Master of Science in Meteorology (research-oriented)

Overview

This research-oriented master's provides broad access to active research in meteorology, giving students the chance to join one of five dedicated research groups that span both theoretical and experimental approaches. The programme is closely connected to larger research structures, including the TPChange Sonderforschungsbereich (collaborative research centre), a Research Training Group, and the nearby Max Planck Institute for Chemistry and Polymers Research, all of which offer additional project, seminar and collaboration opportunities.

Internationally recognised for its research emphasis, the curriculum benefits from a low student-to-faculty ratio, which allows for small, focused lectures and close supervision. Core lecture topics cover atmospheric dynamics, clouds and aerosols, atmospheric chemistry, radiation and numerical modelling; the exact modules and courses you take will depend on the specialised subjects you choose. For a full breakdown of courses, modules and degree requirements, consult the student handbook linked below.

Requirements / key program components

• Choose a specialisation—programme content varies with selected specialised subjects
• Engage actively in research projects within one of the five research groups
• Take courses across core areas: atmospheric dynamics, clouds & aerosol, atmospheric chemistry, radiation, and modelling
• Benefit from collaborative programmes (TPChange SFB, Research Training Group) and links with the nearby Max Planck institute
• See the student handbook for detailed module lists, credit requirements and assessment formats

Curriculum overview

The program begins with an intensive first semester that builds a firm foundation across four core areas: dynamics of weather and climate, clouds and aerosols, atmospheric composition, and numerical modelling. These core modules ensure every student gains broad coverage of the physical and chemical processes that shape weather and climate.

From the second semester onward you focus on two of those four areas, moving from foundational material to advanced, specialised coursework. Specialisation is supported by topical lectures and paired exercises that emphasize both experimental and theoretical approaches. During this phase you also take part in a dedicated seminar and a higher‑level laboratory course to develop practical skills and scientific communication.

In the third semester the curriculum shifts toward research methods and techniques needed to plan and carry out the Master’s thesis. The fourth semester is reserved for writing the thesis and completing the final oral examination. By the end of the program students will have gained advanced discipline knowledge, hands‑on experimental and modelling experience, research methodology competence, and the ability to complete and defend independent scientific research.

Key modules and requirements (concise)

• Core modules (first semester): dynamics of weather and climate; clouds and aerosols; atmospheric composition; modelling.
• Specialisation (from semester 2): choose two of the four core areas for advanced study.
• Complementary teaching: topical lectures and exercises tailored to the chosen specialisations.
• Practical and communication training: participation in one seminar and one advanced lab course.
• Minor subject courses: taken across the first three semesters.
• Research preparation: third semester focuses on specialised knowledge and methods for the Master’s thesis.
• Final assessment: Master’s thesis and oral defence scheduled in the fourth semester.

For full program details and course lists, see the official curriculum page: https://physik.uni-mainz.de/en/study-profile-msc-meteorology/

The programme is designed to prepare graduates for research careers and advanced scientific training; its research orientation and methodology training make it a strong foundation for PhD study in meteorology, atmospheric physics or related geosciences. Graduates are also competitive for positions in national meteorological services, environmental and climate research institutes, consultancy and private-sector companies offering weather and climate services, and governmental or NGO roles focused on atmospheric science and air quality.

The university's location in the Rhine-Main metropolitan area provides opportunities for internships and collaboration with regional employers and research institutions, supporting transitions into both academic and applied career paths.