Natural sciences, mathematics and environmental science
Exploring the foundations of our world through natural sciences, mathematics and environmental science: discovering, understanding, developing. This multifaceted field of study demands analytical thinking aimed at developing sustainable solutions. It is about finding answers to the questions of the future—be it through climate research, mathematical modeling or environmental technology.
Natural sciences, mathematics and environmental science
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What is it all about?
Analytical thinking is applied to empirical knowledge in research around the natural sciences, mathematics and environmental science. Studying natural phenomena and developing theories to explain processes is at the heart of the natural sciences. Mathematics forms the basis for conducting precision modeling and analysis. Environmental science is concerned with interaction between man and nature. These fields of study make it possible to take on complex, challenging issues like climate change and sustainable resource exploitation, contributing substantially to the development of global solutions.
What would the world be like without…
...the natural sciences, mathematics or environmental science?
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Without the natural sciences, mathematics or environmental science, we could have no in-depth understanding of the world around us. Modern technology would be impossible, due to a lack of fundamental knowledge about energy, matter and life.
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Without mathematics, there could be no precise calculations for building construction, space travel or designing financial systems. Environmental science is essential in order to understand climate change, resource scarcity and nature conservation and proceed to the developing of sustainable solutions.
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Studying these disciplines enables us to grasp complex phenomena to then create innovative solutions that can enhance quality of life and secure the future of our planet. In short, our everyday lives and our very future depend significantly on knowledge and advancements in these areas. Indeed, progress is unthinkable without them.
What relevant occupations and career paths are there?
Lab scientist
Actuary
Physicist
Geoengineer
- Research & development
- Quality management, quality assurance
- Data analysis and statistics
- Insurance and finance (actuarial services)
- Environmental consulting and management
- Energy and environmental technology | Climate research and meteorology
- Geosciences (e.g. geology, hydrology)
- Biotechnology and genetic engineering | Laboratory analysis and diagnostics
- Patent law (e.g. specialized patent attorney)
- Technical documentation | Teaching & education
- Software development (e.g. simulation, modeling)
- Public service (e.g. environmental regulators, statistical offices)
- Medical research/Pharmaceutical industry
- Management consulting (science-related)
- Renewable energies/Sustainability
- Food chemistry and technology
What skills will I need? What are the prerequisites?
Interest in the natural sciences
Major personal interest in research questions in the natural sciences, including potentially ecological interrelationships, and in mathematical structures is of fundamental importance.
Good knowledge of mathematics
A solid background in mathematics as well as physics, chemistry and/or biology, depending on your chosen subject, will make it easier for you to get off to a strong start.
Strong analytical thinking and logical reasoning skills
Analytical thinking, logical reasoning and the ability to grasp complex systems are key competencies.
Observation and evaluation competencies
In the natural sciences, the ability to understand ecological and other processes and to observe and evaluate phenomena are of essential importance.
Abstract thinking ability, perseverance
Working in the natural sciences requires abstract thinking ability and perseverance in tackling theoretical problems.
Technical comprehension
Technical comprehension and the ability to use digital tools and measurement methods are important across the board.
Where would I be studying?
Contact
Central Study Advisory and Counseling Service
The Central Study Advisory and Counseling Service (ZSB) is the first point of contact at the University of Bonn for all questions relating to studying.
Further information
Study Orientation and Getting to Know the University of Bonn
The University of Bonn offers diverse opportunities for school students of various ages to get to know the University. Our programs cover the full range from children’s university and science races to university-preparatory events. We offer academic guidance and support to upper-level high school students and other prospective students, for instance by helping them to review their individual readiness for university and by providing insights into the realities of university study. Workshops, information events and one-on-one counseling sessions give prospective students the opportunity to reflect on issues related to what lies ahead in terms of university and career choices.