This Master's programme concentrates on earth system sciences and trains students to understand the interactions among atmosphere, ocean (hydrosphere), ice (cryosphere), solid earth (land) and climate. The curriculum emphasizes hands-on experience with advanced experimental methods used in environmental physics, large-scale numerical data analysis on supercomputers, and interpretation of observations using sophisticated models.
The programme is developed and taught jointly by two leading German research institutes in environmental science: the Institute of Environmental Physics (IUP) at the University of Bremen and the Alfred Wegener Institute (AWI) in Bremerhaven. Courses provide the physical, mathematical and chemical foundations current in the participating institutes’ research. Graduates gain problem-solving skills applicable to experimental design and project development, preparing them for careers in research or industry.
Instruction is in English and the programme is research-oriented, giving students exposure to methods and modelling techniques used in contemporary environmental physics. Close ties between university and research institutes mean the curriculum reflects active scientific work, helping students build competencies that are directly relevant for further academic work or professional positions in environmental science.
Key facts and requirements
The programme is organised over two academic years. During the first year (first and second semesters) you take taught courses that establish the fundamentals of environmental sciences, with integrated laboratory work to develop practical and experimental skills. These core courses build the background needed to understand physical processes across atmosphere, ocean, ice, land and climate systems.
In the second year you move on to more advanced coursework in Environmental Physics, complete a substantial project, and begin the research work that leads into the Master's thesis. The study plan includes mandatory (compulsory) modules to ensure a strong common foundation, alongside a selection of elective modules that let you specialise in areas of interest.
This structure is designed to produce graduates who can apply physical methods to environmental problems: you will gain theoretical knowledge, hands‑on laboratory experience, project design and execution skills, and the research competencies required to carry out an independent Master’s thesis. The elective options and project work give flexibility to tailor the degree toward research, applied science or interdisciplinary topics relevant to climate and environmental careers.
This programme expects applicants to hold a solid, physics-focused undergraduate background and to demonstrate strong English proficiency and motivation. Admissions are aimed at candidates with a three- to four-year bachelor’s degree (180 CP or equivalent) in Physics, Mathematics, or a closely related field that includes an extensive portion of advanced physics and mathematics. If your prior degree is in a related subject rather than straight physics or mathematics, the admissions committee may ask you to take a GRE subject test to verify your physics knowledge.
You will also need to show high-level English skills and submit a short, focused statement explaining your interest in the programme. The letter of motivation should be no longer than one page and should outline why you want to pursue this MSc and how your background fits the programme. For details about acceptable proof of English, see the programme’s language requirements.
Admission requirements (summary)
Winter Semester (International)
15 July 2026
Winter Semester (EU/EEA)
15 July 2026
Graduates are prepared for research careers in universities, national and international research institutes (including polar and marine research centres), and for roles in environmental monitoring and modelling groups. The programme also equips students for positions in industry and consulting that require expertise in environmental data analysis, climate and Earth-system modelling, and experimental design.
Many graduates pursue doctoral studies thanks to the programme’s strong research orientation and ties with active research centres. Other common career paths include climate science, oceanography, environmental technology companies, governmental and non-governmental agencies dealing with environmental assessment and policy, and data-driven roles in private sector firms.
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