Integration of GIS and BIM: How Can it Optimize Construction Projects?

The integration of GIS and BIM can streamline the workflow, making design and construction projects safer and much better for people. The idea of this integration was discovered when the construction workers faced problems in storing a large volume of data. From planning to the operation stage, people experienced significant data loss.

Things have gotten more difficult as the technology also relies on consistent data, as well as, software applications. When the data is moved from one stage to another during the construction project, a significant volume of this data is lost. Retrieving this data manually is simply not an option, as it would take years for an architect or engineer to recover the lost data. That’s why the construction and architecture industry has shifted to a 3D model to resolve this matter.

Building Information Modeling and GIS

The evolution of the BIM industry made a great impact on the design and construction industry. There is no denying that the integration of BIM and GIS has changed the construction and planning sector in ways we couldn’t have imagined a few decades ago. The goal is to make the geospatial component a part of the BIM industry, making it possible for urban planners to design 3D models and conduct a better analysis of the site before starting construction projects.

GIS data is required for nearly all types of urban planning projects—no matter the complexity of the task. Whether you are building a rail network or roads, it is important to use GIS data to make the designing and building process as smooth as possible. The goal of integrating these two components is to ensure that the designer can collect accurate information about the target area or the construction site. If the particular location is prone to flooding or any other natural damage, the designers can change the materials, structure, location, and orientation accordingly.

The integration of the BIM and GIS data help you collect valuable information about the construction site, which will help you make more efficient and informed decisions about the construction and design project. The biggest advantage of this integration is that it allows you to move data between design and construction stages efficiently. Unlike traditional building approaches, you can rest assured that you will not lose any data during the transmission process.

Long-term Savings and Efficient Data Design

BIM and GIS can bring efficiency to the design and construction projects. Not only does it reduce data loss, but the process has proven to improve logistics scheduling. Companies offering BIM modeling and GIS tend to have efficient and innovative construction projects. Besides that, it is an ideal way to retrieve, store, and process vital data efficiently.

Not only for pre-constructions, but the geospatial technology and the GIS-based tools are quite helpful for post-construction projects as well. The technology is extensively used for building smart cities. It makes construction planning and designing aspects a whole lot easier for architects.