Natural hazard engineering

Natural Hazard Engineering

Characterization and modelling of natural hazards including debris flows, avalanches, and related geomorphological processes.

Hazard zonation, numerical simulation, mitigation measures design, structural verification, cost estimation, and site logistics.

Geospatial analysis and mapping

Geospatial Analysis and Mapping

GIS-based terrain analysis and integration of geospatial datasets from remote sensing, field surveys, and time-series observations.

Terrain and process modelling, susceptibility analysis, and production of technical mapping for regulatory and operational applications.

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Weather and climate for mountain operations

Weather and Climate

Operational weather and avalanche forecasting following european standards and products.

Longer-term climate signals through regional reanalyses and CMIP scenarios, focused on how they shift environmental processes.

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UAV and LiDAR survey

Survey

UAV-based photogrammetry and LiDAR surveys coupled with geophysics.

Topographic reconstruction, subsurface investigations, and repeated surveys for monitoring geomorphological processes and infrastructure.

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Software development and data systems

Software development and Data systems

Development of custom software and data systems for engineering and environmental applications.

Web-based tools, data pipelines, monitoring systems, geospatial processing, and automation of technical workflows.

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Training and development

Training and Development

Lecturer in natural hazard assessment, avalanche science, geospatial methods, modelling, and cold-region engineering.

Formats range from short institutional workshops to multi-day field courses. Delivered to professionals and BSc/MSc students.

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