ETH Zürich

ETH Zurich (Swiss Federal Institute of Technology), founded in 1855, is one of the world’s leading universities for science and technology. Based in Zurich and with a campus in Hönggerberg, it educates over 24,000 students from more than 120 countries, including 4,500 doctoral candidates.Renowned for cutting-edge research and strong industry collaboration, ETH focuses on engineering, natural sciences, architecture, mathematics, and management. Its faculty and alumni include 22 Nobel laureates, underscoring its global academic impact.ETH operates world-class research facilities and innovation labs, fostering advancements in fields such as robotics, renewable energy, data science, and life sciences. Through partnerships with industry and public institutions, ETH drives technology transfer, entrepreneurship, and sustainable solutions for global challenges.

Excellence in Science, Technology, and Innovation

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Step-by-step guided training sessions

ETH Zürich

Access Portal

Categories

Siemens Training

Guided Trainings

Advanced training "IO-Link und RFID - SmartLogistic Factory"

Advanced course "DigitalTwin@Education"

Exercises

Modul 1: Inbetriebnahme der Applikation zum Lesen und Schreiben von RFID Daten

Modul 2: Hardwarekonfiguration des dezentralen Peripheriesystems mit IO-Link

Modul 3: Inbetriebnahme der RFID Schreib- und Leseköpfe für die IO-Link RFID Applikation

Modul 4: Implementieren des Automatisierungsprogramms für die IO-Link RFID Applikation

Modul 5: Implementieren der HMI Visualisierung und testen der gesamten Applikation

Module 1: Commissioning the application for reading and writing RFID data

Module 2: Hardware configuration of the distributed I/O system with IO-Link

Module 3: Commissioning the RFID write and read heads for the IO-Link RFID application

Module 4: Implementation of the automation program for the IO-Link RFID application

Module 5: Implementation of the HMI visualization and testing of the entire application

Modul 1: Virtuelle Inbetriebnahme

Modul 2: Projektierung des Automatisierungsprogramms

Modul 3: Erweiterungen und Optimierungen

Modul 4: Statisches 3D-Modell

Modul 5: Dynamisches 3D-Modell

Modul 6: Signal-Mapping des dynamischen 3D-Modells und PLCSIM Advanced

Module 1: Virtual commissioning

Module 2: Configuration of the automation program

Module 3: Enhancements and optimizations

Module 4: Static 3D model

Module 5: Dynamic 3D model

Module 6: Signal mapping of the dynamic 3D model and PLCSIM Advanced