Background

Geographic Information Systems (GIS) and cartography are among the most powerful tools available for understanding and managing spatial relationships in a variety of fields. Whether it is urban planning, environmental monitoring, or public policy development, the ability to visualize and analyze spatial data has become essential. GIS enables users to assess where things are, how they relate to one another, and how these relationships change over time.

Increasingly, decision-making in both public and private sectors depends on georeferenced data. As the often-cited phrase goes, “More than 80% of all data has a geographic component.” This reality underscores the growing importance of spatial literacy in many academic and professional disciplines. That is why we chose to focus this project class on the practical uses of GIS and cartography, offering students a hands-on opportunity to apply these tools to real-world challenges.

Project Class and Design

The project class was led by Dr. César Alvarez from the University of Augsburg whose expertise in the fields of geodata analysis and applied environmental research provided a solid scientific foundation for the project.

To prepare students for this course, we organized a structured project aimed at developing their first academic poster using GIS and cartographic data. The class was designed to combine methodological guidance with individual creativity. Each student selected a topic of personal or academic interest and was encouraged to clearly define the relevance of the issue, the problem they aimed to address, the types of spatial data involved, and the GIS techniques and cartographic methods they would apply. The final outputs included a visual research poster accompanied by a brief summary of conclusions and insights.

The learning objectives were twofold: first, to deepen students’ understanding of spatial data analysis; and second, to enhance their ability to communicate findings in a visually compelling and scientifically sound way. The class fostered critical thinking and decision-making, particularly around the use of geospatial tools for analyzing problems in various thematic areas such as urban development, environmental conservation, disaster risk, public health, and more.

In preparation for the project, students were introduced to key concepts in GIS and cartography, including spatial data structures, map design principles, and basic analysis techniques. The project had three phases: an introduction and topic selection based on their interest in the subject; a research and data analysis phase, which involved finding data sources on official websites or collecting their own data; and finally, a presentation and communication phase, which emphasized communication skills and capturing the audience’s attention. Through this project, students understood that maps are more than just drawings—they are powerful communicative tools that support people and decision-making.