The BIM projects have the potential to improve the execution of works, but they also bring challenges for those who are just starting to use them.

The transition to this technology can create difficulties, such as team adaptation and integration with old processes. 

In this content, we will show practical examples of how the BIM methodology can be applied in Civil Construction and how it can help make your projects more efficient and organized. 

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6 examples of BIM project applications

1. Project compatibility

The compatibility of BIM projects is one of the greatest advantages of this technology. It allows different disciplines (structural, hydraulic, and electrical) to be integrated into a single model. 

Imagine in a hospital, when designing the hydraulic and electrical systems, the BIM methodology can help identify that a pipeline is set to pass exactly where an electrical distribution board would be installed. 

With the 3D model, the team can adjust the position of the board before any work begins, avoiding delays and extra costs.

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2. Integrated management of projects and schedules

In managing BIM projects, technology allows the linking of the execution schedule directly to the digital model of the work. 

This facilitates the monitoring of activities and coordination between teams, ensuring that all phases of the project occur on time.

For example, in a large-scale project like a shopping center, using the BIM methodology allows construction and schedule management teams to work in sync. 

Each stage of the work is associated with tasks in the model, ensuring that the progress of the work is monitored in real time, minimizing the risks of delays and unexpected costs.

When our SAAS receives integrations that allow the use of certain BIM methodology processes, tracking becomes even more accurate. This is because you can take photos and 360-degree videos and compare what is being built with what was designed in the model.

See in the video: 

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3. Construction and logistics simulations

With the BIM methodology, it is possible to simulate the construction process of a project before its execution. This includes not only the sequence but also the logistics of the construction site, the movement of materials, and even access for the teams.

In a large construction, such as a stadium, for example, the virtual model can be used to plan the logistics of material and equipment movement. 

The simulation helps optimize access routes and schedules for material deliveries, reducing wait times and increasing resource efficiency.

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4. Cost control and budgeting

Another practical application of BIM projects is cost management. The 3D model can be integrated with information on material and service prices, creating an accurate cost estimate. This feature also allows for budget control during the project.

In the construction of a hospital, for instance, using models with the BIM methodology for budget control helps identify discrepancies between the initial budget and real costs, even before the work starts. 

Through the tool, it is possible to adjust the project to avoid excess materials and costs due to unexpected modifications.

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5. Performance and sustainability analyses

BIM also facilitates the performance analysis of a construction. Through simulations, it is possible to predict thermal, acoustic, and even energy efficiency behavior of a project. 

This is especially useful in buildings seeking sustainability certifications in Civil Construction.

In a corporate building, for example, the BIM methodology can be used to simulate the energy efficiency of different air conditioning systems. 

Based on the results, the team is able to choose the most economical and environmentally sustainable solution, reducing the building's operating costs in the long term.

6. Post-construction maintenance

One of the advantages of the BIM methodology is that it does not end with the delivery of the work. The model can be used for post-construction maintenance, providing detailed information about the building's components. 

This facilitates building management, especially concerning the maintenance of systems such as plumbing, electrical, and air conditioning.

For example, in a commercial building, the model developed with BIM processes can be used to record all maintenance components, from pipes to air conditioning systems. 

This allows building managers to have quick access to detailed information about items that needed repair or replacement.

• Learn more: Digital Twin: what it is and applications in civil construction

How to implement the BIM methodology in your company and common challenges

Implementing BIM in your company may seem like a big challenge, but with the right strategy, it is possible to quickly reap the benefits of this technology.

What to do?

1. Team training: so that everyone understands how the BIM methodology works and how it can be applied in practice;

2. Choosing the right software: there are several platforms that adopt BIM methodology processes available in the market, such as Autodesk Revit. Choose the one that best fits your company's needs;

3. Resource planning: to successfully implement projects developed with the BIM methodology, it is necessary to ensure that your company has adequate technological resources, such as high-performance computers and software licenses.

What challenges might you face?

1. Resistance to change: as with any innovation, resistance to change can be an obstacle. Continuous training and demonstrating the benefits of the BIM methodology are essential to overcome this challenge;

2. High initial cost: implementing the BIM methodology may require significant investments in software and training. However, the long-term benefits outweigh these costs.

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