Astronomy (master's two years)

The aim of research and teaching is to understand astrophysical processes and systems, ranging from our own sun to stars, galaxies and the whole universe. Large numerical simulations and analysis of observational data are important tools. The master's programme in Astronomy is for those who want to use proficiency in physics, mathematics, computer science, and statistics to get a new understanding of the universe.

Most astronomers do not work directly with astronomy after completing a master's degree. Instead you work with development, applied research, teaching, and investigation in a number of areas in business and the public sector.

The knowledge and experience you acquire in applying mathematics, physics and computer science to solve problems while working with your master's thesis in astronomy is highly sought after in business and government, from technology and IT companies to research institutions.

Former master students have been employed in a variety of companies, such as SINTEF, the Norwegian Defense Research Institute and Telenor. The work tasks are often within research and development, modeling and data analysis.

There will be a great demand for lecturers in science in upper secondary schools and elementary schools in the coming years. If you take an annual unit in practical education, you will have a good background for teaching in science.