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    Oil and Gas Training Courses SLB NEXT

    Functional Safety Certification

    • The course is universally recognized as the essential qualification for professionals and engineers working with any aspect of the Functional Safety lifecycle in the Process and Power industries.
    • The course provides an overview of the entire IEC 61511 lifecycle and details how key aspects such as Verification, Validation, Functional Safety Assessments, and Audits can be practically implemented.
    By the end of the course the attendees will learn how to:
    • Communicate the essential elements of functional safety to your colleagues, management, and peers in the industry.
    • Apply functional safety management.
    • Understand and play a role in hazard and risk analysis.
    • Determine the required SIL with risk graph and matrix methodologies.
    • Understand how to verify and validate safety instrumented systems.
    • Understand the basic requirements of the functional safety standards.
    • Create basic designs of safety instrumented systems, taking into account architectural constraints.
    • Understand the effect of redundancy, diagnostics, proof test intervals, hardware fault tolerance on the SIL.
    • Understand the routes by which devices can be shown to be compliant.

    • Pretest
    • Life cycle concept
    • Documentation requirements
    • Verification, validation, assessments andaudits, modifications
    • Hazard identification
    • Hazard analysis
    • Risk reduction
    • Safety function definition using FTA,HAZOP, LOPA, Risk Matrix, Risk Graph
    • Group Discussion and Quiz

    • Safety planning for designers
    • Hardware lifecycle
    • Low demand
    • High demand and continuous mode
    • Redundancy, diversity
    • Hardware fault tolerance
    • Safe failure fraction, type A/B
    • Architectural constraints
    • Group Discussion and Quiz

    • Proof testing
    • Diagnostic tests, measures to avoid andcontrol failures
    • Hardware reliability
    • Reliability modeling
    • FMEDA
    • Failure data, PFD, PFH, SIL
    • Software design
    • Group Discussion and Quiz

    • Installation and commissioning,
    • Safety validates
    • Operation, maintenance, and repair
    • Modification and retrofit, maintenanceoverride
    • SIS design and development
    • Probability calculation
    • Selection of components, subsystems
    • Proven in use – aspects
    • IEC 61508 Edition 2
    • Group Discussion
    • Post Test

    • Safety Engineers
    • Instrument Engineers
    • Process Engineers


    • Life cycle concept
    • Documentation requirements
    • Verification, validation, assessments and audits, modifications
    • Hazard identification
    • Hazard analysis
    • Risk reduction
    • Safety function definition using FTA, HAZOP, LOPA, Risk Matrix, Risk Graph
    • Safety planning for designers
    • Hardware lifecycle
    • Low demand
    • High demand and continuous mode
    • Redundancy, diversity
    • Hardware fault tolerance
    • Safe failure fraction, type A/B
    • Architectural constraints
    • Proof testing
    • Diagnostic tests, measures to avoid and control failures
    • Hardware reliability
    • Reliability modeling
    • FMEDA
    • Failure data, PFD, PFH, SIL
    • Software design
    • Installation and commissioning,
    • Safety validates
    • Operation, maintenance, and repair
    • Modification and retrofit, maintenance override
    • SIS design and development
    • Probability calculation
    • Selection of components, subsystems
    • Proven in use – aspects
    • IEC 61508 Edition 2

    Basic understanding of safety and Hazard identification.

    Currently there are no scheduled classes for this course.

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