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All Trainings

Unleash your potential: join our trainings!

Explore EIT Manufacturing Academy’s extensive training catalogue, offering a diverse range of learning activities including digital modules, live sessions, blended training, and hands-on practice. Whether you prefer flexible online learning or interactive in-person experiences, browse our comprehensive list where featured selections are highlighted for your convenience. Discover your path to success with us today!

Intermediate

Ethernet Data Link Layer


By Czech Technical University

Learn the fundamentals of how Ethernet transfers data efficiently at Layer 2 of the OSI model, focusing on frame structure, addressing, and error detection. Develop a solid understanding of how Ethernet’s connectionless operation and reliance on higher-level protocols for error recovery shape modern networking environments.

Digital learning, Lesson
  • Quiz1
Intermediate

Ethernet Link Layer Discovery


By Czech Technical University

This lesson demystifies how IEEE 802.1AB (LLDP) and its SNMP-exposed MIB let network devices advertise and collect rich, vendor-neutral metadata to build a live Layer-2 topology map. You will learn the manager/agent workflow—polling with GETBULK, correlating lldpLoc and lldpRem tables, and reacting to TRAP/INFORM events—to automate provisioning, monitoring, and fault isolation across multi-vendor networks.

Digital learning, Lesson
  • Quiz1
Intermediate

Digital Product Passport - Marking Technologies


By JOANNEUM RESEARCH

This learning lesson explains the steps involved in using marking technologies such as Barcode 128, Data Matrix or Quick Response (QR) code as a data carrier. It also shows how to implement it.

Digital learning, Lesson
  • Quiz1
Intermediate

Digital Product Passport - Near Field Communication as a Marking Technology


By JOANNEUM RESEARCH

This lesson explains the steps involved in using Near Field Communication tags as a data carrier. We show how this can be implemented and give an outlook on upcoming activities regarding the Near Field Communication Digital Product Passport standard.

Digital learning, Lesson
  • Quiz1
Intermediate

Digital Product Passport - Software as a Service


By JOANNEUM RESEARCH

The Digital Product Passport as a service for SMEs enables the digital capture and management of product data throughout its entire lifecycle. This increases transparency and traceability in the supply chain and facilitates compliance with legal requirements. The DPP as a Service-based solution means that SMEs benefit from low implementation costs and maximum flexibility.

Digital learning, Lesson
  • Quiz1
Intermediate

Digital Product Passport – Regulations


By JOANNEUM RESEARCH

In this lesson, we will present the motivation and the most important facts regarding regulation in the EU. Furthermore, we will discuss the most important time schedules for familiarizing yourself with the new EU regulations. Finally, we will provide an overview of the relevant information blocks of the DPP.

Digital learning, Lesson
  • Quiz1
Intermediate

Introduction to Ethernet


By Czech Technical University

This course covers the basics of Ethernet technology and its application in industrial environments, including how Ethernet integrates with PLCs and higher-level systems. Learners will discover its historical evolution, understand protocol layering, and explore best practices for reliable real-time communication.

Digital learning, Lesson
  • Quiz1
Intermediate

Introduction in Internet of Things (IoT) Technology


By Beia Consult International

Internet of Things (IoT) communication protocols vary in coverage, power usage, and efficiency. Cellular technologies such as Second Generation (2G), Third Generation (3G), Fourth Generation (4G), Long Term Evolution for Machines (LTE-M), and Narrowband Internet of Things (NB-IoT) offer wide-area coverage but differ in power consumption and data cost. Low Power Wide Area Network (LPWAN) protocols like Long Range Wide Area Network (LoRaWAN) and Sigfox are suited for long-range, low-power applications with limited data transmission. Internet-based protocols such as Message Queuing Telemetry Transport (MQTT), Constrained Application Protocol (CoAP), and HyperText Transfer Protocol (HTTP) optimize communication efficiency. Meanwhile, hybrid technologies like Thread and IPv6 over Low-Power Wireless Personal Area Networks (6LoWPAN) combine multiple technologies to support specialized IoT applications.

Digital learning, Lesson
  • Quiz1