Course content and focus areas
Mathematics is a significant and ancient field of cultural studies. It is also a driving force behind many modern technologies, making it a key technology of the information age. This fact contrasts with the public perception of mathematics, which often views it as a closed system of theorems and computational formulas. However, mathematical processes are at the heart of questions and challenges like data compression and security, traffic management, optimization of financial instruments, and non-invasive medical procedures. These processes reflect a dynamic science filled with open questions and significant impacts on applications.
Studying this discipline is both deeply rewarding and intellectually challenging, serving as excellent preparation for careers as mathematicians in business and industry or as mathematics teachers.
In the master’s program, students build upon the skills acquired during their bachelor’s studies and gain:
- Knowledge of major mathematical disciplines, their methodological approaches, and their interconnections
- Insights into current research findings and their significance
- The ability to independently tackle a comprehensive mathematical problem in a master’s thesis
- Competencies for mathematical work as an assistant or staff member at an academic institution
- A foundation for pursuing doctoral studies.