What is BIM Quality Control and Its Validations Steps?

in a range of formats, including Autodesk Revit, Navisworks, and Tekla Structures. They also provide training to the client's team to ensure that they can use the digital model effectively.

Building Information Modeling (BIM) is a process that involves creating digital representations of buildings, infrastructure, and other structures. BIM allows architects, engineers, and contractors to collaborate and share information throughout the building process. However, to ensure the quality of the digital models, it is essential to have a BIM quality control process in place. In this blog, we will discuss what BIM quality control is, and the validation steps that The BIM Engineers take to ensure the highest quality of BIM models.

What is BIM Quality Control?

BIM Quality Control is a process that involves ensuring that BIM models are accurate, reliable, and meet the required standards. The purpose of BIM quality control is to ensure that the digital models are fit for purpose and can be used to facilitate the construction process.

BIM quality control involves a series of checks and validations that are carried out at various stages of the building process. These validations ensure that the BIM model is error-free and that the information contained within it is accurate.

Validation Steps of BIM Quality Control

The following are the validation steps that The BIM Engineers takes to ensure the highest quality of BIM models:

Step 1: Model Setup

The first step in the BIM quality control process is model setup. During this stage, The BIM Engineers set up the BIM model according to the client's specifications. The model setup involves creating a 3D digital model of the building or structure, including its various components and systems.

To ensure that the model is accurate and meets the client's requirements, The BIM Engineers uses industry-standard software and tools. The software and tools used include Autodesk Revit, Navisworks, and Tekla Structures. These tools enable The BIM Engineers to create accurate digital models that can be used to facilitate the construction process.

Step 2: Model Coordination

The second step in the BIM quality control process is model coordination. During this stage, The BIM Engineers coordinate the various components and systems of the building or structure. The purpose of model coordination is to ensure that all the components and systems work together as intended.

To ensure that the model coordination is accurate, The BIM Engineers use clash detection software. The software identifies any clashes or conflicts between the various components and systems of the building or structure. The BIM Engineers then work to resolve these conflicts to ensure that the model is accurate and reliable.

Step 3: Model Detailing

The third step in the BIM quality control process is model detailing. During this stage, The BIM Engineers adds additional details to the digital model to ensure that it accurately reflects the real-world building or structure.

Model detailing involves adding information such as the type and location of materials, the size and shape of components, and the position of various systems. The BIM Engineers also adds additional details such as construction details, MEP systems, and lighting design.

Step 4: Model Checking

The fourth step in the BIM quality control process is model checking. During this stage, The BIM Engineers checks the digital model for accuracy and completeness. The purpose of model checking is to ensure that the digital model is free from errors and can be used to facilitate the construction process.

The BIM Engineers use a range of tools and software to check the model for accuracy. These tools include Autodesk Revit, Navisworks, and Tekla Structures. The BIM Engineers also check the model against the client's specifications to ensure that it meets their requirements.

Step 5: Model Delivery

The final step in the BIM quality control process is model delivery. During this stage, The BIM Engineers deliver the digital model to the client. The purpose of model delivery is to ensure that the client has access to an accurate and reliable digital model that can be used to facilitate the construction process.

The BIM Engineers deliver the digital model

BIM quality control is an essential process that ensures the accuracy and reliability of digital models. The BIM Engineers offer a range of services, including model setup, model coordination, model detailing, model checking, and model delivery, to ensure the highest quality of BIM models. By offering these services, they help to improve the accuracy, reliability, and efficiency of the construction process. If you are looking for BIM quality control services, consider working with The BIM Engineers to ensure the highest quality of BIM models.