| No | Title | Student |
| Academic year 2024/2025 | ||
| 1. | Assessment of the hazards caused by mining induced subsidence | M. Bodziony💧 |
| 2. | Monitoring and managing the risk of mining-induced tremors in Spanish transformed areas | P. Majdak 🌎 |
| 3. | Data analysis of overtourism's impact on urban infrastructure and the environment in Barcelona | G. Malec 🌎 |
| 4. | Analysis of Hydrogeological Changes in Subsiding Areas: Impact of Terrain Shape and Water Catchment on Water Retention | 🎯✔ |
| 5. | 3D GIS Analysis of Underground and Surface Deformation: Analytical Possibilities and Applications | ▲✔ |
| 6. | Exploring the Use of QGIS and ArcGIS for Risk Management in Flood-Prone Transformed Areas | ⚙✔ |
| 7. | Landscape Changes Caused by Water Problems of Subsiding Areas Using Geographic Information Systems (GIS) | 🔨 |
| 8. | GIS-Based Measurement Management in Salt Mining | 📋 ✔ |
| 9. | Application of GIS in Monitoring and Managing Salt Mining Operations: Insights from Underground Salt Mine | ☆✔ |
| 10. | Challenges of Remote Sensing Techniques in Subsidence Monitoring: Alternative Approaches | ⚡ |
| 11. | Limitations of Remote Techniques for Subsidence Monitoring: Exploring Ground-Based Solutions | 🔨 |
| 12. | When Remote Technologies Fail: Ground-Based Methods for Effective Subsidence Monitoring vs Historic Data | ⚛✔ |
| 13. | Risk Assessment of Linear Surface Structures Affected by Underground Mining Activities | ⚖ |
| 14. | Analysis of Hydrogeological Changes in Subsiding Areas: Focus on Water Retention Problem | 💧✔ |
| 15. | Tracking Land Changes: Plot Shape and Area Modifications in Subsiding Regions Using Land Registry Data | 📍 |
| 16. | The Economic and Value Implications of Land Deformation: Tracking Plot Shape and Area Changes in Subsiding Regions | 📊✔ |
| 17. | Geospatial Analysis of Property Boundaries Changes Affected by Ground Deformations | ✨KN+JJ |