Top Advantages of BIM in AEC Industry

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Information about Top Advantages of BIM in AEC Industry

Phil Puccio

Since the advent of BIM, it has taken the AEC industry by storm because of its enormous potential. Regardless of the type of construction project, architects and engineers today use BIM at every step to streamline their processes and achieve high quality results.

Let’s start with the basics of what BIM really is. One of the functionalities is to generate an output of a 3D model of the building to be constructed. While it may seem like a pre-engineering process primarily, BIM can have a significant impact on every project step. To give you a deeper insight into BIM, here are the key benefits of BIM in the AEC industry.

Improved cost estimate

BIM has proven to be the perfect tool to get accurate project cost estimates. As opposed to simply calculating the price of the material, BIM enables engineers and project managers to work with a detailed model that provides deeper insight. A 3D model accurately represents every aspect of a building, making it easier to estimate the number of materials needed. In contrast, a 2D blueprint shows only one side of the project. In addition, cost estimation tools built into BIM software can further improve estimates through faster calculations. With the BIM software, users can zoom in on great details of the building and provide visual animations.

By now you’ve seen how adding an extra dimension to a 2D model can produce a much more detailed model. But that’s not all, because high-quality software creates 4D and 5D models, the dimensions of which are reserved for cost estimates only. However, to get the most out of it, you need the right BIM modeling services with the latest technology. So be sure to stop by to ensure the most detailed and accurate representation of your construction project.

Increased efficiency

One of the key benefits of the BIM process is that it is more efficient as it streamlines building design and allows architects and engineers to complete the project faster. With just a few computers and BIM software, civil engineers can design buildings using other methods in weeks instead of months. In fact, several design processes are automated by the software, which saves a lot of time. Best of all, using BIM software reduces the risk of design errors as builders have a detailed 3D view of the building. As a result, it takes little to no time to correct mistakes and double-check the design.

In addition, faster modeling and construction allows construction to start earlier. As a result, projects are completed on time, which saves time and money. More importantly, completing projects on time means residents can use the building sooner, which offers a quick return on investment. In addition, 3D models of buildings can be used to create certain parts in bulk using 3D printing, reducing construction time.

Reduced costs

In addition to precise cost estimates, BIM also helps reduce costs in several ways. Compared to other construction methods, BIM offers a significantly higher return on investment due to its cost-saving technologies. In fact, according to a study, 75% of those who have used BIM have reported a positive return on investment. Using 3D models and cost estimates, project managers and designers can compare materials and choose the most cost-effective. In addition, due to the accuracy of 3D models, there is little chance of purchasing excessive material, which reduces costs. It is also possible to find the ideal time to buy materials at the lowest market price by analyzing trends.

The shortened project life cycle and lean processes make a significant contribution to reducing costs. After all, due to the faster completion of the project, the customer will have to pay for fewer man-hours. However, reducing costly human errors and repairs is one of the most important ways to reduce costs. With accurate 3D models, less chance of misunderstandings, and no use of outdated information, BIM is very effective at reducing risks and errors.

Improved collaboration

During project planning and construction, developers need to work together with effective communication. However, working with paper drawing sets and blueprints was quite a challenge because the data was scattered. Frequent meetings were necessary to keep everyone informed about the project. However, BIM technology enables project information to be distributed centrally. This means architects, engineers and clients can access models, notes and estimates from a single source, which improves collaboration.

In addition, the cloud-based BIM technology enables every developer to access models at any time and regardless of location. This means that collaboration is also possible when employees are not available on site. In addition, designers can work on the project at the same time with a single account and make suggestions and changes without meeting.

Better results

Perhaps one of the main advantages of BIM is the result. The focus of BIM at every step is to improve the construction process, which leads to an overall higher quality of construction. With detailed modeling, planners and designers can gain deeper insight into the project and make the right decisions to get the best results.

A 3D view, for example, makes it easier to select high-quality and aesthetic materials and at the same time reduces human errors and repairs. BIM software can replicate every detail around a project, including the natural and artificial light that surrounds a building. In this way, designers can see exactly what the building will look like before it is finished, which leads to an optimal use of materials for an appealing appearance. On the other hand, improved Collaboration enables everyone to contribute to the project and improve project setup at an unprecedented pace.


The days of paper drawing sets and blueprints in the AEC industry are long gone. The BIM process has revolutionized the way construction projects are planned, designed and built. The numerous benefits gained from BIM ultimately lead to higher quality builds, higher returns, and successful projects. Hence, it is best to use this new project management method in the AEC industry in modern times.

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