Foundation models
Large models that learn across heterogeneous observations and simulations for weather and climate forecasting.
Senior Data Scientist
Swiss Data Science Center ETH Zurich
I develop machine learning methods for complex physical systems: learning across Earth-system data, generating seismic ground motions, and modelling physical processes inside numerical simulations.
My work sits between model development, scientific evaluation and ML engineering. I’m also curious about LLMs and agentic AI, and about taking research beyond the paper to build useful tools.
Large models that learn across heterogeneous observations and simulations for weather and climate forecasting.
Diffusion and rectified-flow models for physical signals, from earthquake ground motion to climate downscaling.
Surrogates that stay stable inside simulations, trained with distributed GPU pipelines that are reproducible by design.
Earth-system forecasting
Foundation models
Seismology
Generative modelling
Atmospheric physics
Physics-informed ML
A physics-informed surrogate for radiation modelling, evaluated for accuracy and stability within weather and climate simulations.
Climate downscaling
Ecological data
Bringing ecological information into climate downscaling, in collaboration with WSL and the University of Bern.
Happy to exchange ideas on AI, science, and startups. Feel free to reach out.