Major in Geophysics
The Major in Geophysics is devoted to processes and structures of the Earth‘s interior, connecting geophysical modelling at the surface with concepts and modelling of physical processes and material properties within our planet.
Specific learning goals are:
- In-depth understanding of the Earth
- Solid understanding of mathematical, numerical and physical methods, state-of-the-art geophysical methodology
- Wide range of geophysical disciplines like seismology, geodynamics, geomagnetism, applied geophysics
- Preparation for a successful career in research, consulting, resources, finance/insurance, exploration, environment or public service
Modules and courses
Different modules and courses allow for a high degree of individualisation.
The compulsory modules Geophysical Methods I and II cover the core subjects of Geophysics and include geophysical methods such as geophysical data processing, numerical modelling, mathematical methods and continuum mechanics. Students are also obliged to select two additional modules out of:
- Seismology
- Physics of the Earth's Interior
- Applied Geophysics
This major suggests three main paths:
- Earth and Planetary Interior
- Seismology
- Crust Lithosphere System
Master's thesis
The Master‘s thesis is a project on a research topic, which allows you to apply and deepen your knowledge in a specific area.
Topics of recent Master's theses
“Probing the Interior of Mars: A Joint Geodynamical-Geophysical Approach” – Understanding the Mars interior
“What can we learn about Venus internal structure from surface observations?” – Plume Penetration into Venusian Lithosphere and the Origin of Coronae: Inferences from 3D Thermomechanical Modelling
“How can we use robotic in seismic imaging?” – Assessment of Approaches for Combining GNSS and Seismic Data with an Industrial Robot
“How can we use machine learning algorithm to improve geomagnetic storm prediction?” – A deep learning approach to geomagnetic storms prediction
