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The supplementary course of study offers you the opportunity to deal with sustainability issues in depth, and to combine them neatly with your own studies. In addition to the theoretical basics, their practical application is very much in focus. The supplementary study programme is open to all students.

Access to sustainable and renewable energy represents one of the great challenges in the 21st century. Therefore, electrochemical energy storage, in particular batteries, will be an essential tool for the future. The English-taught programme will prepare its students for these future challenges. It addresses central issues of energy storage in an interdisciplinary manner, and focusses questions like efficiency and safety of new battery materials within a scientific orientation.
 

It is currently assumed that the global demand for batteries for electric vehicles, stationary storage, and consumer electronics will increase at least 14-fold by 2030. This enormous demand urgently requires highly qualified specialists who have the necessary battery know-how along the entire value chain. The German-taught  engineering-oriented programme will address the central issues of energy storage in an interdisciplinary manner, and train top professionals in the field of battery technology. 

The English-language, interdisciplinary master's programme is positioned between the focus areas of materials science, life sciences, and medical technology. Students are trained to become highly-qualified and ethically responsible engineers at the exciting interface between medicine and technology.
 
 

The international master's programme provides knowledge on the origins, recording, distribution, and functional significance of biological diversity at the level of genes, species, and ecosystems. It thus provides the best possible basis for dealing intensively with the effects of biodiversity loss and ecosystem change.
 
 

The biotechnology and chemical industries are facing new challenges in the 21st century. Their mission: To integrate biotechnical processes into conventional chemical process engineering, and to overcome the challenges of the transition to renewable energy and to raw material conservation. Graduates of the master's programme have the high level of engineering competency to actively contribute to the development of tailor-made products and processes.

Materials have shaped our world and will continue to do so. Sustainability and digitalization are key challenges of the 21st century, the combination of which will shape our future. This synergy opens up potential for sustainable innovations. The Master's in ‘Digitalization & Sustainability in Materials Science & Engineering’ provides the interdisciplinary knowledge needed to master these challenges.
 

The constantly growing demand for energy, the finite nature of fossil fuels, and the reduction of energy-related CO2 emissions are challenges that need to be overcome when dealing with the resource known as "energy". The degree programme familiarises you with future-oriented approaches to solutions, and enables you to develop new technology for energy generation, conversion, transmission, storage, and use.
 

During the last two decades it has been proven that environmental and climate changes are related to substantial physical and mental hazards of humans. There is an increase in infectious diseases, in cardiovascular diseases, in allergies as well as a rising incidence in tumor diseases. For an appropriate management of climate-, environment and health-associated difficulties in near future, an emphasis must be given in the understanding of the correlation between environment, climate change and health from a scientific and educational point of view. 

Environmental chemistry deals with the global challenges caused by increasing industrialisation and the overexploitation of natural resources. Contamination is not limited to one area (air, soil, or water), but affects entire ecosystems, and often has a political dimension. The English-language master's programme deals, among other things, with the prerequisites for sustainable resource management and the prudent remediation of contaminated sites.
 

Besides climate change, changes in biodiversity, soil degradation, and the increase in the mass movement of people are among the major challenges of the present. The dynamics of these environmental processes require an understanding of spatial and temporal inter-relationships; especially the interaction with human activity is of utmost importance. The English-language master's programme imparts a specialist, interdisciplinary perspective, and it provides expertise and practical experience in the science of environmental systems.

In times of climate change, engineers are more in demand than ever. The Bayreuth degree offerings combine aspects of engineering and geo-science in order to competently address the issues of environmental protection, diminishing resources, and climate change. We provide insights into research and practical developments in innovative technical solutions in the area of environmental protection and resource security.

Over the coming years, food production will have to increase significantly in order to adequately feed a steadily growing world population. At the same time, extreme weather events caused by climate change are becoming more frequent, and are endangering agricultural yields. The Bayreuth study programme addresses precisely this issue and combines content from the natural, social, behavioural, economic, and legal sciences. law.

The world population is growing, and globalisation is changing lifestyles and eating habits. In the process, sustainability in the production and distribution of food is becoming increasingly important. Thankfully, innovations in biochemical analytics, modern sensor technology, and intelligent data processing are opening up unimagined possibilities. The international master's programme, unique in Germany, addresses these challenges.
 

Relationships between society and the environment, interactions between social and natural processes, and questions regarding sustainability are central to geography. The bachelor's programme Geography – Society & Environment offers you a specialization in these topics, such as environmental change, limits to growth, urbanization, digitalization, future ethics, and the sustainable transformation of our society from a spatial perspective.

The central issue of this interdisciplinary master's programme, unique in Germany, is supplying the people of the world with sufficient quantities of high-quality, sustainably-produced food. The international programme focuses on relevant theoretical knowledge in the fields of natural sciences, economics, ethics, law, as well as the cultural and social sciences, among others.

The English-language master's programme "Global Change Ecology" is dedicated to the understanding and analysis of the most important and momentous environmental problem of the 21st century: global change. With its interdisciplinary approach, the programme successfully aims to combine natural science perspectives with approaches from disciplines in social science.

If you aspire to shaping a sustainable society, you need to know how ecology works and how the environment reacts to human influence. As an interdisciplinary environmental science, geo-ecology deals with biological, chemical, and physical processes. Did you know that Geo-Ecology, established in 1978, in Bayreuth was the first degree programme of its type? To this day, "our original" sets standard for modern environmental education.

In Health Economics, you will learn to recognise social and socio-political problems, to analyse concepts from the health sector, and to develop your own health economic proposals for solutions to these problems. The interdisciplinary degree programme in Bayreuth provides you with the necessary expertise in economics, medical management, and health sciences to make a difference.

What are the consequences of the agricultural or industrial development of the geography a region? How does tourism change a society? Why do migration and urbanism influence the geography of population and settlement? In this master's programme, you can begin specialising in your contextual subject (e.g. Environmental Law) plus an elective module (e.g. Man & Environment or Development Studies).
 

New materials, lightweight construction, automotive technology, or energy and environmental technology. The choice is yours! With sound, transferrable knowledge from across several disciplines, graduation will open up a wide range of perspectives on the international job market. Skill up to develop innovative products and processes, and to play an active role in shaping the essential prerequisites for technical progress!

If you wish to explore ecological relationships from their genetic basis to evolutionary impact on complex ecosystems, then the master's programme "Molecular Ecology" at the Faculty of Biology, Chemistry & Earth Sciences is just right for you. Benefit from the diversity of research groups in the fields of ecology and molecular biology conducting cutting-edge research.

The ability to develop innovative active substances is crucial for improving our medical care. In this master's programme, unique in Germany, you will deal intensively with modern methods in the synthesis and analytics of bioactive natural substances. Embedded in the research field and focus area of "Molecular Biosciences", you will get up close and personal with international science from the word go.

The applications of polymeric materials range from the packaging industry, to the automotive and aircraft industries, all the way to medical technology. In terms of their growth and innovation, polymers are the material of the 21st century. The programme covers all important areas of polymer science, such as polymer synthesis, analysis, processing, biomacromolecules, materials, and polymer technology.

Based on a broad background in chemistry, the German bachelor's degree program "Sustainable Chemistry & Energy" teaches approaches to solutions for a sustainable future: These include renewable chemical energy storage, the conversion of classic large-scale processes to "green" COâ‚‚ -neutral alternatives and the recycling of raw materials.

In your degree course, you will combine current scientific findings from sports science and engineering with the demands of sports practice. While in the engineering component you will deal with materials science and product development, in sports science you can choose from four areas: Health & Fitness, Training – Performance - Competition, Sports Ecology, and Sports Management.