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OT cybersecurity & functional safety training
Build practical competence in OT cybersecurity, functional safety and the interface between them. Choose the training path that fits your team and your plant.
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Knowledge that travels
back to the plant.
Thirteen specialist programmes, adapted to your team, assets and maturity. Onsite workshops, multi-day courses and executive briefings in English, French or Spanish.
13 programmes
CS + FS
Cybersecurity & functional safety
T1 connects IEC 61511 and IEC 62443: safety and cybersecurity risk, requirements, governance and assurance in one lifecycle. A three-day course, with a one-day workshop option.
T1Safe & Secure by DesignOperationalising Functional Safety & OT Cybersecurity3 days 1-day option
Bring IEC 61511 and IEC 62443 together: SIS security risk assessment, safety requirements, SIS/BPCS independence and a combined governance structure. Build a combined safety/security case for a process unit.
CS
OT cybersecurity
T2–T8 build OT cybersecurity competence from IEC 62443 foundations to governance, risk management, engineering, assurance and hands-on hardening. Practical programmes for operators, engineers, EPCs and integrators.
T2IEC 62443 FoundationsThe Language of Industrial Cybersecurity1 day
Understand the structure of IEC 62443, responsibilities, Security Program elements, zones and conduits, security levels and Foundational Requirements. Explore the relationship with ISO/IEC 27001, NIST CSF and ISASecure schemes.
T3Building Your IEC 62443 Security ProgramFor asset owners and operators3 days
Implement IEC 62443-2-1 across its eight Security Program Elements. Develop gap assessments, maturity roadmaps, practical policies, service-provider management, KPIs and continuous improvement.
T4Cyber Risk That Means SomethingOT Cyber Risk Management3 days
Connect ISO 31000, ISO/IEC 27005 and IEC 62443-3-2. Work through system scoping, initial and detailed risk assessment, zones and conduits, target security levels and a Cybersecurity Requirements Specification, with a hands-on case study.
T5One ISMS, Two WorldsUnifying IEC 62443 and ISO/IEC 270012 days
Extend an ISMS from IT to OT, map Annex A controls to IEC 62443 requirements, and build scope, a Statement of Applicability and risk treatment for OT assets. Create one audit programme covering both certifications.
T6Secure from Spec to SiteThe OT Cybersecurity Lifecycle for Automation Solutions3 days
For EPCs, integrators, vendors and asset-owner project teams. Cover IEC 62443-2-4 capabilities, project phases from FEED to operations, secure development practices and the cybersecurity deliverables that belong in contracts.
T7Trust, but VerifyOT Cybersecurity Assurance from Risk Assessment to Decommissioning2–3 days
Plan assurance across the lifecycle. Audit security programmes, verify achieved security levels, scope safe FAT/SAT and plant testing, and write evidence and findings. Include secure decommissioning, data sanitisation and credential retirement.
T8Hands-On Hardening & TestingFor ICS Environments · Co-delivered with an expert OT penetration tester2 days Hands-on labs
Practise hardening Windows HMIs and servers, Linux, networks and PLCs. Build scripts and system policies, then verify the results using security tools in scenario-based labs. Designed for novice to intermediate participants.
IEC 61511
Functional safety training
IEC 61511 competence from the control room to the project office, tailored to your plant and procedures.
T9Functional Safety Awareness: Why the SIS MattersFor operators, maintenance teams, contractors and managers½–1 day
Understand what a safety instrumented system does and how it differs from the control system. Explore the IEC 61511 safety lifecycle and responsibilities in plain words, the risks of bypasses, overrides and unreviewed changes, and what every role must and must never do around a SIF.
T10IEC 61511 in Practice: from Hazard Analysis to the SRSFor engineers, process safety specialists and project teams3 days
Connect the safety lifecycle phases: hazard and risk analysis, allocation, SRS, design, validation and operation. Determine the target SIL using HAZOP and LOPA, calibrated against the corporate risk matrix. Write safe states, trip points, response times, bypass and reset rules, and proof test requirements. Workshop: develop a complete SRS for one SIF from a hazard scenario.
T11SIL Verification: Proving the Design Meets Its TargetFor SIS design engineers, EPCs and vendors2 days
Calculate PFD for typical architectures and examine the supporting data and assumptions. Check hardware fault tolerance, architectural constraints and systematic capability. Set the proof test interval and document what the result depends on. Workshop: verify one SIF and defend the result in an assessment.
T12Operating the SIS: Proof Testing, Bypass and Management of ChangeFor operations, maintenance and engineering teams2 days
Write and execute proof test procedures and optimise test intervals. Manage bypasses and the operational rules in the SRS. Track demands and failures, use the data to review design assumptions, and review SIS modifications under management of change.
T13Functional Safety Management: Running the FSM SystemFor managers, functional safety leads and project owners2 days
Develop the functional safety plan, lifecycle and validation plans, and roles across owner, contractor and vendors. Manage competence, verification activities and document control. Understand what functional safety assessors and auditors look for at each stage, and prepare your FSM system for assessment and FSMS certification.
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Certified learning pathways
Authorised ISA & PECB training
Delivered through our authorised training provider, in-house or in open sessions, by our ISA Qualified Instructor and PECB Certified Trainer.
Durations are indicative. Content, depth and exercises can be tailored to your team and regulatory context.