Course curriculum

  • 1

    Ch. 0 - Course Orientation

    • Unit 1 - Introducing the course

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    • Unit 2 - The Course Player

    • Unit 3 - Before you get started...

    • Unit 4 - Book a Private Coaching Session

    • Unit 5 - Celestica Community

    • Unit 6 - IEEE Citation Guidelines

    • Unit 7 - IEEE Referencing Guide

  • 2

    Ch. 1 - From Risk Assessment to Safeguarding

    • Unit 7 - Understanding the Workflow

    • Unit 7 quiz

    • Unit 8 - Risk Assessment Overview

    • Unit 8 quiz

    • Unit 9 - Machine life cycle

    • Unit 9 quiz

    • Unit 10 - The Risk Reduction Process

    • Unit 10 quiz

    • Unit 11 - Understanding the Hierarchy of Controls

    • Unit 11 quiz

    • Ch. 1 quiz

  • 3

    Ch.2 - Inherently Safe Design

    • Unit 12 - Inherently Safe Design

    • Unit 12 quiz

    • Unit 13 - Geometrical factors and physical aspects

    • Unit 13 quiz

    • Unit 14 - Prevention of crushing or entrapment

    • Unit 14 quiz

    • Unit 15 - Reaching through openings

    • Unit 15 quiz

    • Unit 16 - Shape and positioning

    • Unit 16 quiz

    • Unit 17 - Physical Aspects

    • Unit 17 quiz

    • Unit 18 - Limiting emissions

    • Unit 18 quiz

    • Unit 19 - General technical knowledge of machine design

    • Unit 19 quiz

    • Unit 20 - Choice of appropriate technology

    • Unit 20 quiz

    • Unit 21 - Applying principle of positive mechanical action

    • Unit 21 quiz

    • Unit 22 - Provisions for stability

    • Unit 22 quiz

    • Unit 23 - Provisions for maintainability

    • Unit 23 quiz

    • Unit 24 - Observing ergonomic principles

    • Unit 24 quiz

    • Unit 25 - Electrical and fluidic hazards

    • Unit 25 quiz

    • Unit 26 - Applying inherently safe design measures to control systems (Part 1)

    • Example SRS template

    • Unit 26 quiz

    • Unit 27 - Applying inherently safe design measures to control systems (Part 2)

    • ISO 13849-1:2015, Annex F - Common Cause Failure questionnaire

    • Guidance documents on EMC for Functional Safety

    • Unit 27 quiz

    • Unit 28 - Minimizing probability of failure of safety functions

    • Unit 28 quiz

    • Unit 29 - Limiting exposure to hazards through mechanization and automation

    • Unit 29 quiz

    • Unit 30 - Limiting exposure to hazards through location of setting and maintenance points outside danger zones

    • Unit 30 quiz

    • Chapter 3 quiz

  • 4

    Ch. 4 - Mechanical Safeguarding

    • Unit 31 - Step 2: Engineering Controls

    • Unit 31 quiz

    • Unit 32 - Barrier Guards

    • Unit 32 quiz

    • Unit 33 - Fixed guards

    • Unit 33 quiz

    • Unit 34 - Requirements for adjustable guards

    • Unit 34 quiz

    • Unit 35 - Self Adjusting Guards

    • Unit 35 quiz

    • Unit 36 - Movable guards

    • Unit 36 quiz

    • Unit 37 - Selection and implementation of guards and protective devices

    • Unit 37 - Guard selection flowchart

    • Unit 37 quiz

    • Unit 38 - Selection and implementation of sensitive protective equipment

    • Unit 38 quiz

    • Unit 39 - Minimum distance calculation

    • Unit 40 - Design requirements for guards

    • Unit 41 - Trapped Key Systems

    • Unit 42 - Other protective devices

    • Unit 43 - Protective measures for stability

  • 5

    Ch. 5 - Safeguarding Devices

    • Unit 45 - Technical characteristics of protective devices

  • 6

    Ch. 7 - User Controls

    • Bonus download!

Instructor(s)