3D Laser Scanning for Buildings / Structural Engineering – Precision LiDAR Solutions

Delivering high-accuracy digital documentation to support upgrades, retrofits, and safety compliance in complex transit infrastructure
At Applied Precision 3D, we specialize in 3D scanning for structural engineering projects across Canada. Whether for complex renovations, modern retrofits, or new construction, our advanced LiDAR scanning solutions provide high-accuracy, reliable site As-Built information that supports decision-making from the outset of every project.
By leveraging state-of-the-art 3D technology, we help architects and engineers gather detailed 3D site information, that supports structural analysis, design validation, and long-term planning. Our expert field teams work on-site to collect comprehensive information, enabling professionals to assess structural integrity, detect potential deformations, other construction issues and confidently plan modifications.
Scan-to-CAD: Turning 3D Laser Scanning into Structural Models

Our process begins with on-site 3D laser scanning to support structural engineering needs, conducted by highly-trained 3D experts using portable, high-resolution LiDAR equipment. This technology captures structural details be it steel, concrete, or timber, to create an accurate 3D point cloud dataset.
From this dataset, we generate true-to-life 3D models of your structures, which are delivered in CAD formats that integrate directly into your engineering workflows:”
-
Dataset: The “dataset” refers to the 3D point cloud data captured using the 3D laser scanning (LiDAR) technology. This data is a collection of millions of precise measurements taken from the physical structure, which provides a highly accurate digital representation of the environment.
-
True-to-life 3D Models: Using the point cloud dataset generated through reality capture, we create detailed 3D models that closely match the actual structure. These models represent the real-world geometry of the building—including its dimensions, surfaces, and structural features—as accurately as possible.
-
Delivered in CAD Formats: Once the 3D model is created, it’s exported into CAD (Computer-Aided Design) file formats. These file formats (like AutoCAD, Civil 3D, Revit, SolidWorks) are commonly used by engineers, architects, and construction professionals for design, planning, and analysis.
-
Integrate Directly into Your Engineering Workflows: The 3D models in these CAD formats can be directly used in the engineering team’s existing design software and processes. The model can be imported into popular engineering programs and used as a base for structural analysis, planning, or modifications. This ensures the data is seamlessly integrated into the team’s workflow, streamlining the process and reducing the risk of errors.
By using scan-to-CAD technology, your team gets comprehensive, precise 3D models that are perfect for decision-making, design validation and retrofitting.
-
AutoCAD
-
Civil 3D
-
Revit
-
SolidWorks
Why Structural Engineers Choose Applied Precision 3D
-
Fast, reliable 3D data capture with high accuracy
-
Scan-to-CAD models tailored for structural engineering needs
-
Seamless integration with industry-standard software
-
Experts in modeling, scanning, and fieldwork
-
Ideal for retrofitting, renovations and as-built documentation
Applied Precision 3D ensures that you receive the precise, reliable data you need for your structural engineering projects, supporting informed decisions and boosting project efficiency.
📎 Learn More
👉 Explore our full list of services
👉Construction and 3D Scanning
Our models integrate seamlessly with Revit, Autodesk’s premier tool for Building Information Modeling (BIM), and Aveva enabling accurate and collaborative structural design.