Master of Science in Meteorology (Research-Oriented)

The students of our Master's programme benefit from an exceptionally wide range of research opportunities, providing them with a choice of five research groups covering several fields from theoretical and experimental meteorology. During the Master's degree programme, our students benefit from a number of unique programmes that are offered by the TPChange "Sonderforschungsbereich" (collaborative research centre), the Research Training Group, and the nearby Max Planck Institute for Chemistry and Polymers Research. While our programme for atmospheric physics is internationally recognised for its strong focus on research, the excellent student-to-faculty ratio allows for lectures on a remarkably wide range of topics. These include the fields of atmospheric dynamics, clouds and aerosol, atmospheric chemistry, radiation and modelling in general. The exact programme content depends on the specialised subjects chosen. Please find more detailed information about the content in our student handbook, which is available below. The first semester is dedicated to basic knowledge and understanding of four core areas: dynamics of weather and climate, clouds and aerosols, modelling, and composition of the atmosphere. From the second semester on, students specialise in two of the four core areas and gain advanced knowledge in the chosen core areas. Topical lectures complement the specialisation in the respective field of meteorology. During this time, students gain new insights into experimental and theoretical meteorology with lectures and accompanying exercises. They also participate in one seminar and an advanced lab course. The courses for the chosen minor are taken during the first three semesters as well. During the third semester, students gain specialised knowledge and various methods required for the Master's thesis. The Master's thesis and final oral examination are scheduled for the fourth semester. Please find more detailed information about our degree programme below. https://physik.uni-mainz.de/en/study-profile-msc-meteorology/ PDF Download