (BIM) systems enable main contractors, specialty contractors, and project owners to develop projects digitally before the commencement of construction. Although BIM techniques have been applied in the construction industry for over two decades, many organizations face challenges in fully realizing their potential benefits due to difficulty persuading clients to adopt their specific software solutions.
Rework can drain budgets; BIM keeps projects on track by providing dependable access to 3D models and enabling site managers, foremen, and tradespeople to perform at their highest level.
Every stage of a project's lifespan, from preconstruction to closeout, benefits from BIM. The main advantages for project managers and worksite teams are listed below.
Better Planning
4D BIM is a handy tool for planning and programming. When programming data and a 3D information model are combined, stakeholders may see a project's entire picture. This enables management teams to anticipate conflicts and develop plans with insightful information in mind.
Improved Collaboration
BIM dismantles information silos and provides a common perspective of a project to all parties involved, from the office to the site. Reliable access to shared information is more crucial than ever in the hyper-iterative, formerly highly manual architecture and design processes.
Better Cost Estimation
The amount of data that must be measured, saved, analyzed, and communicated during construction makes cost estimating laborious, stressful, and prone to mistakes. Project managers cannot take corrective action to avoid cost overruns and rework without timely completion.
One type of BIM that connects 3D elements with schedule limitations (4D BIM) and cost-related data is called a 5D estimate. It allows teams to evaluate preconstruction activities, design, and cost virtually.
More Efficient Building
BIM provides teams with shop drawings and 3D coordinated models that can easily be compared to site circumstances. If there is greater early confidence and support for the model, there will be less rework later on.
Improved Safety
Rework may result in mishaps and injuries at work. With BIM technology, teams have the resources they need to prepare ahead of time and respond quickly to field surprises. Empowering site managers, supervisors, and tradespeople to perform at their highest level results in fewer thoughtless mistakes from hurrying or attempting to cut corners. The results are better projects, more productivity, and enhanced workplace safety.
Smoother Project Closeouts
Project delays and rework can cause significant setbacks. By connecting attribute data to enable facilities management and operation, 6D BIM improves business results. This information makes project data easy to understand and includes information about component manufacturers, installation dates, necessary maintenance, configuration specifics for maximum performance, energy performance, and more.