Learn to model systems in which energy or matter is continuously flowing.
Overview
- Educational areaEngineering Physics and Mathematics
- LanguageEnglish
Important dates
- Application opens
- Application closes
You will develop rigorous physical modelling skills, applicable to fundamental research as well as industrial problems in energy, materials, climate, and beyond. Examples of these kinds of systems include charge carriers in solar cells and batteries, ice crystals in cloud formations, or bacteria swimming in a liquid.
Courses include non-equilibrium processes across physics, chemistry, and biology, including condensed matter physics, turbulence modeling, and computational fluid dynamics.
This pathway could prepare you for roles in energy technology, materials science, climate modelling, or semiconductor engineering. Other options include statistical physics and atmospheric science. The specialisation is a strong preparation for any technically demanding role where the ability to model complex, non-equilibrium physical systems is essential.
Programmes
Requirements
The requirements for the Master's programme Complex Adaptive Systems apply to this specialisation.
How to select a specialisation
You may choose this specialisation after you have been admitted and enrolled. Only one specialisation can be selected.