Courses

Controllab provides several courses to get you started with 20-sim and bring your knowledge on the package to an expert level.

• Introduction 20-sim: one day training course showing the basic capabilities of the 20-sim software. 
• Modeling and simulation with 20-sim: three day training course will showing al the capabilities of the 20-sim software.
• Real Time Toolbox and code Generation with 20-sim: one day training course on the use of 20-sim in real-time and embedded systems (expert level).
• PID Controllers: one to three day training course on control systems design in 20-sim (expert level).

The courses

Introduction 20-sim

This one day training course will show the basic capabilities of the 20-sim software. The course is meant as an introduction to the package for novel users of the package. With the course you will be able to create and simulate models and use the various toolboxes to analyze the results.

Modeling and simulation with 20-sim

This three day training course will show al the capabilities of the 20-sim software. The course is meant as a thorough introduction to the package for users who want to extensively use the package. With this course you will be able to create your own model libraries. You will be able to create tailor-made models and use all the toolboxes to analyze the results.

Real Time Toolbox and C-Code Generation with 20-sim

This one day training course will show the basic capabilities of the Real Time Toolbox of 20-sim. With the course you will be able to create and simulate dynamic models and generate C-code out of these models. The code can be for various purposes such as control code generation for rapid prototyping systems or machine code generation to create virtual machines.

PID Controllers

This training course is an extended version of the training course “PID Control” and will learn engineers how PID controllers work and how they influence machine behavior. With the help of this course the you will be able to efficiently detect ill-adjusted or ill-implemented PID controllers. Moreover you will gain the skills to design alternative control schemes and test these using modeling and simulation tools. You will also be able to implement every form of PID control (PLC, PC, motor drive, etc.) and test the proper operation.