This past week, the Institute of Hydrogeology, Engineering Geology, and Applied Geophysics at Charles University had the privilege of hosting a series of insightful seminars led by Prof. Simone Mineo. Held from April 13th to 15th, 2026, the series, titled “Technological development in geomechanics and practical applications”, offered a deep dive into the cutting-edge tools reshaping how we study and monitor geological hazards.

The three-day event brought together students and researchers to explore how technology bridges the gap between laboratory characterization and field-scale engineering.

From laboratory innovation to airborne analysis

The series kicked off on Monday with a session focused on Rock properties and innovative laboratory activities. Professor Mineo introduced fundamental principles of rock mechanics, emphasizing the physical-mechanical properties of intact rock. The highlight of this session was a discussion on a pioneering methodology using Infrared Thermography (IRT) for the indirect estimation of rock porosity, a non-destructive approach that promises to streamline laboratory workflows.

On Tuesday, the focus shifted from the lab to the field with Photogrammetry for rock mass characterization. Attendees explored the evolution of rock mass surveys, with a specific focus on airborne photogrammetry. Professor Mineo demonstrated how this technology allows for the qualitative and quantitative mapping of structural features, supported by compelling case studies that illustrated the practical power of digital elevation models in engineering geology.

Advancing coastal monitoring

The final session on Wednesday addressed the critical challenge of Coastal slope monitoring. By integrating RGB data with Infrared Thermography dense point clouds, Professor Mineo presented a robust framework for managing coastal sectors and assessing landslide susceptibility. This multi-sensor approach highlights the future of geological monitoring: high-resolution, multi-dimensional, and highly accurate.

About the speaker

Simone Mineo is an Associate Professor of Engineering Geology at the University of Catania, Italy. His research is renowned for integrating advanced field surveying techniques with experimental laboratory investigations. His work continues to significantly improve our understanding and management of geological hazards, particularly through innovative close-range methodologies.

A successful exchange of ideas

The seminars were a testament to the importance of international collaboration in the geosciences. Whether attended in person or via the online stream, the series provided a valuable opportunity for the academic community at Charles University to engage with recent technological developments.

We would like to thank Professor Mineo for sharing his expertise and all the participants for their engaging discussions. These sessions remind us that as technology evolves, so does our ability to protect and manage our natural environment more effectively.