02:47

Safety Engineering and Management - Introduction

02:34

A 60-hour free training course on “Leadership for Safety”

04:13

Knowledge and learning

01:11

A Glimpse into the Cognitive Demands of Critical Safety Jobs

01:26

1-ISO 31000-English-Introduction

01:01

2-ISO 31000-English-Risk Management

01:12

3-ISO 31000-English-Systematic Approach

00:51

4-ISO 31000-English-Non-Uniform Practices

01:11

5-ISO 31000-English-Contribution to Engineering

01:01

1-ISO 31000-Francais - Introduction

01:00

2-ISO 31000-Francais- Gérer les risques

01:11

3-ISO 31000-Francais- Une approche systématique

00:50

4-ISO 31000-Francais- Des pratiques non uniformes

01:11

5-ISO 31000-Francais- Apport à l'ingénierie

02:33

Safety Engineering and Management - Francais

02:54

Safety Engineering and Management - Arabic

02:51

Safety Engineering and Management - Spanish

02:53

Safety Engineering and Management - English

02:05

Safety Engineering and Management - Testimony 1

04:15

Safety Engineering and Management - Testimony 2

18:27

5-2-9 International Organizations

05:33

5-2-7 Emergency Preparedness

25:38

5-2-5 Safety Management

23:32

5-2-3 Learning from Experience

08:05

5-2-1 Operating Rules

12:24

5-1-5 Probabilistic Approach

08:32

5-1-3 Treatment of Hazards

19:41

5-1-1 Deterministic Approach

15:14

4-2-5 Defence in Depth

16:37

4-2-3 Safety Functions

12:58

4-2-1 Main Risks of Nuclear Power Plants

16:17

4-1-4 Main Components of a PWR

17:49

4-1-2 Basic Physics

07:30

Design of an Earth Observation Satellite - 5. Reliability Block Diagrams

07:47

Design of an Earth Observation Satellite - 4. Failure Mode and Effects Analysis

05:43

Design of an Earth Observation Satellite - 3. Fault Tree Analysis

07:49

Design of an Earth Observation Satellite - 2. Preliminary Risk Analysis

03:54

Design of an Earth Observation Satellite - 1. Introduction

05:06

4. Risk Communication. Models. Goals

05:44

3. Risk Communication. Models. Example

08:13

2. Risk Communication. Models. Lasswell Model

07:17

1. Risk Communication. Models. Definitions

11:11

P&ID. Part 5: Some examples

14:08

P&ID. Part 4: Final control element symbols: The various kinds of valves

14:11

P&ID. Part 3: Shape symbols and lines for equipment connections

15:27

P&ID. Part 2: Basic tagging conventions for a control loop

15:43

P&ID. Part 1: Various diagrams used in the chemical process industry

05:42

Various Hazards

12:16

Three Perspectives on Safety

08:39

Four Steps for Managing Safety

12:19

Safety Engineering and Management Qualitative Approach Lesson 2

14:17

Safety Engineering and Management Qualitative Approach Lesson 1