Earlier courses

AAU

 

  1. • SS 15 Control Theory

TU Graz

Christian Pötzsche (Mar 2023)

  1. • WS 22/23 Analysis 3, Ordinary Differential Equations, Dynamical Systems, Difference Equations, Dynamical Systems

  2. • SS 22 Analysis 2, Complex Analysis

  3. • WS 21/22 Analysis 1, Ordinary Differential Equations, Dynamical Systems, Mathematical Modeling

  4. • SS 21 Complex Analysis, Nonlinear Analysis

  5. • WS 20/21 Dynamical Systems, Functional Analysis

  6. • SS 20 Chaos & Order, Methodology 1: Mathematics

  7. • WS 19/20 Analysis 3, Ordinary Differential Equations, Seminar

  8. • SS 19 Analysis 2, Partial Differential Equations

  9. • WS 18/19 Analysis 1, Ordinary Differential Equations

  10. • SS 18 Sabbatical

  11. • WS 17/18 Difference Equations, Functional Analysis, Proseminar

  12. • SS 17 Dynamical Systems 2, Partial Differential Equations 1, Proseminar

  13. • WS 16/17 Analysis 3, Dynamical Systems 1, Nonlinear Analysis

  14. • SS 16 Analysis 2, Complex Analysis, Partial Differential Equations 1

  15. • WS 15/16 Analysis 1, Proseminar, Mathematik für Wirtschaftswissen, Applied Mathematics Lab

  16. • SS 15 Difference Equations, Ordinary Differential Equations

  17. • WS 14/15 Dynamical Systems 1, Partial Differential Equations 2, Proseminar

  18. • SS 14 Ordinary Differential Equations, Partial Differential Equations 1

  19. • WS 13/14 Analysis 3, Functional Analysis

  20. • SS 13 Analysis 2, Numerical Bifurcation Theory, Seminar

  21. • WS 12/13 Analysis 1, Difference Equations

  22. • SS 12 Numerical Analysis, Partial Differential Equations 1

  23. • WS 11/12 Analysis 3, Seminar

AAU Klagenfurt

  1. • Courses: Introduction to Functional Analysis, Delay Differential Equations, Discrete Dynamical Systems and Discretization, Linear Algebra (for Computer Science), Nonautonomous Dynamical Systems, Numerical Bifurcation Theory

  2. • Seminars: Analysis on Time Scales, Biomathematics, Delay Equations in Biology, Cyclic Delay Differential Equations, Nonautonomous and Random Dynamical Systems, Difference Equations, Spectral Theory of Linear Differential Equations

TU München

  1. • WS 15/16 Minicourse: Nonautonomous Dynamical Systems

Nicolaus Copernicus Uni Torun