This MSc trains students in the physics of the atmosphere with a strong research orientation and options for individual specialisation. The programme is delivered in English in Hamburg and is designed to give a solid foundation in atmospheric processes while enabling students to pursue focused topics within the field.
You will study core topics such as climate, the environment and weather using a wide range of methods — from computer modeling and satellite remote sensing to physical theory. The degree emphasises practical relevance, preparing graduates to contribute to climate-change science, severe-weather forecasting and applications in renewable energy. As an interdisciplinary geoscience programme, it also offers study opportunities across climate-related subjects and direct access to international research through the Meteorological Institute, the Max Planck Institute for Meteorology and the broader KlimaCampus Hamburg research network.
Key features
This Master’s gives rigorous, broad-based training in the fundamentals of atmospheric science. In the first year (semesters 1–2) you complete compulsory core courses that establish the essential theory and methods of the field. Alongside these you choose from a wide selection of electives to tailor your profile — options span weather and climate science, urban climate applications, and large-scale/global circulation, allowing you to specialise according to your interests.
Many students take on student-assistant positions at KlimaCampus Hamburg, gaining hands-on exposure to ongoing research and the campus’s diverse research groups. These roles provide practical experience, deepen your understanding of specific subject areas, and frequently spark ideas and connections that inform your Master’s thesis.
The second year (semesters 3–4) centres on the Master’s thesis, which is typically embedded in current research projects. The thesis work is organised into an initial planning and preparation phase in semester 3, followed by the implementation and write-up phase in semester 4. Learning outcomes across the programme include a solid mastery of core atmospheric science concepts, the ability to specialise in applied or theoretical subfields, and experience conducting research that prepares you for professional roles or further academic study.
Below are the programme admission requirements explained clearly for international applicants. If your undergraduate degree is not yet completed or you have not yet received the diploma, you must still submit official records that document your studies. Make sure your documentation shows the subject content and credit allocation so we can confirm eligibility.
Credit points (CP) refer to ECTS or equivalent credit units used by your home institution; the programme requires a substantial portion of your prior studies to be in quantitative scientific subjects. An English language certificate is also mandatory — the exact accepted tests and minimum levels are listed elsewhere in the full admission information.
Winter Semester (International)
31 March 2026
Winter Semester (EU/EEA)
31 March 2026
Graduates are prepared for research and technical roles in academia, research institutes (e.g. Max Planck institutes), national meteorological services and international climate research centres. The programme’s emphasis on numerical modelling, satellite data and physical theory makes alumni competitive for positions in climate modelling, weather forecasting, remote sensing and environmental consultancy.
Additional career paths include work in the renewable energy sector (wind and solar resource assessment), governmental and non-governmental organisations addressing climate policy and impact assessment, and continued academic training (PhD). The programme’s close ties to active research groups and opportunities for thesis work within current projects facilitate transition into research positions or specialised industry roles.