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HSLU – Lucerne University of Applied Sciences and Arts

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At the Lucerne University of Applied Sciences and Arts (HSLU), the engineering faculty plays a key role in advancing Industry 4.0 skills and innovation. Through bachelor’s and master’s programs, applied research, and continuing education, HSLU trains professionals in automation, robotics, data analytics, IoT, and smart manufacturing.Industry-oriented labs provide hands-on experience with advanced production systems, digital twins, and industrial communication networks. Close cooperation with Swiss and international companies ensures that projects address real-world challenges in productivity, flexibility, and sustainability.By integrating technology, business, and systems thinking, HSLU equips graduates to lead digital transformation in manufacturing and related sectors.

Shaping Industry 4.0 Competence

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Exercises

Interactive exercises and scenarios

Beschreibung der Kurs Story: TIA Portal Basics Smart Logistic Factory
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Exercise
Modul 1: Die Inbetriebnahme der Musterlösung
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Exercise
Modul 2: Die Inbetriebnahme der Zentralbaugruppe S7-1500 und der Peripheriemodule
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Modul 3: Inbetriebnahme der HMI Visualisierung mit Basis-Funktionalität
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Modul 4: Entwicklung der Anwendersoftware für den Handbetrieb
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Modul 5: Entwicklung der Anwendersoftware für den Automatikbetrieb
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Modul 6: Implementierung und Inbetriebnahme einer HMI-Visualisierung zum Bedienen und Beobachten
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Exercise
Modul 1: Inbetriebnahme der Applikation zum Lesen und Schreiben von RFID Daten
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Exercise
Modul 2: Hardwarekonfiguration des dezentralen Peripheriesystems mit IO-Link
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Modul 3: Inbetriebnahme der RFID Schreib- und Leseköpfe für die IO-Link RFID Applikation
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Modul 4: Implementieren des Automatisierungsprogramms für die IO-Link RFID Applikation
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Modul 5: Implementieren der HMI Visualisierung und testen der gesamten Applikation
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Module 1: Commissioning the application for reading and writing RFID data
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Module 2: Hardware configuration of the distributed I/O system with IO-Link
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Module 3: Commissioning the RFID write and read heads for the IO-Link RFID application
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Module 4: Implementation of the automation program for the IO-Link RFID application
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Module 5: Implementation of the HMI visualization and testing of the entire application
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Exercise
Modul 1: Virtuelle Inbetriebnahme
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Modul 2: Projektierung des Automatisierungsprogramms
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Modul 3: Erweiterungen und Optimierungen
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Modul 4: Statisches 3D-Modell
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Modul 5: Dynamisches 3D-Modell
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Modul 6: Signal-Mapping des dynamischen 3D-Modells und PLCSIM Advanced
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Exercise
Module 1: Virtual commissioning
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Module 2: Configuration of the automation program
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Module 3: Enhancements and optimizations
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Module 4: Static 3D model
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Module 5: Dynamic 3D model
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Module 6: Signal mapping of the dynamic 3D model and PLCSIM Advanced
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Exercise