NOC:Risk-Conscious Operations Management (RCOM)

Lecture 1 - Background and Introduction

Lecture 2 - Probabilistic Risk Assessment - An Introduction

Lecture 3 - PRA Modelling (Continued...)

Lecture 4 - Introduction - Risk-based Engineering

Lecture 5 - Introduction - RCOM Case studies

Lecture 6 - Dependability Engineering - Introduction

Lecture 7 - Dependability Engineering - Reliability Engineering

Lecture 8 - Dependability Engineering - System Reliability

Lecture 9 - Dependability Engineering - Availability Modelling

Lecture 10 - Dependability Engineering - Maintainability and Safety/Risk Modelling

Lecture 11 - Risk-based Engineering - Introduction

Lecture 12 - Risk-based Engineering - The RBE Framework

Lecture 13 - Risk-based Engineering - The Deterministic Approach to Operations

Lecture 14 - Risk-based Engineering - Probabilistic Approach

Lecture 15 - Risk-based Engineering - Special Areas

Lecture 16 - Risk-Conscious Culture - Introduction

Lecture 17 - Risk-Conscious Culture - Governing Principles

Lecture 18 - Risk-based Engineering - The Risk model for RCC

Lecture 19 - RCC - Human and Organisational Factors

Lecture 20 - RCC - Technical Elements

Lecture 21 - Risk Modelling and Simulation - Introduction

Lecture 22 - Integrated Risk Simulation Framework

Lecture 23 - Probabilistic Modelling

Lecture 24 - Probabilistic Risk Assessment

Lecture 25 - Major Elements and Functions in Integrated Simulation

Lecture 26 - Probabilistic Security Risk Assessment - (PSRA): Introduction

Lecture 27 - Probabilistic Security Risk Assessment - (PSRA): Design Basis Threat

Lecture 28 - Physical Protection System Modelling and Vulnerability

Lecture 29 - Probabilistic Security Risk Assessment - I

Lecture 30 - Cyber Security Risk Assessment - An Introduction

Lecture 31 - Role of consciousness in RCOM - Introduction

Lecture 32 - Evolution of Science and Philosophy of Consciousness - An Overview

Lecture 33 - Neuroscience of Consciousness

Lecture 34 - Major Scientific Approaches and State-of-the-art of Consciousness - I

Lecture 35 - Major Scientific Approaches and State-of-the-art of Consciousness - II

Lecture 36 - Operations Research in RCOM - Introduction

Lecture 37 - Operations Research in RCOM - Simplex Method - Part I

Lecture 38 - Operations Research in RCOM - Simplex Method - Part II

Lecture 39 - Operations Research - Inventory Management

Lecture 40 - PRA PROJECT Management

Lecture 41 - Human Factors in Operation - Introduction

Lecture 42 - Human Reliability Model - CQB

Lecture 43 - Consciousness and Conscience Attributes in CQB

Lecture 44 - Reference Human Model in CQB

Lecture 45 - Quantification in CQB

Lecture 46 - Operational Risk Management - Introduction

Lecture 47 - ORM - Integrated ORM Approach

Lecture 48 - Integrated Operations Management System

Lecture 49 - IORM - Root Cause Analysis And Failure Precursor

Lecture 50 - ORM - Plant Ageing Management and Relicensing

Lecture 51 - Risk-conscious Maintenance Management - Introduction

Lecture 52 - Risk-conscious Maintenance Management - Role of Riskinformed/Risk-based Engineering

Lecture 53 - RCMM - Framework and Implementation

Lecture 54 - RCMM - Surveillance Test and Maintenance Interval Optimization (RCTMM)

Lecture 55 - Intelligent Approach in Support for Optimization in RCTMM

Lecture 56 - Artificial Intelligence in Operation and Maintenance Management - Introduction

Lecture 57 - AI Models and Methods

Lecture 58 - AI/ML Based Operator Advisory Systems

Lecture 59 - Prognostics And Health Management - A Systems Approach

Lecture 60 - Intelligent Diagnostics and Risk Of AI