Data Science Trainings

Advanced QGIS Programming with Python

An intensive advanced course on developing professional QGIS extensions with Python and PyQGIS. Participants create robust plugins with graphical user interfaces, integrate databases and external Python libraries, and automate testing, versioning, and deployment.

Analysis and Geoprocessing Tools in QGIS

A practical course on spatial analysis and automated geospatial data processing with QGIS. Participants learn how to conduct spatial queries, overlays, buffer analyses, and statistical evaluations and automate recurring workflows with the Graphical Modeler and batch processing.

ArcGIS Arcade – Dynamic Expressions in ArcGIS Pro and ArcGIS Online

A practical course on creating and applying Arcade expressions in ArcGIS Pro and ArcGIS Online. Participants learn the fundamentals of the expression language and use Arcade for dynamic labelling, data-driven visualisations, attribute rules, pop-ups, and dashboards.

ArcGIS Pro Fundamentals

A practical introductory course on geographic information systems and ArcGIS Pro. Participants learn how to manage, visualise, edit, and analyse spatial data and create informative maps for digital and printed output.

Digital Twins and 3D with ArcGIS

An advanced practical course on creating, integrating, analysing, and publishing three-dimensional geospatial data with ArcGIS. Participants learn how to combine terrain, buildings, infrastructure, point clouds, and planning data in local and global scenes to develop informative digital twins and 3D visualisations.

Flood Simulation with ArcGIS Pro

A practical course on analysing heavy rainfall, surface runoff, and flood risks with ArcGIS Pro. Participants examine the relationships between terrain, topography, and water movement and learn how to identify potential flow paths, catchment areas, and vulnerable locations using spatial analysis.

Geoprocessing and ModelBuilder with ArcGIS

A practical course on spatial data processing, analysis, and workflow automation using ArcGIS geoprocessing tools and ModelBuilder. Participants learn how to structure analytical processes, automate recurring tasks, and create reusable models for processing larger geospatial datasets.

Geospatial Data Management with Geodatabases in ArcGIS Pro

A practical course on the structured and consistent management of GIS data in ArcGIS geodatabases. Participants learn how to design suitable database structures, implement data-quality rules, and migrate existing shapefiles and other geospatial datasets into a modern geodatabase.

Introduction to ArcGIS Online

A practical course on creating, managing, analysing, and publishing spatial information with ArcGIS Online. Participants learn how to provide web maps and layers, share content securely, and develop interactive applications for presenting and communicating their results.

Introduction to ArcGIS Urban

A practical course on digital urban, regional, and infrastructure planning with ArcGIS Urban. Participants learn how to set up ArcGIS Urban models, develop spatial planning scenarios, and analyse and compare their effects using relevant indicators.

Migrating to ArcGIS Pro

A practical course for experienced ArcGIS for Desktop users who want to transfer their existing workflows to ArcGIS Pro. Participants become familiar with the modern 64-bit application, its project-based approach, and its extended capabilities for cartography, data editing, analysis, 3D visualisation, and sharing.

Mobile Data Collection with QField and QGIS

A practical course on collecting, updating, and quality-assuring spatial data with QField and QGIS. Participants learn how to develop suitable geospatial data models and input forms, prepare QGIS projects for field use, and collect structured information on mobile devices.

Mobile Mapping with ArcGIS

A practical course on the mobile collection, updating, and use of spatial data with ArcGIS Field Maps, Survey123, and QuickCapture. Participants learn how to select the most suitable Esri application for different fieldwork tasks, prepare mobile data-collection workflows, and capture information reliably even without a stable internet connection.

Open Data and OpenStreetMap in ArcGIS

A practical course on using open geospatial data and OpenStreetMap efficiently in ArcGIS Pro. Participants learn how to find suitable data sources, assess their quality and terms of use, and download, prepare, and visualise the data for their own GIS projects.

Projections and Coordinate Systems in ArcGIS

A practical course on working confidently with projections, coordinate systems, and datum transformations in ArcGIS. Participants learn how to identify spatial reference systems correctly, combine geospatial data with positional accuracy, and resolve common projection problems systematically.

Python Scripting with ArcGIS

A practical course on automating geoprocessing, data-management, and map-production workflows with Python and ArcPy. Participants learn the fundamentals of Python programming and develop their own scripts for recurring tasks within ArcGIS.

QGIS – Advanced

A practical advanced course for QGIS users who want to extend their existing knowledge and work independently on more complex GIS tasks. Participants deepen their skills in geoprocessing, raster analysis, georeferencing, web services, plugins, and spatial databases.

QGIS Fundamentals

A practical introductory course on working with the free and open-source geographic information system QGIS. Participants learn the fundamental concepts of GIS, integrate vector, raster, and tabular data, and use them to create clear and informative maps.

QGIS Programming with Python – Fundamentals

A practical introductory course on automating GIS workflows with Python and PyQGIS. Participants learn how to control QGIS through the Python Console and integrated editor, process geospatial data programmatically, and combine existing QGIS tools into automated workflows.

Terrain Modelling with ArcGIS Pro and Spatial Analyst

A practical course on analysing, modelling, and visualising terrain, elevation, and raster data with ArcGIS Pro and Spatial Analyst. Participants learn how to prepare digital elevation models, derive terrain characteristics, and investigate complex spatial questions using raster functions, interpolation, and Map Algebra.

Visualisation and Cartography with ArcGIS Pro

A practical course on the professional design, visualisation, and presentation of spatial data with ArcGIS Pro. Participants learn how to plan thematic maps and basemaps, select suitable symbology and classification methods, and create high-quality layouts for print, digital, and interactive applications.

Data Science

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