This document provides an overview of risk assessment training. It defines risk assessment as a systematic approach to identify hazards, evaluate risks, and implement controls. It emphasizes the importance of risk assessment to protect safety and comply with regulations. The key aspects of risk assessment covered include identifying hazards and potential harms, evaluating risks based on severity and likelihood, implementing controls, and monitoring risks. Risk assessment is a legal requirement under the Workplace Safety and Health Act to ensure reasonable practicable safety measures are taken.
This document provides an overview of risk assessment training. It defines risk assessment as a systematic approach to identify hazards, evaluate risks, and implement control measures. It notes that the goal of risk assessment is to protect safety and comply with regulations. Key aspects covered include legal requirements for reasonable and practicable risk control, the risk assessment process of identifying hazards and evaluating/managing risks, tools for risk evaluation like the risk matrix, and the hierarchy of risk control measures. Record keeping and regular review of risk assessments are emphasized.
The document provides an overview of safety management systems. It defines a safety management system as a systematic and comprehensive process for managing safety risks that is woven into the culture and work processes of an organization. The presentation covers topics like the importance of safety, hazard identification and risk assessment, risk controls, and the structure and requirements of the OHSAS 18001 international standard for occupational health and safety management systems.
Risk assessments are carried out for three reasons: legal duty, moral duty, and economic duty. They are required by law under the Health and Safety at Work Act of 1974 to identify hazards and risks and put controls in place to protect workers. Without risk assessments, work-related accidents and illnesses remain high, costing lives and days lost from work. The Management of Health and Safety at Work Regulations of 1999 further specify the legal requirement for employers to conduct and document suitable and sufficient risk assessments where there are five or more employees. A basic risk assessment process involves identifying hazards, evaluating existing controls, assessing residual risk levels based on likelihood and severity, and implementing further controls if needed.
The document discusses risk management, including what it is, who uses it, and how it is applied in customs. