The document discusses implementing the ISO 31000 risk management standard for pollution prevention and response (PPR) activities. It provides an overview of ISO 31000, including its principles, framework, and process. The project aims to develop a toolbox for PPR risk management by creating an initial framework and processes for different decision contexts and timescales. A suggested approach involves applying the ISO 31000 process across screening, intermittent, and strategic levels of decision making. Tools would be matched to support each process. The standard could help integrate risk management into PPR organizations and activities.
Presentation given by Vincent Tophoff, IFAC Senior Technical Manager, on risk management and internal control at the Second International ISO 31000 Conference in Toronto, May 2013.
ISO 31000, a risk management standard for decision-makers
Alex Dali, MBA, ARM, CT31000
President
Global Institute for Risk Management Standards - G31000
Presentation given by Vincent Tophoff, IFAC Senior Technical Manager, on risk management and internal control at the Second International ISO 31000 Conference in Toronto, May 2013.
ISO 31000, a risk management standard for decision-makers
Alex Dali, MBA, ARM, CT31000
President
Global Institute for Risk Management Standards - G31000
Chris J Ward has uploaded iso 45001, Occupational Health Safety Management Systems, UK comments, 2nd draft. 16 June 2017. Leadership, risk managment, continual improvement context, corporate governance. Learn more https://www.iso45001assessment.com/
Kym Henderson - ISO EVM Presentation IPMW 2019 BaltimoreAllison Wong
This presentation focused on the role and responsibilities of ISO and ISO Technical Committee 258 (project and programme management); ISO EVM Standards - 21508:2018; and the current status of the Working Group 12 (WG12) ISO EVM Implementation Guide project which Kym Henderson is leading.
KH ISO EVM Presentation IPMW 2019 BaltimoreKym Henderson
This presentation focused on the role and responsibilities of ISO and ISO Technical Committee 258 (project and programme management); ISO EVM Standards - 21508:2018; and the current status of the Working Group 12 (WG12) ISO EVM Implementation Guide project which Kym Henderson is leading.
In all business activities conducted by the company, foundation or non-profit organizations, cooperatives, and industry will employ a process of risk, which is currently handling the risk is not getting treatment uniformly to various process risks done by a variety of business entities including the organization of non profit.
ISO 31000 - 2009 to provide general principles and guidelines for the management of the risks faced, which will provide universal paradigm for practitioners and companies, as well as setting standards and methodologies together on a variety of different industries throughout the region and internationally accepted.
ISO 31000-2009, relate to
1. ISO 31000: 2009 - Principles and Guidelines on Implementation
2. ISO / IEC 31010: 2009 - Risk Management - Risk Assessment Techniques
3. ISO Guide 73: 2009 - Risk Management - Vocabulary
4. ISO 21500 - Guidance on Project Management standards to align with ISO 31000: 2009
Monitoring, evaluation, and learning (MEL) systems for National Adaptation Plan (NAP) processes are essential for countries to track, assess and learn from their progress on adaptation. MEL systems can help countries to understand the effectiveness of their NAP processes, support mutual accountability and transparency to stakeholders, and contribute to learning to accelerate adaptation actions.
G31000 RMM helps organizations assess alignment to ISO31000 principles and current maturity level and to develop a roadmap for continuous improvement.
Global Institute for Risk Management Standards is a network of over 65,000 risk management experts across the world, more than 1000 people has been ISO31000 certified risk professionals.
G31000 Risk Management Maturity Model is the only globally recognized model that has been designed to closely align with the ISO31000:2009 principles.
Focuses not on formal elements of risk management but on the integration of risk management into activities, decision making and culture.
Created by a global team with extensive knowledge in risk management and risk maturity models.
Presentation made by Robert Venczel at the PMI OVOC 10th Annual Project Management
Symposium (12-14 October 2010, Ottawa, Ontario, Canada)
More info at http://www.pmiovoc.org/files/Events/Symposium.html
Many assets and products are either intended to be used many years or simply wind up that way. The financial impact of these decisions can easily be—and quite often is—a hundred times larger than the original investment. Moreover, safety and the environment are strongly influenced by the decisions that are made during the engineering stage. To properly balance the importance of all these aspects against each other, the involvement of all stakeholders in the design or acquisition of the new asset is necessary.
This application note discusses a practical approach to achieve this involvement: early equipment management (EEM). This methodology was originally was developed by the Japanese automotive industry. The intent was to reduce the total costs of production of cars and components and to assure a start-up without problems related to new equipment.
One of the most important ideas of the underlying philosophy of EEM is that all knowledge within the organization for working with similar assets should be incorporated into the design of a new asset. A key characteristic of EEM is that it puts significant emphasis on comprehensive prior testing procedures and consideration of the actual use to which the asset is to be put, rather than just theory. EEM is a concrete approach that describes what an organization should do during each step of the design, construction and acquisition stages to ensure the organization ends up with an asset that performs optimally throughout its entire life.
This application note goes deeper into four subjects that need to be considered during the design process:
Financial costs
Reliability
Energy consumption
Environmental impact
[To download this presentation, visit: https://www.oeconsulting.com.sg/training-presentations]
ISO 31000:2018 is an international standard designed and formulated to help organizations implement a robust Risk Management System.
The ISO 31000 standard helps organizations develop a risk management strategy to effectively identify and mitigate risks, thereby enhancing the likelihood of achieving their objectives and increasing the protection of their assets. Its overarching goal is to develop a risk management culture where employees and stakeholders are aware of the importance of monitoring and managing risk.
LEARNING OBJECTIVES
1. Understand the concept of risk as the uncertainty on objectives.
2. Understand risk management principles, framework and process in the context of a Risk Management System.
3. Appreciate the value of ISO 31000 as the benchmark for best practice in managing risk.
Learn why monitoring your Mercedes' Exhaust Back Pressure (EBP) sensor is crucial. Understand its role in engine performance and emission reduction. Discover five warning signs of EBP sensor failure, from loss of power to increased emissions. Take action promptly to avoid costly repairs and maintain your Mercedes' reliability and efficiency.
Chris J Ward has uploaded iso 45001, Occupational Health Safety Management Systems, UK comments, 2nd draft. 16 June 2017. Leadership, risk managment, continual improvement context, corporate governance. Learn more https://www.iso45001assessment.com/
Kym Henderson - ISO EVM Presentation IPMW 2019 BaltimoreAllison Wong
This presentation focused on the role and responsibilities of ISO and ISO Technical Committee 258 (project and programme management); ISO EVM Standards - 21508:2018; and the current status of the Working Group 12 (WG12) ISO EVM Implementation Guide project which Kym Henderson is leading.
KH ISO EVM Presentation IPMW 2019 BaltimoreKym Henderson
This presentation focused on the role and responsibilities of ISO and ISO Technical Committee 258 (project and programme management); ISO EVM Standards - 21508:2018; and the current status of the Working Group 12 (WG12) ISO EVM Implementation Guide project which Kym Henderson is leading.
In all business activities conducted by the company, foundation or non-profit organizations, cooperatives, and industry will employ a process of risk, which is currently handling the risk is not getting treatment uniformly to various process risks done by a variety of business entities including the organization of non profit.
ISO 31000 - 2009 to provide general principles and guidelines for the management of the risks faced, which will provide universal paradigm for practitioners and companies, as well as setting standards and methodologies together on a variety of different industries throughout the region and internationally accepted.
ISO 31000-2009, relate to
1. ISO 31000: 2009 - Principles and Guidelines on Implementation
2. ISO / IEC 31010: 2009 - Risk Management - Risk Assessment Techniques
3. ISO Guide 73: 2009 - Risk Management - Vocabulary
4. ISO 21500 - Guidance on Project Management standards to align with ISO 31000: 2009
Monitoring, evaluation, and learning (MEL) systems for National Adaptation Plan (NAP) processes are essential for countries to track, assess and learn from their progress on adaptation. MEL systems can help countries to understand the effectiveness of their NAP processes, support mutual accountability and transparency to stakeholders, and contribute to learning to accelerate adaptation actions.
