After successful completion of the course, students are able to:

• Define terminology and be able to reproduce mathematical relationships.
• Using methods and concepts of system simulation and being able to adapt them in different situations.
• Reproduce numerical methods and procedures of system simulation and adapt those to given situations.
• Discuss aspects of applied modelling in simulation models and simulation environments, as well as their influence, qualitatively and quantitatively.

• Control mathematics and sensitivity analysis
• Parameter identification and calibration
• Discrete modelling techniques
• Validation and verification

Panel presentation for an introduction to the facts and presentation of the concepts and methods. First introductory examples support the introduction and deepening and bridge the tasks in the related exercises.

The course is held through hybrid teaching, i.e. the lecture is partly reproduced by videos and on-site meetings. Detailed information is available in the associated TUWEL course and the preliminary meeting.

Übungsaufgaben während des Semesters mit Präsentationen der Ergebnisse und begleitendem mündliche Prüfungsgespräch

Basic knowledge in analysis, linear algebra and differential equations