Field of work
I am a civil engineer researching innovative monitoring for unstable rock slopes and glacier hazards. I focus extensively on using camera systems and automated drones and drone docks for monitoring of glaciers, glacier hazards, and unstable rock slopes. My casestudies are located in Norway, the European Alps, the Peruvian Andes, and Greenland.
Teaching
I teach Natural Hazards within the M.Sc programme Climate Change Management and the international semester program Geohazards and Climate Change. In the B.Sc programme Geology and Geohazards, I teach GIS and Cartography.
Courses Taught:
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GE-488 Natural Hazards
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GE-413 Cartography and GIS
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GE-491 Bachelor thesis in Geology
Research Interests:
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Rock slope instabilities & Glacier hazards
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Remote Sensing &Photogrammetry
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Drones, Drone Docks & Camera systems
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Monitoring & Early warning
Research Groups:
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Landslides
Projects:
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GeoPixel (2026-2027) & From Pixels to Prediction (2025-2026): Principal Investigator. NFR-funded Qualification project (HVL & VIS)
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Chapaq Cocha: Low-cost early warning system (SAT) for glacial hazards in collaboration with INAIGEM (lead), PUCP, UNASAM, HVL, and Universidad Austral de Chile. (ProCiencia Peru)
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UAV Monitoring: Conducting UAV monitoring of several glaciers and landslides in the Alps, Andes, and Greenland, and part of the JOSTICE UAV Team.
Research groups
Publications
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Investigation of the 2010 rock avalanche onto the regenerated glacier Brenndalsbreen, Norway
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Monitoring displacement patterns, acceleration and failure (July 2023) at the unstable rock slope Stampa, Western Norway
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Displacement patterns, acceleration and failure from the unstable rock slope Stampa, Western Norway
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Acceleration in a rock column within the unstable rock slope ‘Stampa’ Aurland municipality, Vestland county
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Sensor Data Fusion for Monitoring Unstable Rock Slopes