The construction processes are becoming more advanced, and that is why more professionals are shifting towards using BIM in Construction. The two main focuses of this technology are 3D modeling and a collaborative environment. This tool provides a wider approach that encompasses a building’s design as well as the construction process.

Now, BIM is being considered an advanced and smarter tool than CAD. It has taken the digitalization of buildings to a level where every step becomes more efficient. In other words, this tool allows professionals to tell a better story about a building. Moreover, BIM greatly contributes towards transparency in each step, thus reducing any misunderstandings as a project progresses.

Building Information Modeling – A Futuristic Approach for Construction Projects

This technology is used to create and administer 3D models of a building. This model will show the structure and functioning of a building. In other words, it is a digital process that includes several construction stages. From planning and designing to the construction and management of a project. It can integrate all the information and provide it through a single, centralized platform.

What BIM Facilitates?

This tool amplifies highly productive and transparent communication and collaboration among various professionals in construction.

• A unified Information Platform

As mentioned above, it provides a unified platform where all the information is gathered. Every professional, whether a contractor, estimator, architect, designer, or engineer, uses this platform as a source of their information.

Core BIM Workflow Principles for Construction

Let us provide you with a better understanding of BIM by discussing its fundamental principles:

• Smart 3D structure modeling

BIM has completely overruled 2D traditional drawings. Its 3D model features promote a data-rich visual representation of a building in a digital format. Thus, enabling experts of different disciplines to make information-driven decisions.

• Peak Seamless Collaboration

The most prominent feature of BIM is its cloud-based access. On top of that, all the information is accumulated in one place. All the professionals and stakeholders can access this information at any time. Furthermore, as the project moves forward or there is any change in the market, BIM updates the information.

• Data Organization and Compatibility

From the above discussion, you may have understood that BIM is all about data. It integrates the data with their relevant workflows across the entire construction. 

In addition to that, this tool is also compatible with other construction software, whether it’s for management of cost estimation. With this integration, accurate and efficient BIM Estimating Services are becoming the choice of many professionals. Thus, extracting quantities and their costs from a digital model.

Various Building Information Modeling Process Levels

The BIM work process is classified into two categories, and they are as follows:

1. BIM Levels of Maturity

These levels provide information about how much data and collaborations exist at a particular stage among a project’s stakeholders.

• Level 1

This level includes a basic 3D model with 2D documentation, and the extent of collaboration is little to none.

• Level 2

The number of 3D models starts to increase in this stage, which are shared by different teams via a common data source. The exchange of information and collaboration in this stage is controlled.

• Level 3

All the 3D models of various construction elements are gathered in a single platform on cloud storage. Thus, enabling experts for real-time and full collaboration and information sharing. 

2. BIM Levels of Detail

These levels indicate the completeness of specific components in construction at a given time. 

• LOD 100

In this level, a conceptual building model is present for designing and planning purposes.

• LOD 200

Taking a step further, if a conceptual model seems practical, information like location, quantity, and dimensions is added to the model.

• LOD 300

In this level, models are given construction-level details to pave the way for better visualization. 

• LOD 350

Coordination starts to formulate at this level, and planning for fabrication initiates.

• Level 400

3D models become more detailed and precise, getting ready for fabrication

• LOD 500

3D building models are finalized for physical construction, thus resulting in a fully operational building

Why are BIM Levels a Necessity?

Both levels of maturing and detail are necessary because they shape a construction project right from the start. Especially, levels of detail are really crucial for a Construction Estimating Company. This is because these levels will greatly help them in accurately estimating the required quantities as well as their costs.

End Note

The necessity of BIM in Construction cannot be overstated. According to the technology trend report, in 2025, in the United States, 69% of the AEC industry has implemented BIM in their practices. Based on that information, it is clear that without this tool, the construction project would not have the desired degree of accuracy.

On top of that, the process will also be slower and prone to errors. So, choose a professional who is fluent in using BIM technology for your construction projects for the results that you want. By choosing SMA Estimating LLC, you will have the assurance that every step of your construction project is as per your vision.