ISAMS05 - System-level modelling for mechatronic dynamical systems

This two-day course provides a practical introduction to system-level modelling and simulation of mecha(tro)nic dynamical systems. Participants will explore the different stages, methods and tools involved in building simulation models for complex mechatronic applications.

The programme focuses on simulation formalisms and practical guidelines for defining and implementing mechatronic simulation models. Going beyond component-level finite element analysis, the course demonstrates how full system-level simulations can be used to evaluate key performance attributes commonly encountered in industry.

Special attention is given to flexible multibody simulation techniques, lumped parameter modelling approaches and the co-simulation of both model types. The course also covers model order reduction methods to help manage computational complexity in large-scale simulations.

Throughout the course, participants will discover how these techniques are applied in industrial environments through practical case studies, including applications in Digital Twin development.

For whom?

This intensive course is primarily intended for newcomers to system-level simulation of mechatronic systems who already have a basic background in mechatronics and dynamics.

Because the programme also addresses several state-of-the-art topics in system simulation, it is equally relevant for experienced professionals who want to update their expertise.

Location and language

• The course takes place on 10–11 September 2026 at KU Leuven, Celestijnenlaan 300, B-3001 Leuven, Belgium.
• The course language is English.

Register here

More information and registration is available on the conference website.