- Study format:
- Certificate of Attendance
Gain an overview of the driverless transport systems (DTS) available on the market and their specific areas of application. Taking into account the structural changes that the integration of driverless transport systems entails in the current production process, you will learn methods for the appropriate selection of robots and present different DTS in an interactive simulation.
▶ Overview of the driverless transport systems (DTS) available on the market and
their distinguishing features
▶ Individual selection and application analysis for DTS
▶ Practical illustration via use cases
▶ Behind the scenes: Interactive simulations
Group of Participants
You are an engineer, technician, manager or executive from the fields of mechanical engineering, manufacturing, electrical engineering, IT, digitisation, HR, operational and strategic management. You will particularly benefit from this course if you want to introduce or expand driverless transport systems in the field of production, assembly or packaging technology.
Robots are assuming a growing number of tasks in production and logistics. In logistics, for example, the transport of goods is increasingly covered by driverless transport systems. This increases productivity and eases the workload of employees.
The course provides an insight and application-oriented tips when it comes to integrating automated guided vehicles into a production process. Methods for selecting FTS are presented. Participants can use their concrete needs to represent different AGVs in an interactive simulation.
Further information regarding the seminar "Selection of a Driverless Transport System (DTS)"
On the first day of the course the following topics will be taught:
On the second day of the seminar the following topics will be taught:
Institute of Mechanism Theory, Machine Dynamics and Robotics
Prof. Mathias Hüsing und Prof. Burkhard Corves
exemplarischer Modulplan (Änderungen vorbehalten)