Simulation and modeling in technical education

Simulation and modeling software is the ideal way to prepare for practical training in the learning laboratory, offering the possibility of remote learning. Learning concepts can be supplemented and expanded in a meaningful and sustainable way.

FluidSIM®

FluidSIM® is the world’s leading circuit diagram design and simulation program for pneumatics, hydraulics, and electronics.

A unique success story

FluidSIM® has already been distinguished with several awards, including the Expert System Innovation Prize at the XPS Expert Systems Convention in Kaiserslautern, the International Worlddidac Award, and the German Educational Software Prize. With more than 200,000 installations around the world since 1995, FluidSIM® is one of the most successful software packages for mechatronics training.

Safe learning environments through simulations and modeling

Simulation and modeling in technical education refers to the use of computer-aided technologies for digitally representing real systems, processes or scenarios. These innovative approaches can be used in the classroom to try out, test or analyze theories, processes and designs. It provides a deeper understanding of complex technical concepts.

The simulation creates an interactive simulation model that can be dynamically adjusted to investigate and observe the effects of varying conditions, inputs or other variables. This allows concepts to be precisely applied, analyzed and optimized.

Modeling makes it possible to represent and analyze a system or machine in an abstract way. This helps learners better understand complex relationships and offers them support in developing solutions to real technical problems.

Advantages of simulations and modeling

  • Immersive experience and realistic exercises through a digital representation of physical training
  • Ideal preparation for practice in the learning workshop through the development of digital learning solutions
  • Reduced workload, time and costs thanks to virtual environment and possibility of repetition
  • Acquisition of practical skills in dealing with real software
  • Independent, individual and location-independent learning
  • Reliability and accuracy through precise simulation and modeling
  • Minimized safety risks as learners can experiment without any serious consequences
  • Practical training and application of knowledge through simulation of realistic problems and processes

The use of simulations and modeling in technical education optimizes the learning process by creating a safe and realistic environment for learning technical knowledge and skills. This enables learners to perfect their skills and prepare themselves in the best possible way for practical challenges.

Discover the simulation and modeling software from Festo

Festo's simulation and modeling software enables the best possible preparation for practical challenges.