As part of the master's degree program, students specialize in one of the fields of work in Physics/Astronomy (Applied Physics, Astronomy, Astrophysics, Experimental High Energy Physics, Climate and Environmental Physics, Theoretical Physics, Space Research and Planetary Sciences). The master's thesis also serves to deepen students' knowledge, this being undertaken within one of the four institutes (Institute of Astronomy, Institute of Theoretical Physics, Institute of Applied Physics, Physics Institute). Completion of the master's thesis provides evidence that graduates are able to work independently on a physical/astronomical problem.
The master's degree program extends the basic knowledge acquired in the bachelor's degree program, enabling students to specialize in a particular field. Specialization can be in Astronomy, Experimental Physics, Applied Physics or Theoretical Physics.
Students learn to understand physical problems and find solutions under supervision. In this respect, the master's degree program is research-oriented training that often extends beyond current knowledge in Physics. The master's degree program is taught in English as students for this course increasingly come from abroad. The master's thesis constitutes the largest part of the master's degree program. This enables creative involvement in exciting and current research topics in one of the many work groups. The master's thesis is a written piece of work which is examined, thus completing the master's degree program.