NOC:Industrial Safety Engineering

Lecture 1 - Introduction to Industrial Safety Engineering

Lecture 2 - Key concepts and terminologies

Lecture 3 - Key concepts and terminologies-Safety domain ontology

Lecture 4 - Key concepts and terminologies-Risk Assessment and Control

Lecture 5 - Safety Engineering and Accident causing mechanisms

Lecture 6 - Preliminary Hazard List

Lecture 7 - Preliminary Hazard Analysis

Lecture 8 - Hazard and operability study (HAZOP)

Lecture 9 - Failure Modes and Effects Analysis (FMEA)- Identification of Failure Modes

Lecture 10 - Failure Modes and Effects Analysis (FMEA) (Continued...)

Lecture 11 - Application of Hazard Identification Techniques

Lecture 12 - Fault Tree Analysis (FTA) - Construction

Lecture 13 - Fault Tree Analysis (FTA) - Gate by Gate method

Lecture 14 - Fault Tree Analysis (FTA) - Cut-set method

Lecture 15 - Fault Tree Analysis (FTA) - Importance measures

Lecture 16 - Event Tree Analysis (ETA)

Lecture 17 - Bowtie Tool

Lecture 18 - Bow-tie: Common Cause Cut Sets

Lecture 19 - Bow-tie: Cut-sets for Accident Scenarios

Lecture 20 - Bow-tie: Cut-sets for Accident Scenarios (Continued...)

Lecture 21 - Bow-tie: Identification of Safety Barriers

Lecture 22 - Risk Assessment

Lecture 23 - Consequence Assessment

Lecture 24 - Energy Control Model and Hazard Control Hierarchy

Lecture 25 - Safety Function Deployment

Lecture 26 - Ranking of Design Solutions: AHP approach

Lecture 27 - Quantification of Basic Events for Non-repairable Components

Lecture 28 - Quantification of Basic Events: Hazard Rate

Lecture 29 - Quantification of Basic Events: Exponential Distribution

Lecture 30 - Quantification of Basic Events: Weibull Distribution

Lecture 31 - Quantification of Basic Events: Failure to Repair Process

Lecture 32 - Quantification of Basic Events: Combined Process

Lecture 33 - Quantification of Basic Events: Failure and Repair Intensities

Lecture 34 - Computation of combined process parameters: Laplace transform analysis

Lecture 35 - Computation of combined process parameters: Markov Analysis

Lecture 36 - Quantification of Systems Safety and Reliability Block Diagram

Lecture 37 - Systems Safety Quantification: Truth Table Approach

Lecture 38 - Systems Safety Quantification: Structure Function

Lecture 39 - Systems Safety Quantification: Minimal Cut and Minimal Path Representation

Lecture 40 - Systems Safety Quantification: Tutorial

Lecture 41 - Human Error, Classification and Causes

Lecture 42 - Human Error, Classification and Causes (Continued...)

Lecture 43 - Human Error Identification

Lecture 44 - Human Reliability Assessment

Lecture 45 - Human Error Quantification from Experts’ opinions – Fuzzy Set Approach

Lecture 46 - Accident Investigation

Lecture 47 - Accident Investigation and Analysis: Descriptive Analytics

Lecture 48 - Control Chart Analysis

Lecture 49 - Accident Data Analysis: Regression

Lecture 50 - Accident Data Analysis: Classification Tree

Lecture 51 - Occupational Health and Safety Management Systems(OH&SMS) and OHSAS 18001 - Part I

Lecture 52 - Occupational Health and Safety Management Systems(OH&SMS) and OHSAS 18001 - Part II

Lecture 53 - Occupational Health and Safety Management Systems(OH&SMS) and OHSAS 18001 - Part III

Lecture 54 - Safety Performance Indicators - Part I

Lecture 55 - Safety Performance Indicators - Part II

Lecture 56 - Energy Isolations

Lecture 57 - Virtual Reality - Introduction

Lecture 58 - Geometry of virtual world

Lecture 59 - VR roadmap - A case study

Lecture 60 - Summary