Overview The Master of Science in Earth and Climate System Science is an interdisciplinary, research-focused programme that links natural science approaches with agricultural and economic perspectives to tackle complex environmental challenges. You will study how population growth, land use, food production and climate interact within the Earth system, and learn to evaluate the system’s current state using a range of environmental indicators.
What you will learn The programme trains you to understand and model key Earth system processes, with particular emphasis on land–atmosphere interactions and regional climate behaviour over land surfaces. You will gain skills in assessing the impacts of land management and agricultural activities on climate and environment, and in developing evidence-based sustainability concepts. Graduates are prepared to translate scientific findings into practical guidance for end users, decision-makers and the public.
Why this programme Designed to meet broad, real-world demands, the course is coordinated with active international research programmes in weather, climate and Earth system science and is unique in Germany. Its graduates are equipped to support food security, environmental protection and climate adaptation efforts across different climate regions, benefiting from the University of Hohenheim’s long-standing expertise in these fields.
Program details (facts)
Overview
This master’s curriculum combines classroom theory with hands-on practice, including field measurements, to build a solid foundation in Earth system science. Ten compulsory modules introduce core concepts and skills — for example, you will analyse land–atmosphere feedbacks by running and interpreting soil–vegetation–atmosphere models alongside agricultural and economic models to explore coupled human–environment processes.
Innovative teaching elements and specialisation
Distinctive components of the programme include a debate seminar in the second semester and focused training in data assimilation — a central technique used in weather forecasting, climate simulations and regional climate re-analyses. You also gain practical experience operating and analysing regional climate models and applying remote sensing methods for Earth system observation. The curriculum deliberately links natural-science methods with economic modelling to support interdisciplinary synthesis. In semesters two and three you choose from seven specialisation modules to deepen expertise in particular research areas.
Where to find more detail
A short description of each module is available in the university module catalogue: https://www.uni-hohenheim.de/en/module-catalogue
Key modules (highlights)
Learning outcomes (skills you will leave with)
Admission requirements
You must demonstrate a solid academic background in the natural or agricultural sciences and sufficient English ability to follow an English-language master’s curriculum. The programme looks for applicants whose prior studies included core scientific content and subject-specific coursework in relevant areas. If your degree is not an exact match, the selection committee may still consider related study programmes on a case-by-case basis.
Prepare clear, official documentation that shows your completed undergraduate qualification and the relevant coursework. If you are unsure whether your prior degree fits the programme profile, contact the admissions office or consult the detailed application information at the link below.
Admission checklist (bullet points)
For full application details and documentation requirements, see: https://www.uni-hohenheim.de/en/ecss-application.
Winter Semester (International)
15 March 2026
Winter Semester (EU/EEA)
15 May 2026
Graduates are prepared to become experts in assessing and modelling Earth-system processes with a focus on land use and agricultural impacts. They can design sustainability concepts, contribute to food-security strategies and provide scientifically grounded guidance to end users and decision-makers in the public and private sectors.
Typical career paths include roles in research institutions, governmental and intergovernmental agencies dealing with climate and environmental policy, NGOs focused on sustainability and food security, and private-sector organisations offering climate services or advising on land-management and agricultural resilience. Graduates can also support science communication and policy outreach based on quantitative Earth-system analyses.