Simulation and modelling in technical education

Simulation and modelling software is the ideal preparation for practical training in the learning laboratory and offers the option of remote learning. Learning concepts can thus be supplemented and expanded, providing effective and lasting results.

FluidSIM®

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

A unique success story

FluidSIM® has already received several awards, including the Expert System Innovation Award at the XPS Expert System Conference in Kaiserslautern, Germany, the international Worlddidac Award and the German Educational Software Award. With more than 200,000 installations worldwide since 1995, FluidSIM® is one of the most successful software packages in mechatronics training.

Safe learning environments through simulations and modelling

Simulation and modelling in technical education refers to the use of computer-aided techniques to create digital representations of real systems, processes or scenarios. These innovative approaches can be used in lessons to try out, test or analyse theories, processes or designs. This provides a deeper understanding of complex technical concepts.

The simulation creates an interactive simulation model that can be dynamically adjusted to analyse and observe the effects of varying conditions, inputs or other variables. This enables concepts to be precisely applied, analysed and optimised.

With modelling, a system or machine can be represented or analysed in an abstract way. This helps students to better understand complex interrelationships and supports them in developing solutions for real technical problems.

Benefits of simulations and modelling

  • Immersive experience and realistic exercises through digital representation of physical training sessions
  • Optimum preparation for practical work in the learning workshop thanks to the development of digital learning solutions
  • Reduced labour, time and costs thanks to virtual environment and the opportunity to repeat content
  • Acquisition of practical skills in dealing with real software
  • Independent, personalised learning independent of location
  • Reliability and accuracy through precise simulation and modelling
  • Minimisation of safety risks, as students can experiment without serious consequences
  • Practical training and application of knowledge by simulating realistic problems and processes

The use of simulations and modelling in technical education optimises the learning process by creating a safe and realistic environment for learning technical knowledge and skills. This allows students to perfect their skills and optimally prepare themselves for practical challenges.

Discover the simulation and modelling software from Festo

The simulation and modelling software from Festo enables students to be optimally prepared for practical challenges.

FluidSIM for creating and simulating circuit diagrams

Discover FluidSIM, the world's leading simulation software for creating and simulating circuit diagrams in pneumatics, hydraulics, and electrical engineering.

FluidSIM has been a world leader in circuit diagram creation and simulation for over 25 years. It seamlessly combines theory and practice through interactive simulations, intuitive circuit designs and comprehensive learning tools.

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CIROS for creating and applying 3D simulation models

CIROS is an industry-proven software for creating and applying 3D simulation models in automation technology. Thanks to its educational functions, CIROS can be used in a variety of ways in teaching and research. Discover our comprehensive simulation software for mechatronics, automation and robotics.

Immerse yourself in the fascinating world of 3D simulation with CIROS.

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FactoryViews for the learning and research factories

FactoryViews integrates all software modules associated with the learning and research factories from Festo, such as MES4, Webshop or Augmented Reality.

It can also connect to virtual factories simulated in CIROS to create a comprehensive learning environment from ordering via the web shop, order processing in MES4 and order fulfilment in CIROS.

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Robotino SIM Professional for simulation with Robotino

Robotino SIM Professional is a simulation environment for experimenting with Robotino, our mobile robot platform for research and teaching. Robotino SIM offers you a virtual Robotino in an exciting experimental environment and allows you to solve a variety of tasks related to robotics.

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Robotino View is the interactive programming environment for Robotino.

Robotino View is the interactive graphical programming environment for Robotino, our mobile robot platform for research and teaching. With Robotino View, you can create and execute control programmes for Robotino and establish a connection to a virtual model of Robotino in CIROS.

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EasyVeep for 2D process simulation

EasyVeep is a free 2D graphical process simulation with numerous examples for PLC training. Together with EasyPort USB, the EasyVeep simulation software enables a variety of practical process models to be controlled using any PLC.

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LVSIM-EMS for simulating electromechanical systems

LVSIM-EMS is a simulation programme for electromechanical systems that simulates the electrical and mechanical properties of devices in electric power technology training systems. The data acquisition and control functions allow students to carry out complete, practical experiments. LVSIM-EMS is available as a downloadable programme and as an online version.

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LVProSim for process control

LVProSim works both as a controller for specific process control training systems and as a general process control simulator. When used as a controller, it monitors data and applies a standard PID algorithm to determine the appropriate response. In simulation mode, students can model first or second order processes to explore the different properties of a process.

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FluidLab-PA for process automation

FluidLab-PA is a simulation and control software programme for process automation. It is used to learn the fundamentals of closed-loop control technology by enabling multimedia measurement, control, operation, monitoring and commissioning. It is available in many versions (e.g. closed-loop, process, multi-loop, energy, water management) that complement our various training systems.

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