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Looking to take a course on Google and GIS?

Lijntekening van een gebouwen in een stad, met op de achtergrond een grote G. Gemaakt met DallE.

Why Google Maps, Earth, and GIS Matter

Google Maps and Google Earth are essential tools for modern spatial analysis. From visualizing infrastructure to tracking environmental changes, these platforms help professionals in planning, logistics, marketing, and public services make informed, location-based decisions.

With global coverage and powerful cloud-based tools like Google Earth Engine, users can access detailed satellite imagery, build interactive dashboards, and perform large-scale analysis with ease. When integrated with GIS platforms, Google’s tools unlock new ways to understand the world—and act on it.

Google & GIS Courses at Geo-ICT Training Center, The Netherlands

At Geo-ICT, we offer flexible, hands-on courses designed to help you combine Google’s geospatial tools with GIS skills relevant to your sector. Whether you’re new to the field or looking to upskill, our expert instructors guide you through practical applications tailored to your goals.

Want to explore course options now?
Start with our Google Earth Engine Basics course to learn how to work with satellite imagery and remote sensing data in the cloud. Or connect spatial data with scalable analytics in Google BigQuery + QGIS, where you’ll integrate cloud-based querying with GIS visualization.

Why train with us?

  • Hands-on from day one
    Work with real datasets in tools like Google Earth Engine, QGIS, and web mapping frameworks.
  • Applicable across industries
    Learn how to apply geospatial insight in sectors like sustainability, logistics, land use, and marketing.
  • Ready for the future
    Gain skills in cloud GIS, data dashboards, and geospatial analytics that employers value.
Explore our course catalogue

Real-World Applications of Google & GIS Tools

Professionals use Google Earth Engine and GIS every day to support smarter decisions in the field:

  • Environmental monitoring: Track deforestation, water quality, and ecosystem change.
  • Urban planning: Analyze development patterns and guide infrastructure projects.
  • Agriculture: Monitor crop health and manage resources at scale.
  • Disaster response: Map real-time hazards like floods or wildfires to aid emergency planning.
  • Climate analysis: Study trends and support sustainability strategies.

By combining remote sensing with geospatial analysis, Google and GIS platforms help users drive meaningful results.

Boost Your Career with GIS and Google Skills

Geospatial tools are now a must-have across industries—from tech and mobility to energy, retail, and policy. Learning how to use GIS with platforms like Google Earth Engine equips you to visualize data, communicate insights, and take on roles that demand spatial intelligence.

At Geo-ICT, we help you build the confidence and capability to thrive in a data-driven world—whether you’re stepping into a new field or advancing your current role.

Ready to get started?

Explore our full course catalogue and take the first step toward transforming your career with GIS.

Advance your career with practical Google Earth Engine and GIS training.

Need more information?

Frequently asked questions about our Google and GIS course

They are ideal for emerging and experienced geo-specialists, companies in the geosector, career changers, and educational institutions looking to expand or refresh their knowledge in geo-software and related techniques.

In our GIS Software courses, you will learn how to analyze and visualize spatial data using the latest GIS software. You will gain practical skills in data analysis, map visualization, and using GIS in the cloud.

GIS in the cloud offers scalability, accessibility from any location, and simplifies collaboration by sharing datasets and GIS applications online. It makes advanced GIS functionalities accessible without heavy investments in local hardware.

Google Maps is primarily focused on navigation and map visualization, while Google Earth offers more advanced features for displaying 3D terrain and satellite imagery, making it a powerful tool for spatial analysis and visualization in the geosector.