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 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.
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 open source tools. 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.
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.
You’ll receive 1-on-1 guidance. After signing up, our course coordinator will contact you to schedule your first session.
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.
Geo-ICT International is the global branch of the Geo-ICT Training Center in the Netherlands. It focuses on providing blended learning programs that combine online study with live instructor sessions. Through these programs, participants gain both theoretical and practical Geo-ICT skills. The initiative connects international students and professionals with real-world Geo-ICT projects. Graduates are trained and then placed in GIS positions worldwide. This approach helps organizations find qualified specialists in GIS, GeoAI and spatial data. Training topics include GeoAI, remote sensing, drones, and spatial databases. The blended learning model ensures flexibility for global learners across time zones. Trainees receive guidance from experienced Dutch geo-professionals. Overall, Geo-ICT International bridges global education and employment in the spatial industry.
Both ArcGIS and QGIS are powerful Geographic Information System (GIS) platforms, but they differ in licensing, flexibility, and typical use cases.
In summary:
Choose ArcGIS if you need enterprise-level support, seamless integration, and advanced out-of-the-box tools. Opt for QGIS if you prefer a free, open-source solution with extensive customization options and a strong community backing.
The Copernicus program is the European Union’s flagship initiative for Earth observation. It provides accurate, timely, and freely accessible data to support environmental monitoring and security across the globe.
Combining data from a dedicated fleet of Sentinel satellites, in-situ sensors, and specialized services, Copernicus delivers insights on a wide range of topics, including climate change, air quality, land use, marine ecosystems, and natural disasters.
The program is designed to serve a broad audience—including policymakers, scientists, businesses, and the general public—with the goal of enabling data-driven decisions that promote sustainability, resilience, and global environmental awareness.
At Geo-ICT Training Center, Netherlands, our Blended Learning format combines live instruction with self-paced practice for an effective and flexible learning experience. We currently offer 82 Blended Learning courses.
Each course includes:
This structure allows you to learn at your own pace while still benefiting from direct interaction with experienced professionals.
The geodetic supply chain is the network of people, technologies, and organizations that together create and maintain accurate positioning and spatial data for global use — from satellites in orbit to surveyors on the ground. The worldwide geodetic supply chain is coordinated through international organizations like the UN-GGIM and the International Association of Geodesy. They define global reference systems such as the International Terrestrial Reference Frame (ITRF). Satellite constellations like GPS, Galileo, and BeiDou form the core infrastructure for positioning data. Ground-based reference stations and observatories maintain and calibrate these systems. Regional and global data centers process and distribute accurate geodetic data worldwide. National mapping agencies apply these standards locally to create coordinate systems and maps. Private companies such as Trimble, Esri, and Leica provide the technology and tools to use this data. Training centers and universities educate the professionals who operate within this ecosystem. This collaboration ensures reliable positioning and mapping for science, infrastructure, and navigation. Together, these layers create a seamless global network that powers the modern geospatial world.
Choosing to further your education is an important decision—and understanding your goals is key. At Geo-ICT, we believe that personal satisfaction and a fulfilling job are the foundation for successful learning. That’s why we support professionals who are already working and want to grow further in their careers.
Our GIS master’s program is complemented by access to over 60 hands-on courses delivered in small group settings. This allows for meaningful interaction with experienced instructors and peers from the field, helping you build both skills and a strong professional network.
You’ll also benefit from personalized support. Our study coaches and instructors—many of whom have completed the master’s themselves—provide ongoing guidance throughout your learning journey. We also help you continuously improve your CV, aligning it with the ECTS credits you earn and the practical experience you gain along the way.
Curious to learn more? Reach out to us at info@geo-ict.com.
Geo-ICT Training Center International collaborates with leading recruitment platforms and hiring desks for remote GIS positions worldwide. Through partnerships with well-known platforms such as LinkedIn, Indeed, ZipRecruiter, and FlexJobs, they connect trained geo-professionals with global opportunities.
They also work with specialized GIS job boards like GIS Jobs Clearinghouse and Working Nomads to reach niche markets in the geospatial field. For freelance and project-based work, Geo-ICT International utilizes platforms such as Upwork and other global contracting networks. These collaborations allow their trainees and graduates to find suitable roles in GIS, GeoAI, remote sensing, and data analysis across different countries. By combining their blended learning model with access to remote job markets, they bridge education and international employment.
In this way, Geo-ICT International creates a global ecosystem where geo-professionals can learn, grow, and work anywhere in the world.
