Accurately determining when, where, and how avalanches occur, as well as assessing their potential size and impact on critical infrastructure, is essential for effective avalanche forecasting and risk mitigation. To enhance numerical avalanche forecasting and predict both avalanche dimensions and the likelihood of affecting vulnerable infrastructure, you will develop data-driven models based on meteorological, snow cover and avalanche activity data. You will transfer these models to real-world scenarios in collaboration with avalanche warning services. You will also publish your findings in leading international scientific journals and promote their practical applications.
You hold a doctoral degree in Data Science, Geophysics, Physics, or Natural Sciences. We seek candidates with strong programming, machine learning, and data science skills, particularly in managing large datasets and developing algorithms. Knowledge of avalanche dynamics and snowpack modeling is advantageous. Familiarity with mountain environments and the ability to navigate avalanche-prone terrain confidently are beneficial. Additionally, strong oral and written communication skills in English, coupled with excellent organizational abilities, are essential. You should be motivated to work with an interdisciplinary, international team and passionate about translating your research into practical solutions.