Space Geodesy

Major topics cover high-precision positioning and navigation, including all the present and future global navigation satellite systems, Earth observation with satellites, as well as new satellite missions. The field comprises not only the development of new innovative instruments and cutting-edge technologies but also computationally intensive and complex analyses of phenomena and the realization of technologies through engineering. Specialising in space geodesy is best suited for students who are interested in

• satellite observation and measurement technology

• developing early-warning and monitoring systems for the detection of earthquakes, landslides, and tsunamis

• understanding long-term trends such as global warming, sea-level rise, melting of glaciers and ice caps, as well as plate tectonics

• programming, computing, and big-data analysis

A programme of study in Space Geodesy equips students with in-depth knowledge of mathematical, physical, and engineering methods. Therefore, a wide variety of potential employment opportunities are possible, ranging from non-governmental organisations (NGOs) via research institutes to high-tech companies.