G31000 RMM helps organizations assess alignment to ISO31000 principles and current maturity level and to develop a roadmap for continuous improvement.
Global Institute for Risk Management Standards is a network of over 65,000 risk management experts across the world, more than 1000 people has been ISO31000 certified risk professionals.
G31000 Risk Management Maturity Model is the only globally recognized model that has been designed to closely align with the ISO31000:2009 principles.
Focuses not on formal elements of risk management but on the integration of risk management into activities, decision making and culture.
Created by a global team with extensive knowledge in risk management and risk maturity models.
Presentation made by Robert Venczel at the PMI OVOC 10th Annual Project Management
Symposium (12-14 October 2010, Ottawa, Ontario, Canada)
More info at http://www.pmiovoc.org/files/Events/Symposium.html
Many assets and products are either intended to be used many years or simply wind up that way. The financial impact of these decisions can easily be—and quite often is—a hundred times larger than the original investment. Moreover, safety and the environment are strongly influenced by the decisions that are made during the engineering stage. To properly balance the importance of all these aspects against each other, the involvement of all stakeholders in the design or acquisition of the new asset is necessary.
This application note discusses a practical approach to achieve this involvement: early equipment management (EEM). This methodology was originally was developed by the Japanese automotive industry. The intent was to reduce the total costs of production of cars and components and to assure a start-up without problems related to new equipment.
One of the most important ideas of the underlying philosophy of EEM is that all knowledge within the organization for working with similar assets should be incorporated into the design of a new asset. A key characteristic of EEM is that it puts significant emphasis on comprehensive prior testing procedures and consideration of the actual use to which the asset is to be put, rather than just theory. EEM is a concrete approach that describes what an organization should do during each step of the design, construction and acquisition stages to ensure the organization ends up with an asset that performs optimally throughout its entire life.
This application note goes deeper into four subjects that need to be considered during the design process:
Financial costs
Reliability
Energy consumption
Environmental impact
[To download this presentation, visit: https://www.oeconsulting.com.sg/training-presentations]
ISO 31000:2018 is an international standard designed and formulated to help organizations implement a robust Risk Management System.
The ISO 31000 standard helps organizations develop a risk management strategy to effectively identify and mitigate risks, thereby enhancing the likelihood of achieving their objectives and increasing the protection of their assets. Its overarching goal is to develop a risk management culture where employees and stakeholders are aware of the importance of monitoring and managing risk.
LEARNING OBJECTIVES
1. Understand the concept of risk as the uncertainty on objectives.
2. Understand risk management principles, framework and process in the context of a Risk Management System.
3. Appreciate the value of ISO 31000 as the benchmark for best practice in managing risk.
Learn why monitoring your Mercedes' Exhaust Back Pressure (EBP) sensor is crucial. Understand its role in engine performance and emission reduction. Discover five warning signs of EBP sensor failure, from loss of power to increased emissions. Take action promptly to avoid costly repairs and maintain your Mercedes' reliability and efficiency.
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"Trans Failsafe Prog" on your BMW X5 indicates potential transmission issues requiring immediate action. This safety feature activates in response to abnormalities like low fluid levels, leaks, faulty sensors, electrical or mechanical failures, and overheating.
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harmony of functionality and emotion
Comprehensive program for Agricultural Finance, the Automotive Sector, and Empowerment . We will define the full scope and provide a detailed two-week plan for identifying strategic partners in each area within Limpopo, including target areas.:
1. Agricultural : Supporting Primary and Secondary Agriculture
• Scope: Provide support solutions to enhance agricultural productivity and sustainability.
• Target Areas: Polokwane, Tzaneen, Thohoyandou, Makhado, and Giyani.
