The integration of GIS and BIM is a process that can revolutionize the construction industry. Read on to understand more about the benefits of this convergence.


Geographic Information Systems (GIS) and Building Information Modeling (BIM) are both computer-based systems that process, display, and analyze spatial data. They are both used for different purposes, and usually in different ways. However integrating both systems can make the process of digitizing the physical world much more efficient and is seen as the next step in the evolution of architecture and construction. 

Let us examine more about why GIS and BIM are indispensable for improving the efficiency of construction lifecycle.

Advantages of integrating GIS and BIM

GIS and BIM integration helps in better decision-making and data management during the entire construction lifecycle. It can enhance collaboration with stakeholders across all levels of the construction project value chain, such as contractors, subcontractors, designers, and owners, through the use of GIS and BIM maps. The use of GIS and BIM helps increase effectiveness and efficiency in activities such as design, planning, scheduling and execution and enhances the collaborative capabilities of the project by sharing a common picture of the project through GIS-generated maps. It allows the stakeholders to understand how much time is needed for each step, where decisions need to be made, and how decisions will impact the project budget.

GIS can also be used to track the progress of a project, which is helpful for understanding how much has been completed and for communicating with stakeholders. It can also be used to provide a visualization of the project, which is helpful for understanding the design better and communicating the design to stakeholders.

GIS and BIM enables you to reduce or completely eliminate data redundancy. It helps professionals to achieve better design and lower construction costs. Furthermore, stakeholders are able to manage and reuse these data efficiently and easily.

The integration also helps in construction and management of smart cities. Today’s cities often face various sustainability challenges in terms of roads, bridges and other facilities. To solve these problems, all constructions must be better designed. In addition, it requires efficient and optimized data exchange between BIM, CAD, and GIS. 

By combining the power of GIS and BIM, construction professionals are also able to streamline data and improve the designs before it is offered to the community. It is also possible to quickly and efficiently sync the design data and GIS as the conditions change.

Finally, GIS and BIM reduces the risks involved in executing new construction since it is possible to digitally visualize the constructions in their geographic locations. This helps to understand the risks associated with the design and construction of structures. Since large infrastructure projects consume more time in analyzing the impact of the project, GIS and BIM saves time by providing a clearer picture of the project and its impact.

Conclusion

GIS is an essential tool for construction companies that help companies be more efficient, organized and collaborative. GIS can help identify potential project delays, points of conflict, labor and material shortfalls, and more. The construction industry is preparing for the designs of the future by bringing in the concepts of georeferencing and geodesign into BIM. These new tools allow for more precise order and control of design elements and also improve the overall efficiency of the construction lifecycle. 

With a team of experienced GIS consultants and engineers, we specialize in providing advanced GIS solutions to customers worldwide. Our customized services enable companies to accurately visualize and interpret spatial information and derive critical business benefits. Contact our GIS division today to discuss your requirements and avail the best quotes.