- SEC
- TRAINING
Industrial Cybersecurity TRAINING for Machinery Design:
EU Machinery Regulation & Cyber Resilience Act Implementation for Design Engineers
In this training, machinery design engineers learn how to integrate cybersecurity into machine development in a practical, engineering-focused way — without unnecessary IT jargon. The seminar shows how to design machines that meet the requirements of the EU Machinery Regulation and the Cyber Resilience Act.
Unlike traditional training courses that mainly focus on standards, IT basics or IEC 62443, this seminar is centered on practical implementation in machine design and engineering: concrete design decisions, clearly assigned responsibilities and actionable outcomes. Participants learn which cybersecurity measures are required at each phase of the machine life cycle — and what this means in practice for engineering teams.
Practical focus:
beyond traditional cybersecurity training
"Cybersecurity in machinery design rarely fails because of a lack of awareness. More often, it fails because design engineers lack clear guidance on how to implement the requirements in practice.
This seminar closes that gap: with practical guidance, clear responsibilities and actionable steps that can be applied directly in engineering."
Franca Hopf,
Product Manager Safety Service & Training
Expert in functional safety & industrial cybersecurity
CYBERSECURITY IS BECOMING
AN INTEGRAL PART OF DESIGN
The EU Machinery Regulation and the Cyber Resilience Act make cybersecurity a mandatory consideration in machine development and CE conformity. Manufacturers now need to address cybersecurity requirements throughout the entire machine life cycle.
However, many companies still lack clear guidance on how to implement these requirements in engineering practice. While the regulatory requirements may be known, their translation into concrete design decisions often remains unclear. The result: uncertainty, additional effort and avoidable project risks.
WHY DESIGN ENGINEERS
PLAY A KEY ROLE
Design engineers lay the foundation for a machine’s security at an early stage. However, cybersecurity requirements are often not yet systematically reflected in key development decisions, such as:
- defining the system architecture
- selecting components
- establishing communication structures
- defining maintenance and update concepts
- preparing documentation and interfaces
These decisions have a major impact on whether a machine can meet the requirements of the Cyber Resilience Act and the EU Machinery Regulation.
WHAT YOU CAN APPLY DIRECTLY IN YOUR PROJECTS
✅ Implement EU Machinery Regulation & CRA
You understand which requirements are relevant to your machine projects and how to address them in engineering practice.
✅ Make security-relevant design decisions
You understand cybersecurity not as an abstract IT topic, but from an engineering and design perspective — and know which design decisions really matter.
✅ Follow clear action steps across the machine life cycle
You know which measures are required throughout the machine life cycle — from concept to commissioning.
✅ Apply risk analysis in practice
You can assess cybersecurity risks in an engineering context and define concrete measures for your machine projects.
✅ Work with checklists, templates and tools
You receive practical resources that you can use immediately in your projects and adapt for further implementation.
YOUR INSTRUCTORS FOR
INDUSTRIAL CYBERSECURITY IN MACHINERY DESIGN
This seminar is led by experienced specialists from the Wieland team who work with functional safety and industrial cybersecurity requirements on a daily basis. You will benefit from practical insights, real-world engineering experience and well-founded answers to specific questions from development and machine design.
MARCUS SCHOLLE
Over 10 years of experience in functional safety for machinery and plant engineering. Focus areas include safety controllers, conformity assessment, retrofit solutions and practical implementation in machine design. Certified as a Certified Industry Cyber Security Professional (CICSP) by SGS TÜV Saar.
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WOLFGANG ONDERKA
More than 15 years of experience in automation technology and functional machine safety. Focus on consulting, training and supporting complex machine projects throughout the entire safety life cycle. Certified under the ISA/IEC 62443 Cybersecurity Certificate Program.
Learn more
NO DATES AVAILABLE
Unfortunately, there are currently no dates available for this seminar. Subscribe to our newsletter to be notified as soon as new dates are announced. Alternatively, you can check our training overview at any time to see all currently available seminars.
In-house training
– Apply cybersecurity directly to your machine design
Cybersecurity in machinery design is no longer just an IT topic. It must be considered across departments and implemented consistently — especially with regard to the Cyber Resilience Act and the EU Machinery Regulation.
In an in-house training session, the seminar content is tailored to your machines, processes and responsibilities. This enables your team to develop concrete solutions for current projects and apply them directly in day-to-day engineering.
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