#
Loading...
  1. Home

  2. Technical education

  3. Training concepts

  4. Highlights

  5. Fundamentals of automation technology

Fundamentals of Mechanical Production Engineering

Course selection: Fundamentals of Mechanical Manufacturing

  • Fundamentals of Technical Documentation
  • Fundamentals of Drilling and Forming
  • Fundamentals of Milling
  • Fundamentals of Turning
  • Additive Manufacturing
  • Commissioning the Stacking Magazine

Fundamentals of Mechanical Production Technology

The training aims include using basic machining and additive production methods, as well as designing and interpreting technical drawings. The course also covers the assembly and commissioning of mechatronic systems, as well as systematic troubleshooting. This promotes a comprehensive understanding of mechanical production and fundamental mechatronics skills.

Learning paths: Fundamentals of Automation Technology

Course selection: Fundamentals of Automation Technology

  • Commissioning of the SkillsConveyor (unassembled)
  • Commissioning of the SkillsConveyor (assembled)
  • Hard-Wired Programmed Logic Controller with SkillsConveyor and Control Cabinet
  • Hard-Wired Programmed Logic Controller with SkillsConveyor and TP 1211
  • Wiring and Controlling an AC motor with SkillsConveyor and Control Cabinet
  • Wiring and Controlling an AC motor with SkillsConveyor and TP 1211
  • Fundamentals of PLC Programming (LOGO!) on the SkillsConveyor
  • Fundamentals of PLC Programming (S7) on the SkillsConveyor
  • Practical PLC Programming and Sensor Technology on the SkillsConveyor
  • RFID Technology used on the SkillsConveyor (S7)

Fundamentals of automation technology

The vocation training provides practical education in the fundamentals of automation technology, including mechanical design, electrical wiring, sensor technology, motor control and the programming of control systems. Thanks to the modularity of the learning systems, the content can be taught flexibly and clearly and is supported by digital media and structured teaching materials. In the following learning pathways, practical exercises are used to help students understand the design, commissioning and troubleshooting of mechatronic systems.

SkillsConveyor

Find out how the SkillsConveyor lays the foundations for solid competencies in automation technology.

SkillsConveyor
To the flyer