What you'll learn
Functional Safety
IEC 61508 & IEC 61511 Standard, Applicability and Usage Guideline
Hazard Identification using HAZOP, Fault Tree and other techniques. Explained with Industrial Examples
Safety Life Cycle as IEC-61508 and IEC-61511
SIL Verification using Markov Analysis, Simplified Equations, Faul Tree
Requirements
Engineering Background
Description
Functional safety is the most fundamental to every industry to ensure that the work environment is a place free of hazards. There is an ongoing demand of Functional Safety Professional across various industries like Oil & Gas, Petrochemical, Paper, Metals and mining. The main standard of Functional Safety IEC-61508 and IEC-61511 are discussed in detail and also applicability of standards are discussed. Lifecycle of SIL verification and validation also discussed.This course includes in-depth study of:Overview of functional safety and scope of IEC 61511Management of functional safetySafety lifecycle structureRisk evaluation and managementVerification, validation, assessment, and auditsSafety instrumented system (SIS) configuration managementProcess hazard and risk analysisDifferent techniques overviewPrevention and mitigation layers for hazardous eventAllocation of safety functions to protection layersLayers of protection analysis (LOPA) techniques and requirements for protection layersSIS safety requirements specification (SRS)Safety instrumented function (SIF) requirements (Functional and Integrity requiremennts0Application program requirements specificationsSIS design, engineering, and application programmingGeneral requirements and hardware conceptsHardware Fault Tolerance (HFT) conceptSelection of devices per IEC 61508 and IEC 61511Maintenance/engineering interface and testing design requirementsClassification of failuresQuantification of random failures, SIL VerificationApplication program development, design, and testing requirementsSIS testing and factory acceptance test (FAT)Installation, commissioning, and validation requirementsSIS validation planning and site acceptance test (SAT)Application program validation techniquesOperation, maintenance, modifications, and decommissioningRequirements to operate and maintain the SISProof testing and inspection for every SISAll chapters are discussed with practical industrial examples so that users can readily apply the tools and techniques.
Overview
Section 1: Introduction
Lecture 1 Introduction
Section 2: Functional Safety- Module-1
Lecture 2 Definition of Functional Safety
Lecture 3 Risk Reduction and Layers of Protection
Section 3: Safety System Design
Lecture 4 Lecture-1
Lecture 5 Lecture-2
Section 4: Functional Safety Life Cycle
Lecture 6 IEC 61508 Lifecycle
Lecture 7 IEC 61511 Life Cycle
Lecture 8 When to use IEC-61508 / IEC-61511
Section 5: Hazard and Risk Analyis
Lecture 9 Hazard Identification
Lecture 10 FMEA
Lecture 11 HAZOP
Lecture 12 Fault Tree Analysis
Lecture 13 Event Tree Analysis
Lecture 14 Difference between ETA and FTA
Lecture 15 Risk Reduction Techniques
Lecture 16 LOPA
Lecture 17 LOPA with Examples
Lecture 18 SRS
Lecture 19 SIF and SIS
Lecture 20 Different Techniques of Reliability Analysis
Lecture 21 SIL Verification Using Simplified Equation
Lecture 22 SIL Verification Using Markov Analysis
Lecture 23 Markov Analysis-Part 2
Lecture 24 Markov Analysis- Part 3
Section 6: Software Requirements
Lecture 25 Software Requirements as IEC 61511
Section 7: Annexures
Lecture 26 How to read SIL Certificate
Lecture 27 Safety Manual
Lecture 28 Redundancy of Valves
Section 8: Quiz
Anyone interested in Functional Safety, Process Safety, SIL Verification, LOPA,Anyone looking earn Functional Safety Certification

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