Research

Climate Dynamics and Impact

I study climate system dynamics - how atmosphere, cryosphere, land surface, and other climate system components interact over short (monthly) and geological (millions of years) time scales. I also model and predict the impacts that climate change has and will have on glaciers, extreme weather, and more. I employ theory-driven and data-driven (statistical and machine learning) models on different hardware – from single-board computers to petaflops supercomputers and GPU-based clusters. Find out more on the Climate Dynamics Lab website.

Sustainable Scientific Computing

I develop research tools, numerical models, and teaching materials in modern Fortran and Python. Technical and environmental sustainability, accessibility, and ethics are key considerations. Consequently, all developed code and resources are open-access and open-source, and Fortran is used when reliability, performance, and energy efficiency are important. See some of the projects on GitHub.