University of Heidelberg
- Lecture "Numerische Mathematik 1" 4 hours a week, and exercises
- Lecture "Einfuehrung in die numerische Mathematik" 4 hours a week, and exercises
- Sabbatical
- Practical "Robotics"
- Lecture "Nonlinear Optimization" 4 hours a week, and exercises
- Lecture "Ausgewaehlte Kapitel der Optimierung" 2 hours a week, and exercises
- Seminar "Optimierung und SVM"
- Practical "Robotics"
- Lecture "Mathematik I", 4 hours a week, and exercises
- Lecture
"Optimierung bei gewoehnlichen Differentialgleichungen"
2 hours a week, and exercises
- Lecture "Nonlinear Optimization" 4 hours a week, and exercises
- Lecture "Nichtdifferenzierbare Optimierung" 2 hours a week, and exercises
- Seminar "Optimierung"
- Practical "Robotics"
- Lecture "Linear Optimization", 4 hours a week, and exercises
- Lecture "Optimization on Ordinary Differential Equations", 2 hours a week
- Practical "Robotics"
-
Seminar
"Optimization Methods" for "Lehramt" students
- Lecture "Nonlinear Optimization" 4 hours a week, and exercises
- Lecture "Advanced Topics in Optimization" 2 hours a week, and exercises
- Proseminar "Modelling"
- Practical "Robotics"
- Lecture "Linear Optimization", 4 hours a week, and exercises
- Lecture "Optimization on Ordinary Differential Equations", 2 hours a week
- Practical "Robotics"
- Lecture "Nonlinear Optimization" 4 hours a week, and exercises
- Lecture "Dynamical Systems" 2 hours a week, and exercises
- Seminar "All-at-Once-Methoden fuer die Parameterschaetzung"
- Practical "Robotics"
- Sabbatical
- Lecture "Combinatorial Optimization", 4 hours a week, and exercises
- Pro-Seminar "Modeling"
- Seminar "Optimale Kontrolle oekonomischer Prozesse"
- Practical "Robotics"
- Lecture "Linear Optimization", 4 hours a week, and exercises
- Lecture "Optimization on Ordinary Differential Equations", 2 hours a week
- Propaedeutikum "Wie komme ich optimal zum Ziel"
- Practical "Robotics"
-
Seminar
"Sparse Solutions and Sparse Modeling"
- Lecture "Nonlinear Optimization" 4 hours a week, and exercises
- Lecture "Dynamical Systems" 2 hours a week, and exercises
- Seminar "Numerical Methods and Optimization"
- Practical "Robotics"
- Lecture "Mathematik I", 5 hours a week, and exercises
- Seminar "Numerical Methods and Optimization"
- Practical "Robotics"
- Lecture "Combinatorial Optimization", 4 hours a week, and exercises
- Pro-Seminar "Modeling"
- Seminar "Numerical Methods and Optimization"
- Practical "Robotics"
- Lecture "Linear Optimization", 4 hours a week, and exercises
- Lecture "Optimization on Ordinary Differential Equations", 2 hours a week
- Seminar "Numerical Methods and Optimization"
- Practical "Robotics"
- Lecture "Noninear Optimization", 4 hours a week, and exercises
- Seminar "Numerical Methods and Optimization"
- Pro-Seminar "Modeling"
- Practical "Robotics"
- Lecture "Linear Optimization", 4 hours a week, and exercises
- Seminar "Numerical Methods and Optimization"
- Practical "Robotics"
- Seminar "Numerical Methods with Matlab"
- Software Practicum for Beginners and Advanced
- Exercises to
"Numerical Methods I"
- Exercises to
"Introduction into Numerical Methods"
- Seminar "Global Optimization"
- Exercises for "Introduction into Simulation Tools"
- Lecture "Theory and Solution Methods for Ordinary Differential Equations" (U Siegen) 4 hours a week, and exercises
- Lecture "MATLAB and Solution Methods for Ordinary
Differential Equations" (U Siegen)
2 hours a
week
- Seminar "Newton Method"
- Software Practicum for Beginners and Advanced
- Lecture "Algorithmic Optimization II", 4 hours a week, and exercises
- Seminar
"Automatic Differentiation"
- Lecture "Algorithmic Optimization I", 4 hours a week, and exercises
- Seminar
"Convex Optimization"
- Lecture "Ausgewaehlte Probleme des Wissenschaftlichen Rechnens", 4 hours a week, and exercises
- Seminar
"Parameter Estimation"
- Lecture
"Algorithmic Optimization II", 4 hours a
week, and
exercises
- "Algorithmic Optimization I", 4 hours a week, and exercises
- Seminar "Numerical Methods for Linear Equation Systems"
- Lecture " Angewandte Mathematik für Wirtschaftsinformatiker", 4 hours a week,
and exercises (FH Heidelberg)
- Lecture "Linear Programming: Theory and Algorithms", 2 hours a week
- Seminar "Efficient
Solution of Optimal Control Problems"
- Seminar "Methods and Software for Determination of Satellite Orbits"
- Exercises for "Introduction
into Simulation Tools"
- Lecture "Numerical Aspects in Parameter Estimation", 2 hours a week
- Seminar
"Software for Real-time
Optimization of Complex Systems"
- Lecture
"Linear Optimization", 2 hours a
week
- Lecture
"Nondifferentiable Optimization", 2 hours a
week