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Building Information Modeling and Construction: A Critical Solution

BIM and construction. One solves the challenges of the other. The construction industry is fraught with potential hazards, difficulties in communication, and expenses. Overcoming these challenges is not simple, but this is where building information modeling (BIM) can help.

Not only will it be essential for the construction phase, but it will assist you with these difficulties. This article covers what BIM is, how it helps the four-stage lifecycle of construction, and its many advantages.

What is building information modeling?

Building information modeling is a collaborative work methodology and process used for the creation and management of a construction project. It involves several types of technology and software.

What does building information modeling do?

A company that uses building information modeling will be able to create, put together and manage information that will be used throughout the planning phase and the construction phase. Aside from these two phases, there are two others that BIM facilitates.

BIM: the 4-stage lifecycle of construction projects

The four stages that building information modeling assists include: planning, designing, construction, and operation.

BIM and planning

Bringing together the information and physical data that you have and the photogrammetry features of BIM, you can produce a model of the external environment and the current structure or building.

BIM and designing

You will now be able to analyze the data,, carry out conceptual design activities, and focus on preconstruction with the use of your data. BIM also helps you make logistic decisions and assists with scheduling.

BIM and construction

The specifications outlined in BIM are taken forward to the construction stage. This involves fabrication and distributing your logistics to guarantee the schedules are optimal and that the process is efficient. This is how scheduling, BIM and construction, combined, can lead to ideal working and timing conditions.

BIM and operation

Given that operation (and maintenance) lasts for a long time, and can be costly, BIM makes this more economical. It is also used in renovations of the final asset and/or for the deconstruction of the finished asset for this reason.

How does building information modeling work?

Typically, building information modeling functions in open cloud platforms. These platforms facilitate the process through which teams concurrently work together and collaborate on their construction projects. The link between BIM and construction is that you are constantly kept in the loop with data, workflows, and every phase of construction.

What are the advantages of using BIM?

As mentioned, one of the key advantages of using building information modeling is the ease with which team members can work simultaneously on a project. Other advantages include: effective data handling for managing existing buildings, enhanced collaboration onsite, the ability to get an enhanced view of your structure preconstruction, and reduce risks.

Managing existing buildings

For buildings that have already been constructed, one cost-effective approach is to use BIM to manage them. When BIM and construction join forces, the result is a more efficient and accurate process that will lower the cost compared with 2D paper drawings.

Enhance collaboration

When you use BIM as a team, you can access 360 software to revise the models. You can also view these revised models on portable devices, making it easy to take note of any alterations and collaborate more effectively on your construction project. This is another advantage of BIM and construction in action.

Preconstruction visualization

Visualizing your construction project and the final structure is more than possible with BIM. For example, it will help you see where piping and piping supports will be positioned. It will help you ‘get a feel’ for the end project.

Reduce potential risks

Risk mitigation is made easier with BIM and construction planning. It will even specify which potential hazards you will need to watch out for during construction. You will be able to visualize these risks and make plans to prevent them from developing into bigger problems.

BIM: a critical tool for all stages of the construction process

BIM is, doubtless, one of the top developments for construction. It will help you to minimize costs, increase efficiency, reduce risks, visualize your structure preconstruction, increase the collaboration between your teams, and manage buildings that need renovation or deconstruction.

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