Biogeoscience of the Anthropocene

Study structure

Graphic: Carolin Thiel

First year: Foundations and methods

During the first year, you will build a solid base in scientific thinking and methodology. Core modules introduce research design, analytical techniques and ethical principles. Field and laboratory courses provide practical training in environmental sampling, sensor-based monitoring and data analysis. Elective modules allow you to explore specific interest early in the programme.

Second year: Research and specialisation

The third semester centres on a supervised research project, where you apply modern experimental, analytical and data-science methods. A specialisation module enables you to deepen your focus — ranging from field-based research to modelling approaches, allowing you to choose the specialisation that best fits your interests. The final semester is dedicated entirely to your Masters thesis.

The ideal candidate

The Masters programme 'Biogeosciences of the Anthropocene' addresses the most complex challenges of our time at the interface of the biosphere and geosphere. We therefore look for students with a strong interest in understanding environmental systems in an integrated and interdisciplinary way.

Academic background and interdisciplinarity

The “bedrock” of a successful application is an above-average Bachelors degree in either Geosciences, Biological Sciences, Geoecology, Biogeosciences, & Environmental Sciences. Curious and motivated graduates from related natural science study programmes, e.g., environmental physics or environmental chemistry, are also strongly welcome to apply.

We are looking for students who do not see their disciplinary expertise as isolated. Instead, the ideal candidate recognises that terrestrial systems, above and below ground, can only be fully understood through the synergetic consideration of biological processes and geological frameworks.

Scientific excellence and mindset

Successful applicants demonstrate structured and critical scientific thinking. We live in an era – the Anthropocene - in which human influence shapes global biogeochemical cycles, ecosystems and biomes. Applicants must be able to analyse complex data sets and think beyond established paradigms. We seek 'academic explorers': people driven by profound curiosity and intellectual openness.

Creativity and problem-solving skills

The Anthropocene demands more than standard solutions. We therefore welcome students who approach research questions creatively and are willing to explore new ideas, methods and experimental designs. The ideal candidate shows initiative and curiosity in understanding how terrestrial systems respond under the pressure of global environmental change.

Teamwork and communication

Modern science is teamwork. Our students work in multidisciplinary and international groups. To succeed, you must be able to learn the language of other disciplines, share knowledge, and collaborate effectively to find integrated solutions.

Requirements

• A foundation in the biological or geosciences (minimum 60 ECTS credits)
• A Bachelors Thesis in a topic related to biological, geoscientific or environmental sciences
• Foundational knowledge in microbiology, applied geology, hydrogeology or geoecology (minimum 15 ECTS credits)
• Experience with scientific research methods, particularly qualitative and quantitative approaches (minimum 5 ECTS credits)
• At least one relevant internship lasting a minimum of four weeks
• Participation in the challenging self-assessment test (the corresponding form is a mandatory part of the application and you will find it in the downloads section )
• Why study in Jena?

A lively, green student city

Jena is a compact, international and green city which ist strongly shaped by its student community. Parks, mountains and hiking trails are right on your doorstep. The student ID card grants admission to several cultural institutions and museums in Jena, as well as a Germany-wide ticket for local public transport (“Deutschlandticket”). Sports, culture, outdoor activities and student life are easy to combine here in Jena.

Strong research environment

Jena is a recognised hub for science and innovation. The university works closely with leading research institutes, including several Max Planck Institutes and Leibniz Institutes. This close network offers excellent opportunities for research projects, internships and future careers.

Interdisciplinary by design

You will learn to think beyond disciplinary boundaries, combining concepts and methods from different fields. A broad choice of electives allows you to set your own priorities and develop a profile that matches your interests and goals.

Career opportunities

• All the above mentioned skills prepare you for demanding roles in both research and applied environmental sciences.
• Graduates are well prepared for careers in research, business, politics and administration, including the following areas:

Research and development

Our society faces immense challenges in terms of biodiversity loss, climate change and environmental protection. Contribute to sustainable problem solving with your interdisciplinary research by laying the scientific foundations for more efficient and economical environmental processes. The programme provides an excellent foundation for a PhD and an academic career.

Contaminated site remediation

You will explore contaminated sites to identify pollutants and you will develop concepts for their remediation. In doing so, you will contribute to solving global environmental problems and actively shape a sustainable future. Exciting career paths await you.

Engineering firms

You will use your expertise to manage projects in areas such as soil protection, climate protection, flood protection and immission control. Not only will you enjoy a varied field of work. You will also have the opportunity to make a positive impact on both society and the environment through these projects.

Environmental education

Raise awareness of environmental issues in politics and society and empower people to use our resources responsibly. Share your knowledge of how each individual can contribute to sustainable and economic improvements in our living environment.

Nature conservation

Discover, understand and protect nature. Get involved in preserving biodiversity and protecting natural habitats from harmful interference. In doing so, you will make a decisive contribution to preserving animals, plants and their habitats for us and future generations.

Downloads for the masters programme