What is Matterport and How It Is Used in BIM Workflows?

Author: Devika R

March 19, 2026

5 min read

Traditionally, documenting an existing building meant multiple site visits, manual measurements, and a lot of back-and-forth.

Today, that process is changing.

With the rise of reality capture technologies, professionals can now scan a building once and access it anytime — remotely, accurately, and in detail.

One of the most widely used tools in this space is Matterport.

👉

If you're planning a career in BIM, understanding how tools like Matterport fit into real workflows is becoming increasingly important.

What is Matterport?

Matterport is a 3D reality-capture platform that lets you create a digital version of real-world spaces.

Using specialised cameras or LiDAR-enabled devices, it captures the geometry of a building and converts it into an interactive 3D model. What you get is not just a model — but a fully navigable digital environment.

A typical Matterport output includes:

  • ✔Interactive 3D walkthrough
  • ✔Dollhouse view of the building
  • ✔360° panoramic views
  • ✔Auto-generated floor plans
  • ✔Basic measurement tools

This allows architects, engineers, and BIM professionals to explore a site without being physically present.

Matterport 3D camera scanning a building interior for BIM workflow

How Matterport Fits into BIM Workflows

It's important to understand one thing clearly:

👉 Matterport is not BIM software — but it plays a crucial role in Scan-to-BIM workflows.

Here's how it works in real projects:

Site Scanning
→
Matterport Model
→
Measurement & Reference
→
BIM Modeling in Revit

Instead of starting from scratch, BIM professionals use the scanned data as a reference base to create accurate models.

This approach is especially useful for:

  • ✔Renovation projects
  • ✔As-built documentation
  • ✔Facility management
  • ✔Retrofit design

📖 Want a deeper understanding of how this process works? Read our blog: The Real Scan-to-BIM Process: What Most People Don't See →

Matterport scan to BIM - point cloud to Revit model workflow

Why Matterport Is Becoming Popular in AEC

Across the US, Europe, and now in India, firms are increasingly adopting Matterport. The reason is simple — it solves real problems.

⚡
Faster Documentation
A single scan captures an entire building, reducing repeated site visits significantly.
💰
Cost Efficiency
Compared to traditional surveying methods, it significantly reduces both time and cost.
🤝
Remote Collaboration
Teams can access the same model from anywhere, improving communication across locations.
👁️
Better Visualisation
Instead of interpreting drawings, stakeholders can directly see and navigate the space.

This makes decision-making faster and more accurate.

Matterport vs Traditional BIM Entry

Traditional Approach With Matterport
Manual measurements on site Single scan captures full geometry
Reliance on 2D drawings Interactive 3D environment as reference
Site sketches prone to error Millimetre-accurate point cloud data
Assumption-based modeling Data-driven modeling
👉

This shift reduces errors and improves model reliability — which is exactly what clients and project managers expect today.

Why BIM Professionals Should Learn This

If you're planning to work on international BIM projects — especially in the Middle East, US, or Europe — understanding reality capture workflows gives you a strong advantage.

Because today, companies are not just looking for people who can model. They want professionals who understand how data is captured and used.

📖 This is also why many recruiters now expect knowledge beyond just Revit. Read: What BIM Recruiters Will Actually Hire You For in 2026 →

How BIM Cafe Prepares You for Industry Workflows

At BIM Cafe Learning Hub, the focus is not limited to software training. We train students to understand real BIM workflows used in the industry, including:

  • ✔Scan-to-BIM processes
  • ✔Coordination workflows
  • ✔LOD-based modeling
  • ✔Documentation and project delivery

Our programs are designed to take you from basic modeling to real project execution.

🔮 The Future of Scan-to-BIM and Reality Capture

Reality capture is no longer optional — it's becoming a standard across the AEC industry.

With technologies like Matterport, LiDAR scanning, and drone mapping, the BIM workflow is evolving into a data-first approach.

In the near future, BIM professionals will not just model buildings — they will work with digital twins of real-world environments.

LiDAR drone scanning and BIM digital twin reality capture - future of Scan-to-BIM

Final Thoughts

Matterport is not replacing BIM — it is strengthening it.

It helps bridge the gap between real-world conditions and digital models. For students and professionals, this means one thing:

👉

To stay relevant, you need to understand not just how to model, but also where your data comes from. That's what makes you industry-ready.

Ready to Learn Industry-Ready BIM Workflows?

Explore BIM Cafe's project-based programs and train with real-world workflows from day one.

Explore BIM Courses →

FAQs

How is Matterport used in BIM workflows?

Matterport is used to capture real-world building data, which is then used as a reference for creating accurate BIM models during Scan-to-BIM workflows.

Is Matterport a BIM software?

No. Matterport is a reality capture tool, not BIM software. It is used in Scan-to-BIM workflows as the data capture step, before the actual BIM modeling begins in tools like Revit or ArchiCAD.

Do BIM professionals need to learn Matterport?

While not mandatory for all roles, understanding how Matterport fits into Scan-to-BIM workflows gives you a strong competitive advantage — especially if you're targeting international projects in the Middle East, US, or Europe.

Which software is used after Matterport scanning?

Typically, Revit is used to convert scanned data into a full BIM model. The Matterport point cloud or floor plan data is imported as a reference layer, and the BIM model is built around it.

What is the difference between Matterport and LiDAR scanning?

Matterport is a complete platform that captures, processes, and delivers 3D models with a relatively easy setup — ideal for interior spaces. LiDAR scanning provides higher precision point cloud data suited for large-scale infrastructure and complex exterior environments. Both are used in Scan-to-BIM workflows depending on project requirements.

               

Explore Further