/The Piz Cengalo Landslide

The “Piz Cengalo Landslide” project investigates the devastating landslide that struck the village of Bondo, Switzerland, analyzing its causes, impacts, and the response strategies implemented in its aftermath. This research focuses on the geological and environmental factors that contributed to the disaster, such as glacial retreat, rock instability, and climate change-induced weather patterns.

Through data analysis, case studies, and on-site observations, the project examines the socio-economic and infrastructural consequences of the landslide, highlighting the displacement of residents, destruction of property, and long-term ecological implications. Comparisons to similar natural disasters provide insight into how mountain communities can improve resilience and preparedness against future geohazards.

The study advocates for enhanced monitoring systems, adaptive urban planning, and sustainable risk mitigation strategies. By integrating scientific research with community-driven initiatives, the project proposes comprehensive approaches to safeguarding vulnerable regions from the increasing threats posed by climate change and geological instability.

The “Flood disaster” project explores the devastating floods that struck Germany’s Ahrweiler region in 2021, focusing on the factors that intensified the disaster and the challenges of long-term recovery. Through an analysis of the region’s geography, infrastructure, and policy decisions, the research highlights how steep terrain, outdated flood management practices, and urban development contributed to the scale of the destruction.

The student critically examines the response and reconstruction efforts, shedding light on ecological oversights and the missed opportunity to integrate sustainable and preventative measures into rebuilding plans. The concept of “flood dementia”—a tendency for communities to underestimate future flood risks—is also explored as a barrier to effective long-term resilience.

As part of the investigation, the student evaluates innovative solutions such as the AquaWand mobile flood barrier, which offers a flexible and rapid-response alternative to traditional flood defenses. The research ultimately advocates for a more proactive and ecologically informed approach to flood risk management, emphasizing the importance of community awareness and forward-thinking urban planning.