Here we list the main subjects. For more detailed information, please refer to the"Information Portal: Teaching" (in German: Informations Portal: Lehre) and the subject-specific study regulations (in German: fachspezifische Studienordnung). Furthermore, an individual study plan has to be drawn up.

• Mathematical complexes (one module of each complex, further modules of exactly one complex depending on the specialisation):
  • Optimisation, e.g.:
    • Mixed-Integer Programming
    • Special Topics of Infinite-Dimensional Optimisation
    • Project Seminar in Mixed-Integer Programming
    • Advanced Topics of Linear Programming and Combinatorial Optimisation
    • Network Optimisation
    • Differentiable Optimisation
    • Advanced Topics of Differentiable Optimisation
    • Special Topics of Convex Optimisation
  • Stochastics, e.g.:
    • Stochastic Processes
    • High-Dimensional Statistics
    • Stochastic Analysis
    • Advanced Topics of Stochastics
    • Risk Theory
    • Financial Mathematics in Continuous Time
    • Measure and Integration Theory
  • Numerics, e.g.:
    • Scientific Computing
    • Introduction to Numerical Linear Algebra
    • Advanced Topics of Numerical Mathematics
    • Special Topics of Scientific Computing
  • Analysis/ Algebra/ Combinatorics, e.g.:
    • Differential Geometry
    • Partial Differential Equations
    • Cryptography
    • Functional Analysis
    • Graph Theory
    • Algorithmic Graph Theory
    • Coding Theory
    • Special Topics of Analysis
    • Algebra: Structures and Algorithms
    • Special Topics of Discrete Mathematics
    • Spectral Theory of Self-adjoint Operators in Hilbert Spaces
    • Special Topics of Algebra
• Seminar Mathematics Fundamentals
• Seminar Mathematics Specialisation
• Master Seminar

• Applications
  • Computer Science & Artificial Intelligence
  • Natural Sciences & Engineering
  • Economics & Social Sciences

• Interdisciplinary studies (in German: General Studies)
• Master Thesis