The High-Resolution Weather and Climate Modeling Group at ETH Zurich invites applications for a fully funded PhD student position under the Swiss National Science Foundation (SNSF) Ambizione grant. The role is based in Zurich, Switzerland, runs at 100% employment, and is fixed-term, starting between May 1 and September 1. Applications submitted before March 15 will receive priority consideration.
This PhD project focuses on idealized numerical modeling of severe thunderstorms in mountainous regions, investigating the combined effects of topography and climate change on extreme weather phenomena such as hail and strong wind gusts.
Project Background
Severe thunderstorms are among the most damaging weather events, and their frequency and intensity are particularly high near mountain ranges. Current understanding of how mountains and climate change interact to influence severe thunderstorms is limited, due to the computational challenges of high-resolution, long-term modeling.
The Ambizione-funded project aims to:
- Leverage km-scale modeling findings
- Perform high-resolution idealized simulations
- Identify physical drivers behind enhanced climate trends in mountainous regions
While the project includes realistic case studies, this PhD position specifically focuses on idealized numerical modeling, providing insight into fundamental physical mechanisms.
Responsibilities
As a PhD student, you will:
- Analyze observational datasets to identify typical thunderstorm events
- Investigate climate model data to understand systematic changes in thunderstorm environments
- Develop representative, idealized initial conditions for the ICON numerical model
- Design and execute high-resolution ICON simulations to study topography and climate change impacts
- Collaborate with international project partners including MeteoSwiss, Pennsylvania State University, and the European Severe Storms Laboratory
- Present research findings at conferences and to public audiences
- Prepare manuscripts for peer-reviewed journals
This role combines advanced numerical modeling with international collaboration and scientific communication.
Candidate Profile
Required Qualifications
- Master’s degree in Meteorology, Climate Science, Physics, or equivalent
- Proven skills in data analysis and visualization
Desired Skills
- Experience in severe thunderstorm dynamics or numerical modeling
- Familiarity with Linux and HPC clusters
- Proficiency in Python programming
- Strong interest in extreme weather phenomena
What ETH Zurich Offers
ETH Zurich provides a dynamic, supportive environment for cutting-edge research in climate science:
- Fully funded PhD position under SNSF Ambizione
- Hands-on experience with high-resolution numerical simulations (ICON)
- Close supervision in a highly interactive, international team
- Opportunities for research visits abroad and participation in a field campaign
- Support for publishing in peer-reviewed journals and conference presentations
- Competitive salary and benefits in line with ETH Zurich regulations
- Inclusive, diverse, and sustainable working environment
Commitment to Diversity and Sustainability
ETH Zurich promotes equal opportunity, diversity, and inclusion. The institution fosters a respectful and supportive environment and is actively working toward a climate-neutral future. Everyone is encouraged to grow and flourish in this inclusive setting.
Application Process
Submit your online application Apply online now by March 14, 2026, including:
- Motivation letter
- Curriculum Vitae (CV)
- MSc transcripts
- Contact information of three references
- Apply online now
Applications via email or post will not be considered.
For inquiries regarding the position (not applications), contact:
Dr. Monika Feldmann – monika.feldmann@unibe.ch
ETH Zurich emphasizes that pre-selection is carried out by human recruiters, not AI systems.
Frequently Asked Questions (FAQ)
Is this PhD position fully funded?
Yes. The position is fully funded through the SNSF Ambizione grant.
Where is the position located?
The role is based in Zurich, Switzerland, at ETH Zurich’s High-Resolution Weather and Climate Modeling Group.
What is the focus of the research?
The project studies severe thunderstorms in mountainous regions and how climate change influences hail and wind gusts.
Are international students eligible?
Yes. ETH Zurich welcomes applications from international candidates.
Does the position include fieldwork?
Yes. Funding is provided for research stays abroad and participation in a planned field campaign.
Is prior experience in numerical modeling required?
Experience in numerical modeling is highly desirable, but strong analytical skills and motivation are essential.
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