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    Gujarat Technological University: Bachelor of Engineering Subject Code: 3161709

    Uploaded by

    Hardik Bhadouriya
    This document outlines the course details for a Bachelor of Engineering course on Safety Instrumented Systems. The course is a 3 credit course taught over 2 hours of lecture and 2 hours of practical work per week. It covers topics such as the design lifecycle of safety instrumented systems, separating process control from safety control, determining safety integrity levels, choosing appropriate technologies, and analyzing field devices and safety specifications. The course aims to enable students to explain safety instrumented systems and safety integrity levels, analyze safety specifications for various processes, and apply modifications based on failures of field devices. Recommended textbooks and reference books on the design, analysis, and verification of safety instrumented systems are also listed.

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    Gujarat Technological University: Bachelor of Engineering Subject Code: 3161709

    Uploaded by

    Hardik Bhadouriya
    46 views2 pages
    This document outlines the course details for a Bachelor of Engineering course on Safety Instrumented Systems. The course is a 3 credit course taught over 2 hours of lecture and 2 hours of practical work per week. It covers topics such as the design lifecycle of safety instrumented systems, separating process control from safety control, determining safety integrity levels, choosing appropriate technologies, and analyzing field devices and safety specifications. The course aims to enable students to explain safety instrumented systems and safety integrity levels, analyze safety specifications for various processes, and apply modifications based on failures of field devices. Recommended textbooks and reference books on the design, analysis, and verification of safety instrumented systems are also listed.

    Original Description:

    Syllabus regarding the safety instrumented system

    Original Title

    SIS[3161709]

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    This document outlines the course details for a Bachelor of Engineering course on Safety Instrumented Systems. The course is a 3 credit course taught over 2 hours of lecture and 2 hours of practical work per week. It covers topics such as the design lifecycle of safety instrumented systems, separating process control from safety control, determining safety integrity levels, choosing appropriate technologies, and analyzing field devices and safety specifications. The course aims to enable students to explain safety instrumented systems and safety integrity levels, analyze safety specifications for various processes, and apply modifications based on failures of field devices. Recommended textbooks and reference books on the design, analysis, and verification of safety instrumented systems are also listed.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    46 views2 pages

    Gujarat Technological University: Bachelor of Engineering Subject Code: 3161709

    Uploaded by

    Hardik Bhadouriya
    This document outlines the course details for a Bachelor of Engineering course on Safety Instrumented Systems. The course is a 3 credit course taught over 2 hours of lecture and 2 hours of practical work per week. It covers topics such as the design lifecycle of safety instrumented systems, separating process control from safety control, determining safety integrity levels, choosing appropriate technologies, and analyzing field devices and safety specifications. The course aims to enable students to explain safety instrumented systems and safety integrity levels, analyze safety specifications for various processes, and apply modifications based on failures of field devices. Recommended textbooks and reference books on the design, analysis, and verification of safety instrumented systems are also listed.

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    © All Rights Reserved
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    GUJARAT TECHNOLOGICAL UNIVERSITY

    Bachelor of Engineering
    Subject Code: 3161709
    SUB NAME : Safety Instrumented System

    Semester – VI
    Type of course:

    Prerequisite:

    Rationale:

    Teaching and Examination Scheme:

    Teaching Scheme Credits Examination Marks Total


    L T P C Theory Marks Practical Marks Marks
    ESE (E) PA (M) ESE (V) PA (I)
    2 0 2 3 70 30 30 20 150

    Sr Course Content Hrs Weightage


    No. %
    1 Introduction of safety instrumented system 3 10
    Safety Instrumented system, Confusion in the industry, industry guidelines-
    standards and regulations, standards are changing their direction, things are
    not as obvious as they may seem

    2 Design Lifecycle 2 7
    Hindsight/Foresights, Findings of the HSE, Design life cycle, SIS design &
    Engineering ,Installation, commissioning and validation, operation and
    maintenance, decommissioning
    3 Process control vs. safety control : 2 10
    Control and safety defined, process control-active/dynamic, safety control-
    passive/dormant, separation of control and safety systems, Common cause
    and systematic/functional fallers

    4 Protection layers: 3 10
    Prevention layers, mitigation layers, Diversifications
    5 Developing the Safety requirement specifications 3 10
    Introduction, why are 44%n of accidents caused by incorrect specifications?,
    ANSI/ISA-84.00.01.2004,part 1-3 requirements, documenting the
    specifications requirements.
    6 Determining SIL 3 10
    Introduction, common issues, evaluating risk, Safety integrity level,SIL
    determination methods(ALARP and Risk matrix, risk graph, LOPA)
    7 Choosing a technology 2 8
    Phumatic systems, relay systems, solid state systems,
    microprocessor/PLC(software based)systems, issues related to system size,
    issue related to system complexity, communication with other
    systems,certified vs prior use
    8 Initial system evolution 4 15
    Things are not as obvious as they may seem, why systems should be
    analyzed before they are built, need to get failere rate information, failure
    Page 1 of 2
    w.e.f. AY 2018-19
    GUJARAT TECHNOLOGICAL UNIVERSITY
    Bachelor of Engineering
    Subject Code: 3161709
    modes, metrics, degree of modeling accuracy, modeling methods, the real
    impact of redundancy, analysis of a relay system, non redundant PLC
    system, TMR systems, Field devices, fault tolerance requirements, Sample
    SIS design cookbook, Engineering tools available for analyzing system
    performance
    9 Issue relating to field devices 2 10
    Introduction, importance of field devices, Sensors, Final elements,
    Redundancy, Design requirements of field devices, Installation concerns,
    Wiring of field devices
    10 Engineering a system 2 10
    General management considerations, General hardware consideration,
    General software consideration

    Course Outcomes: Students will be able to


    Marks %
    Sr. No. CO statement
    weightage
    Able to explain Safety instrumented system and SIL, choosing
    CO-1 technlology

    Able to analyze the safety specification for process control and safety
    CO-2 control of various processes

    CO-3 Will be able to analyze failure of field devices and apply modifications

    Text Books

    1. Safety Instrumented Systems:Design,Analysis and Justification 2nd edition by Paul Gruhn,P.E.


    and Harry L. Cheddie,P.E. Published by ISA.(ISBN -13 978-1-55617-956-3)
    2. Safety Instrumented Systems: A Life Cycle Approach by Paul Gruhn and Simon Lucchini
    3. Safety Instrumented System Design: Techniques and Design Verification by William M. Goble

    Reference Book

    1. Safety Instrumented Systems Verification: Practical Probabilistic Calculations by William M.


    Goble
    2. Safety Integrity Level Selection: Systematic Methods Including Layer of Protection analysis by
    Eric William Scharpf

    Page 2 of 2
    w.e.f. AY 2018-19

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