Learn how to scan real-world objects and spaces, process point clouds, and create accurate 3D models—ready to use in architecture, design, and geo-information projects. This hands-on course walks you through the entire workflow, from field data collection to finished model.
3D Scanning
GeodesyGeodesy
Introduction to 3D Scanning
3D scanning is changing the way we capture and understand the physical world. By using laser scanning technology, we can create detailed digital replicas of objects, spaces, and terrains. These models are used across industries—from construction and architecture to cultural heritage and industrial design—offering new ways to plan, design, and preserve.
In geo-information, 3D scanning plays a key role. It allows us to capture accurate, high-resolution spatial data, which can then be analyzed and modeled in GIS or CAD environments. This data can support everything from urban development and infrastructure planning to environmental monitoring and historical reconstruction.
At Geo-ICT, we’ve developed this course to introduce you to the full 3D scanning process. You’ll learn not only the theory behind how scanning works, but also how to use professional tools and software to scan, process, and model data. Whether you’re just getting started or looking to sharpen your skills, this course will equip you with practical techniques you can use right away.
What will you learn
This course gives you a step-by-step understanding of how to use 3D scanning to capture and model real-world objects and spaces. You’ll start with the basics of laser scanning—how scanners work, how to plan and perform a scan, and how to make sure your data is clean and accurate.
Next, you’ll dive into processing: transforming raw scan data into point clouds, and turning those point clouds into complete 3D models using tools like AutoCAD, Revit, and Recap. You’ll also learn about working with GIS platforms and how to choose the right software for different types of projects.
Throughout the course, you’ll practice working with actual scan data—first in the classroom, then out in the field. You’ll learn how to align multiple scans, handle large datasets, and produce 3D models that are both accurate and ready for use in real-world applications.
Why choose this course
At Geo-ICT, we believe learning should be hands-on, practical, and immediately useful. That’s exactly what you’ll get with our 3D scanning course. Whether you’re just starting out or looking to sharpen your skills, this course gives you the tools and confidence to turn scanned data into precise 3D models—ready for use in real projects.
- Learn by doing: Get started with professional 3D scanning tools and software from day one
- Guidance from experts: Our trainers have real-world experience and bring practical insight to every lesson
- Skills you can use right away: What you learn applies directly to architecture, engineering, construction, heritage preservation, and more
- Work with the right tools: Gain cross-platform experience using AutoCAD, Revit, and leading GIS systems
Course structure
Day 1
We start with a short introduction session where participants share their experience with 3D scanning. Then we cover the core principles of laser scanning—how the equipment works, how to prepare for a scan, and how to ensure accuracy. You’ll complete a hands-on exercise by scanning an object and converting the data into a basic point cloud, giving you immediate practical experience.
Day 2
On the second day, the instructor demonstrates a full scanning process, from setup to post-processing. After that, you’ll conduct your own field scans under guidance, capturing real-world objects. In the afternoon, you’ll work with AutoCAD, Revit, and Recap to clean and prepare your point clouds for modeling.
Day 3
The final day focuses on converting point clouds into complete 3D models. You’ll explore tools in CAD and GIS platforms that help refine and structure your data. The instructor will explain key extensions and how to choose the right tool for different tasks. You’ll then create your own 3D model based on data you collected earlier—bringing together everything you’ve learned.
Learning Outcomes
- Learn how to plan, set up, and perform a professional laser scan, including calibration and quality control
- Gain experience processing scan data into point clouds and using software to clean, align, and prepare the data
- Understand how to create accurate 3D models from point clouds using AutoCAD, Revit, Recap, and GIS platforms
- Apply 3D scanning skills in real-world projects, such as architectural design, cultural preservation, and construction planning
More Information?
Do you have questions about the course content? Not sure if the course aligns with your learning objectives? Or would you prefer a private session or in-company training? We’re happy to assist—feel free to get in touch.
Frequently Asked Questions about the Masterclass 3D Scanoperator
In the 3D Scanning Masterclass, you will learn:
- Laser Scanning Techniques: Understand the fundamentals of laser-based 3D scanning technology, including how to set up and operate scanning equipment.
- Data Collection and Processing: Learn how to collect high-quality scan data in the field and how to process that data into point clouds for further use in various applications.
- 3D Model Creation: Gain skills in transforming point clouds into detailed 3D models using CAD and GIS software like AutoCAD, Revit, and Recap.
- Practical Applications: Explore real-world applications of 3D scanning, such as architectural modeling, cultural heritage preservation, and construction, applying your knowledge to practical scenarios.
This course is intended for:
- Surveying and Geospatial Professionals: Individuals working in land surveying, architecture, or construction who need to apply 3D scanning techniques for precise data collection and modeling.
- GIS Specialists and CAD Technicians: Professionals who work with geospatial data and want to expand their expertise in processing point clouds and creating 3D models in CAD and GIS software.
- Engineers and Designers: Those involved in designing or managing infrastructure projects who need accurate 3D models of terrains, buildings, or objects.
- Cultural Heritage and Conservation Experts: Specialists tasked with digitally preserving or restoring historical monuments, where accurate 3D documentation is essential.
- Students and Researchers: Individuals looking to deepen their knowledge and gain practical experience with laser scanning and 3D modeling for academic or professional development.
This course is ideal for anyone who wants to learn and apply 3D scanning technologies in their respective fields.