This presentation explores practical lessons learned from designing and delivering QGIS workshops in Slovenia with a focus on creating effective, engaging and outcome-oriented learning experiences. These workshops have been developed for a wide range of participants, from complete beginners to advanced and professional users, requiring a flexible and adaptive teaching approach.

A key principle of the workshops is a clear and straightforward learning path, where participants quickly achieve tangible results—most often by creating their own maps. This immediate sense of accomplishment helps build confidence and motivates further learning. At the same time each workshop is carefully tailored to the specific needs of client organizations, ranging from basic QGIS skills to more advanced workflows involving spatial databases such as PostgreSQL in combinatin with PostGIS and the use of mobile applications Mergin Maps and QField for field data collection.

The workshops are structured into three levels—beginner, advanced, and professional—allowing participants to progress from their current level of competence toward more independent and efficient use of geospatial tools. Special attention is given to beginners as they represent an opportunity to introduce open-source geospatial technologies (FOSS4G) from the ground up and establish good practices early on.

Interactivity is a central component of the learning process. Participants are encouraged to ask questions at any point, creating a more dynamic and responsive learning environment. Practical exercises and tasks are used not only to reinforce knowledge but also to assess understanding and encourage participants to approach spatial problems from different perspectives.

An important aspect of this work is the continuous evolution of workshop content. As QGIS is actively developed and new Slovenian open datasets become available, training materials must be regularly updated and expanded. Open data plays a particularly important role in the workshops, as it allows participants to immediately apply their skills to real-world datasets, increasing both relevance and engagement.

The role of the instructor is not only to deliver content but also to remain flexible and transparent. Acknowledging when an answer is not immediately available—and committing to follow up—helps build trust and demonstrates a realistic approach to problem-solving in a rapidly evolving technical field.
The presentation will highlight how combining open-source tools, open data and adaptive teaching methods can significantly enhance user competence and confidence. It will also reflect on how workshops can provide participants with new perspectives on spatial analysis and support the integration of geospatial thinking into their everyday workflows.