2. Automotive Sector: Partnerships with Mechanics and Panel Beater Shops
• Scope: Develop collaborations with automotive service providers to improve service quality and business operations.
• Target Areas: Polokwane, Lephalale, Mokopane, Phalaborwa, and Bela-Bela.
3. Empowerment : Focusing on Women Empowerment
• Scope: Provide business support support and training to women-owned businesses, promoting economic inclusion.
• Target Areas: Polokwane, Thohoyandou, Musina, Burgersfort, and Louis Trichardt.
We will also prioritize Industrial Economic Zone areas and their priorities.
Sign up on https://profilesmes.online/welcome/
To be eligible:
1. You must have a registered business and operate in Limpopo
2. Generate revenue
3. Sectors : Agriculture ( primary and secondary) and Automative
Women and Youth are encouraged to apply even if you don't fall in those sectors.
Fleet management these days is next to impossible without connected vehicle solutions. Why? Well, fleet trackers and accompanying connected vehicle management solutions tend to offer quite a few hard-to-ignore benefits to fleet managers and businesses alike. Let’s check them out!
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ISO 31000 principles.pdf
1. Valtteri Laine
Project Manager
Captain/M.Sc.
Lisbon the 12th October 2017
ISO31000
Risk Management Standard
Implementation in
Pollution Prevention and Response
Floris Goerlandt, D.Sc. (Tech.)
Project Researcher
Tel: +358 50 343 1186
E-mail: floris.goerlandt@helcom.fi
2. OVERVIEW
• ISO31000 Risk Management Standard
Why implementing this for Pollution Prevention and Response?
• ISO31000:2009 Risk Management Standard
Overview
• ISO31000:2009 & ISO31000:2018 Risk Management Standard
Implementation in Pollution Prevention and Response: A suggested approach
4. Why implementing ISO31000 in PPR?
Some guidelines and tools for maritime oil spill risk
assessment exist
5. Why implementing ISO31000 in PPR?
• HELCOM and its member states [*] has
identified a need for a wider and integrated
set of tools for managing maritime risk, for
pollution prevention and response.
• All major risk management standards stress
the need for linking the application of tools to
organizational commitment and processes for
effective risk management.
• Current maritime PPR risk guidelines do not
cover links to organizational issues, and lack a
coherent set of tools for executing risk analysis
for different decision making contexts.
[*] With support from BONN Agreement, the Copenhagen Agreement,
REMPEC and the Norwegian Coastal Administration
6. Why implementing ISO31000 in PPR?
First and Second OpenRisk Workshop
EMSA Risk assessment Workshop
• Needs of the users at the strategic end and those at the
operational end are different, but complementary.
• It is important to consider risk-based tools and methods
which can fulfil user needs at either end of the spectrum
• While also focusing on how to consider risk assessment
in different decision contexts and time scales.
ISO31000:2009
WS1 & WS2
EMSA WS
HELCOM RESPONSE
12.04.2018
ISO31000:2018
8. ISO: International Organization for Standardization
• International Organization for Standardization (ISO) is the world's largest developer and
publisher of International Standards.
• ISO is a specialized international organization founded in Geneva in 1947 and concerned
with standardization in all technical and non-technical fields except electrical and
electronic engineering.
• Upon request, the ISO establishes international technical committees to investigate and
resolve specific issues of standardization.
9. ISO31000:2009: Development process
• ISO31000:2009 was published in November 2009 and it is the result of four years of
consultation between risk and standards experts in 30 countries.
• It pulls together and replaces a number of similar international standards.
AS/NZS 4360:2004, which was due for revision in 2009, formed the basis of ISO31000.
• This new standard was prepared by the
ISO Technical Management Board Working Group on risk management.
• Updated guidelines ISO31000:2018 adopted in 02.2018.
10. ISO31000:2009: status and characteristics
• ISO 31000 is not intended for certification.
• It does not contain compulsory requirements.
• It is a collection of suggested best practices.
