• spring semester 2010 (Queen Mary, University of London):
• Applied Dynamical Systems
• two exercise classes
  

• fall semester 2009 (Queen Mary, University of London):
• Calculus 1
  
• supervising all exercise classes for Calculus 1
  

• spring semester 2009 (Queen Mary, University of London):
• part of Applied Dynamical Systems
• two exercise classes (differential equations)
  

• fall semester 2008 (Queen Mary, University of London):
• Calculus 1
  
• supervising all exercise classes for Calculus 1
  

• spring semester 2008 (Queen Mary, University of London):
• part of Applied Dynamical Systems
• two exercise classes (differential equations)
  

• fall semester 2007 (Queen Mary, University of London):
• Introduction to Dynamical Systems
• three exercise classes (dynamical systems and probability 2)
  

• spring semester 2007 (Queen Mary, University of London):
• Quantum Theory
• Introduction to Dynamical Systems
• two exercise classes (quantum theory and dynamical systems)
  

• fall semester 2006 (Queen Mary, University of London):
• two exercise classes (probability 2)
  

• spring semester 2006 (Queen Mary, University of London):
• Quantum Theory
• organisation of the Dynamical Systems Seminar
• two exercise classes (quantum theory and discrete mathematics)
  

• fall semester 2005 (Queen Mary, University of London):
• Introduction to Dynamical Systems
• organisation of the Dynamical Systems Seminar
• three exercise classes (one dynamical systems and two probability 2)
  

• spring semester 2005 (Queen Mary, University of London):
• Quantum Theory
• Introduction to Dynamical Systems
• organisation of the Dynamical Systems Seminar
• two exercise classes (quantum theory and dynamical systems)
  

• fall semester 2004 (Queen Mary, University of London):
• organisation of the Dynamical Systems Seminar
• two exercise classes (probability 1)
  

• winter semester 2001/2002 (Technical University of Dresden):
  
• Deterministic chaos and nonequilibrium statistical mechanics

• June/July 2000 (MPIPKS Dresden):
• Statistical dynamics of nonequilibrium systems

For preceding teaching duties and related activities see here