Introduction to the Railway System

Understanding the Basics – Ensuring Safety – Applying Standards Correctly

The railway is a complex technical overall system: infrastructure, vehicles, operations, and regulations are tightly interlinked. At the same time, software plays an increasingly central role – from train control to safe monitoring of infrastructure. Anyone entering railway projects quickly notices: the industry follows its own rules shaped by safety thinking, evidence documentation, and clearly defined roles and processes.

This training provides an understandable, practice‑oriented system overview and shows what distinguishes railway projects—especially regarding safety—from other industries. The focus is on the special requirements for safety‑critical software as well as the relevant standards, particularly EN 50126, EN 50129, and EN 50716. A compact SIL4 case study illustrates how standard requirements take effect in real project environments.

The course is aimed at anyone who wants to classify and realistically assess railway projects—regardless of whether they develop software, offer systems, provide technical solutions, or hold organizational responsibility. The goal is to create a solid understanding of how the railway system works and which processes, roles, and evidentiary steps are required.

Overview of the Training »Introduction to the Railway System«

Course Format
On-site – Online (Live Online with scheduled date)
Duration 6 hours
Dates
  • 28.04.2026
    (Registration deadline 10.04.2026)

    or

  • 23.06.2026
    (Registration deadline 12.06.2026)

    or

  • 29.09.2026
    (Registration deadline 11.09.2026)
Course Language German
(English upon request))
Prerequisites for Participation none
Target Group

The training is intended for professionals and managers who plan to enter railway projects and want to understand the specifics of the industry – in particular from software development, system and safety engineering, project management, product management, consulting, technical management, and corporate development.

Participation Fee EUR 500 ,- per person (VAT exempt according to §4 No. 22 letter a German VAT Act)
Benefits and Learning Objectives

After completing the training, participants will be able to...

... classify the basic structure of the railway system with infrastructure, vehicles, and operations.

... understand the interplay of technology, organization, and regulations in railway operations.

... assess the role of safety‑critical software in the overall railway system.

... name and interpret the key railway standards (EN 50126, EN 50129, EN 50716).

... realistically evaluate the significance of Safety Integrity Levels (SIL).

... understand, using a SIL‑4 case study, how standard requirements are implemented in practice.

Content

Course Content – Topics Covered in the Seminar

 

Fundamentals of the railway system

  • Structure and interaction of infrastructure, vehicles, and operations
  • Technical, organizational, and regulatory principles of the railway system

Safety‑critical software in the railway context

  • Role of software in control, monitoring, and safety
  • Characteristics of safety‑related development and testing processes

Standards and regulations

  • Introduction to EN 50126 (RAMS)
  • Introduction to EN 50129 (Safety Case)
  • In‑depth look at EN 50716 (Software Development)
  • Deriving key requirements for projects and development processes

Safety Integrity Levels (SIL)

  • Meaning and classification of SIL levels
  • Impact on planning, quality assurance, verification, and evidence documentation

Practical example / case study (SIL‑4)

  • Step‑by‑step walkthrough of a safety‑critical system
  • Transfer of standard requirements into real project structures

Systems thinking and interactions

  • Interaction between technology, organization, and regulations
  • Impact on project planning, effort estimation, and feasibility
Trainer

Dr.-Ing. Jens Gerlach
After studying mathematics at Humboldt University in Berlin, Jens Gerlach worked as a research associate at GMD FIRST and later as a senior researcher in Japan. Following his doctorate at TU Berlin, he worked at Fraunhofer FOKUS in the areas of embedded systems, formal verification, and quantum computing. A focus of his work is applications in the railway domain.

Contact

Contact Press / Media

Anne Halbich

Fraunhofer Institute for Open Communication Systems
Kaiserin-Augusta-Allee 31
10589 Berlin, Germany

Phone +493034637346

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