Why Choose this Training Course

Day 1 of this OT Cybersecurity training is designed as a focused cybersecurity awareness and system context course for the power and energy sector. The course introduces foundational cybersecurity concepts, industrial control system architectures, and sector specific challenges relevant to asset owners, system integrators, and product suppliers operating in power and energy environments.

The OT Cybersecurity masterclass does not perform formal risk assessment or certification activities. Instead, it establishes a shared technical and organizational understanding of cybersecurity risks, system exposure, and architectural security considerations across the energy supply chain.

Day 2 builds on the foundational awareness established in Day 1 and transitions participants into structured analytical practices used by experienced practitioners in power and energy cybersecurity.  The focus of this day is on how to systematically describe operational environments, reason about system exposure, evaluate credible threat scenarios, and support cybersecurity risk related decision making in industrial control system contexts.

Through guided analysis and facilitated group discussion, participants will practice methods commonly used to prepare internal risk assessments, support architecture reviews, and communicate cybersecurity considerations with asset owners, system integrators, suppliers, and management stakeholders.

This OT Cybersecurity course does not conduct certification or formal compliance assessments. Instead, it develops the analytical thinking and communication discipline required to participate effectively in structured cybersecurity risk assessment activities.

We are also a proud member of the Energy Institute of UK.

Who Should Attend

• Power and energy asset owners
• Power generation, transmission, and distribution operators
• Energy infrastructure engineering and operations teams
• EPC companies and system integrators
• Product suppliers and equipment manufacturers serving power and energy systems
• Management and decision makers requiring cybersecurity context awareness

Key Learning Objectives

• UnderstaUnderstand why power and energy systems are high value cybersecurity targets
• Explain fundamental cybersecurity concepts in an energy ICS context
• Describe typical power and energy control system architectures and components
• Recognize security boundaries, system exposure, and common misconceptions
• Understand how cybersecurity responsibilities differ across asset owners, integrators, and product suppliers
• Understand how international standards and regulations influence the power and energy supply chain
• Describe their own power and energy operational environments using a structured industrial control system context
• Develop and explain system architecture, network, and data flow representations suitable for cybersecurity risk discussions
• Identify critical assets, communication paths, and trust boundaries relevant to risk assessment activities
• Reason about credible threat scenarios and threat actions based on system context and operational constraints
• Perform an initial cybersecurity risk assessment by evaluating impact, likelihood, and contributing vulnerabilities
• Articulate risk treatment options and mitigation strategies using defense in depth principles
• Recognize and explain the interaction between cybersecurity risk and potential safety impact

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