Guide to develop
area-specific processes.
Flexibile application.
11. ISO31000:2009: Key definitions
• Risk definition is in line with recent trends in academic and professional organizations
• Risk management refers to the architecture for managing risk effectively,
i.e. to principles, framework and process
Risk
Effect of uncertainty on
objectives.
An effect is a deviation from the
expected – positive and/or
negative.
Risk Management
Coordinated activities to direct
and control an organization
with regard to risk.
12. ISO31000:2009: Principles – Framework – Process
PRINCIPLES
Underlying
values and
considerations
PRINCIPLES FRAMEWORK PROCESS
FRAMEWORK
Embedding risk
assessment in
organization
PROCESS
Steps to assess
risk and take
action
Toolbox
13. ISO31000:2009: Principles
ISO 31000 contains 11 Principles for risk management:
a) Creates and protects value
b) Integral part of all organizational processes
c) Part of decision making
d) Explicitly addresses uncertainty
e) Systematic, structured and timely
f) Based on the best available information
g) Tailored
h) Takes human and cultural factors into account
i) Transparent and inclusive
j) Dynamic, iterative and responsive to change
k) Facilitates continual improvement of the organization
Flexibile application
when implementing
for PPR
PRINCIPLES
14. ISO31000:2009: Framework
• Risk management process needs to be
integrated into the overall organizational system
and processes and needs to be supported by
strong management commitment.
• The framework needs to be tailored to the
organization(s) involved and take into account
the organization’s internal and external context.
• There need to be accountability, sufficient
resources and internal and external reporting
mechanisms.
• Framework needs to be monitored and reviewed
to ensure that the feedback process results in
continuous improvement (Quality Management).
Flexibile application
when implementing
for PPR
FRAMEWORK
15. ISO31000:2009: Process
Risk management is effected by applying
the classic process of:
• Risk Identification
Identify sources of risk, areas of
impact and consequences.
• Risk Analysis
Understanding the risk and whether it
needs to be fully evaluated.
• Risk Evaluation
Compare the level of risk established
in the previous stage with the risk
tolerance criteria established.
• Risk Treatment
Modification of risk and decision on
treatment option.
PROCESS
16. ISO31000:2009: Process
Before engaging in risk assessment and
treatment activities:
• establish the internal and external
context in which the organization
operates
• have the right mechanisms to ensure
communication and consultation with
internal and external stakeholders in
place.
• have mechanisms in place for
continuous monitoring and review, at
each stage.
PROCESS
Flexibile application
when implementing for PPR
17. ISO31000:2009: Complementing documents
ISO Guide 73:2009
Risk Management Vocabulary
Establishes a revised vocabulary to
accompany ISO 31000.
ISO/IEC 31010
Risk Management – Risk Assessment
Techniques
Contains a collection of tools used for risk
assessment.
OpenRisk develops and
selects tailored tools for
PPR activities Toolbox
19. Scope and focus of OpenRisk: Primary Objective
PRINCIPLES FRAMEWORK PROCESS Toolbox
Primary objective
Develop a toolbox for PPR risk
management
20. Scope and focus of OpenRisk: Secondary Objective
PRINCIPLES FRAMEWORK PROCESS
Secondary objective
Develop an intital framework
and processes for managing
risk in PPR activities
OpenRisk WS1 and WS2, and
EMSA Risk Assessment
Workshop
Need for risk management on
different time scales and for
different decision contexts
(similar to DG ECHO approach)
21. Scope and focus of OpenRisk: Tertiary Objective
PRINCIPLES FRAMEWORK PROCESS Toolbox
Tertiary objective
Test the toolbox for PPR risk
management in workshops and
through a Baltic Sea case study
23. Scope and focus of OpenRisk: Secondary Objective
PRINCIPLES FRAMEWORK PROCESS
Secondary objective
Develop an intital framework
and processes for managing risk
in PPR activities
Three different time-scales and
decision contexts
Screening (basic & extended)
Intermittent
Strategic