Risk Management & Safety By Design Workshop

Join local professionals for part two of this workshop series as we deep-dive into how to best utilise techniques and tools for risk management.

8.30 - 5.00pm | Thursday 22 August 2019Toowoomba Sports GroundLevel 2, John Cracker McDonald Room 47 Arthur Street, Toowoomba City, QLD 4350

REGISTER NOWengineersaustralia.org.au

Part Two: Quantitative Risk Assessment

PRESENTER INFO AND PROPOSED KEY LEARNINGS ON NEXT PAGE

The Toowoomba Engineering Group invites you to this one-day workshop designed to provide key learnings in relation to Risk Management using the most common Quantitative Techniques from IEC/ISO CDV 31010/Ed2:2018 Risk Management - Risk Assessment Techniques, the companion standard to AS/ISO 31000: 2018- 02 Risk Management – Guidelines.

As part of this workshop you will learn how to select from IEC 31010 appropriate assessment techniques for risk-informed decision making according to the context and scope, and to apply the list of techniques listed on the next page, which can be used to help improve the way uncertainty is taken into account and to help understand and compare risks.

Additionally, you will see real-world examples that will help to build confidence in understanding and applying the process involved in a number of techniques and tools (such as logic trees, human reliability analysis, preliminary hazard analysis, Delphi techniques and checklists).

Participants are encouraged to provide their own examples for selection as workshop exercises and/or optionally, complete and submit for critique in a post workshop exercise.

To participate in this workshop, you must have competed Part One (or equivalent) which includes basic Risk Assessment principles and processes, and Safety by Design principles and processes.

TICKETS (INCL. GST)

Member $250

Student Member $200

Non-member $290

Risk Management & Safety By Design Workshop: Part Two

Introducing your presenter and runsheet for the day’s proceedings.

James F. ‘Jim’ Whiting MIEAust CPEng NER APEC Engineer IntPE(Aus)

As an internationally-renowned risk engineer and HSE expert, ‘Jim’ Whiting is Principal Consultant and MD of risk@workplaces who specialise in providing expert advice and training in causal and risk analysis systems. Serving as National CEO of NSCA for 15 years, Jim has 40-plus years’ experience in applications of engineering and science to risk management, health safety and environment, incident/accident investigation and root cause analysis in energy, transport, petrochemical, mining, construction, health and manufacturing industries. He has advised medium to large organisations and trained workers and managers in Australia and New Zealand, USA, Canada, Singapore, China, Taiwan, Korea, Malaysia, and India.

He is past National Chairman & Honorary Life member of the Risk Engineering Society of Australia, and has represented Engineers Australia on Standards Australia’s various RM sub-committees which developed AS / NZS

4801:2000 OHS Management Systems and the last edition of the Risk Management standard AS/NZS 4360: 2004 Risk Management.

Quantitative Risk Assessment (Ref IEC/ISO CDV 31010/Ed2:2018 Risk Management - Risk Assessment Techniques)

Uses and benefits of QRA quantitative risk assessment techniques.

How to categorise and select from IEC 31010 appropriate assessment techniques for risk-informed decision making according to the context and scope of the specific RA purpose.

How to apply the techniques listed below – to help improve the way uncertainty is taken into account and to help understand and compare risks quantitatively.

• *Logic trees | Fault Tree Analysis FTA, Event Tree Analysis ETA, Bowtie Analysis• *Human reliability analysis

• *Preliminary hazard analysis • Brainstorming

• *Structured or Semi-Structured Interviews • *Delphi Techniques

• *Checklists• Consequence/Likelihood Matrix

• Decision Tree • Root Cause Analysis

• Scenario Analysis • Cause & Consequence Analysis

• Cause and effect analysis

For each of the techniques and tools marked * above complete worked examples to build confidence in understanding and applying the process involved. Participants are encouraged to provide their own examples for selection as the workshop exercise.

Optional post-workshop exercise submitted by email for review and feedback of critiques from instructor.