BIM Model Submission Process

BIM Model Submission Process

BIMCAD Journalist 24/07/2026

When learning BIM, many people assume that once the Revit model is complete, the drawings have been generated, and all project information has been updated, the work is finished.

However, in real-world BIM projects, completing the model is only the beginning.

Before a BIM model is delivered to the client or other project stakeholders, it must go through a series of quality checks, reviews, and internal approval processes to ensure data accuracy, consistency, and effective coordination. This workflow is what distinguishes a classroom exercise from a project-ready BIM deliverable.

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Completing the Model Doesn't Mean the Work Is Finished


Many new BIM engineers imagine the workflow to be as simple as:

Model Complete → Client Delivery

In reality, most organizations follow a rigorous quality control process before delivering a BIM model to the client. This process typically includes:

  • Model quality review (QA/QC)
  • Model cleanup and optimization
  • Multidisciplinary coordination checks
  • Drawing and documentation review
  • Export validation (IFC, DWG, PDF, etc.)
  • Internal approval
  • Client delivery

Each stage is designed to minimize errors, reduce rework, and ensure the BIM model meets the project's quality standards and delivery requirements.

A Well-Designed Model Doesn't Always Meet Delivery Requirements


A complete and visually appealing Revit model does not necessarily mean it is ready for project delivery.

In professional BIM projects, the QA/QC team evaluates much more than the model's appearance. Typical review criteria include:

  • Does the model comply with BIM standards?
  • Are the Shared Coordinates set up correctly?
  • Are Families and Parameters standardized?
  • Does the model support schedules and construction documentation?
  • Have the architectural, structural, and MEP models been properly coordinated?
  • Is the model suitable for construction and facility management workflows?

In other words, the value of a BIM model lies not in how it looks, but in the quality, consistency, and reliability of the information it contains.

QA/QC Is a Critical Step Before BIM Model Delivery


In BIM-enabled organizations, every model typically goes through a series of quality checks before it is approved for delivery.

Common QA/QC activities include:

  • Assessing model health and performance
  • Verifying Shared Coordinates
  • Checking compliance with naming conventions
  • Reviewing the Level of Development (LOD)
  • Validating Families and Parameters
  • Reviewing coordination between linked models
  • Ensuring consistency between the model and construction drawings
  • Validating exported deliverables such as IFC, DWG, PDF, and other file formats

Although these reviews can be time-consuming, they play a crucial role in minimizing errors, reducing rework, and improving coordination throughout the design and construction process.

Learn more: 6 BIM Quality Control Methods

Accuracy Matters More Than Speed


Many people who are new to BIM focus on modeling quickly or mastering Revit commands.

In a professional environment, however, companies place greater value on quality control than on speed alone.

A BIM engineer who takes the time to verify documentation, standards, and project data can save the entire project team hours—or even days—of rework later in the project.

Speed is an advantage.
But the quality and reliability of the final deliverable matter even more.

BIM Is More Than Just a Revit Model


Many people still think BIM is simply about creating a Revit model. In reality, a complete BIM deliverable typically includes:

  • Coordinated multidisciplinary models
  • Construction drawing sets
  • Schedules and quantity reports
  • Clash detection and coordination results
  • Project documentation
  • Deliverables in formats such as IFC, DWG, and PDF
  • Revision history and version records

All of these deliverables must be synchronized, reviewed, and validated before they are submitted to the client.

The Skills Companies Truly Value


Modeling proficiency is only one part of a successful BIM engineer's skill set.

Today, many companies prioritize candidates who have a solid understanding of:

  • BIM QA/QC processes
  • Document and data management standards
  • Multidisciplinary coordination workflows
  • BIM information management
  • Project delivery and quality control processes

These skills improve collaboration, streamline project workflows, and help ensure consistent quality throughout the entire project lifecycle.

Learn more: Common Data Environment (CDE) in BIM

From Learning BIM to Delivering Real Projects


BIM training teaches you how to create a model.

Real-world projects teach you how to deliver a model that meets professional standards.

Once you gain experience working on live BIM projects, you'll realize that success is not measured by how quickly you complete a model. Instead, it is measured by whether the model can be delivered with confidence—meeting quality standards, minimizing rework, and fully satisfying the project's requirements.

Learn more: VinaCDE – A Comprehensive Construction Project Management Platform

Conclusion


Completing a Revit model is not the final step in the BIM process. Before it becomes a project-ready deliverable, the model must undergo multiple stages of quality review, coordination, and approval to ensure accuracy, consistency, and compliance with project standards.

In modern BIM workflows—especially those based on ISO 19650—a Common Data Environment (CDE) plays a central role in managing QA/QC, approvals, version control, and project information on a single platform. This ensures that all stakeholders work from the latest approved data, reducing errors and improving collaboration throughout the entire project lifecycle.

Need support with BIM, Revit, CDE, or other BIM technologies? BIMCAD Vietnam is ready to help you successfully implement BIM solutions for your projects.

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