Overview
This two-year Master of Science program (taught in English) equips postgraduate students with in-depth knowledge and practical tools to analyse how environmental risks and natural hazards arise, how they affect relationships between people and nature (vulnerability, resilience, adaptation), and how such risks can be managed in real-world contexts. The curriculum blends theoretical perspectives with applied methods so graduates can critically assess risk processes and contribute to solutions across sectors.
The program also connects students with a wide network of organisations — including international bodies, federal agencies, research institutions and private firms — active in disaster risk reduction, preparedness and humanitarian response. That exposure supports career paths in areas such as climate-change research, food security, spatial planning, policy advice and international cooperation, while offering opportunities for applied projects and professional networking.
Key facts and study focus
Overview The programme is delivered through a close partnership between the Department of Geography at the University of Bonn and researchers from the United Nations University's Institute for Environment and Human Security. It combines academic and applied perspectives across natural and social sciences, offering 11 on-site modules supplemented by a compulsory eight-week internship and a research-based Master’s thesis. Teaching draws on international staff and an interdisciplinary curriculum to prepare students to work with complex environmental risks and human security challenges.
Key modules and learning outcomes Core thematic modules cover topics such as vulnerability assessment, ecosystem services, sustainable development, disaster management, climate change adaptation, human–nature relationships, science & technology studies, development geography, geomorphology, socio-hydrology, future studies, GIS, and remote sensing. Students gain practical skills in spatial analysis and remote-sensing workflows, methods for assessing and mapping vulnerability, and tools for designing adaptation and disaster-risk-reduction strategies. The programme emphasizes interdisciplinary research design and field-anchored practice, so graduates are able to critically evaluate socio-environmental systems, apply quantitative and qualitative methods, and produce policy-relevant or operational recommendations through their internship and thesis work.
Requirements (summary)
This programme is aimed at applicants who already hold a first higher education qualification (Bachelor’s degree or equivalent) in Geography or a closely related academic field. Admissions are based on the content of your prior studies: across all completed academic performances (Bachelor’s, Master’s, extra coursework, etc.), the majority of courses shown on your transcripts must fall into three core areas. The programme is not intended for graduates from engineering-focused study paths.
You should also demonstrate a clear motivation to work on human security and the management of risks arising from environmental change, and to study in a multicultural, interdisciplinary setting. Note for applicants from developing countries: if you plan to apply for a DAAD Development-Related Postgraduate Courses (EPOS) scholarship, a minimum of two years’ relevant professional experience is required.
Admission requirements (bullet points)
Winter Semester (International)
15 December 2026
Winter Semester (EU/EEA)
15 December 2026
Graduates are prepared for professional roles in disaster risk reduction, humanitarian aid, climate change adaptation, and environmental policy within international organisations (including UN bodies), federal agencies, NGOs, research institutes and private sector consultancies. Typical positions include risk analyst, disaster risk manager, policy advisor, project officer for international cooperation, and researcher in environmental security and climate impacts.
The compulsory internship and close ties with UNU‑EHS and partner organisations provide practical experience and networking opportunities that often lead to employment in development cooperation, humanitarian response, environmental consultancy, spatial planning and applied research roles focused on vulnerability assessment, resilience building and early warning/forecasting systems.
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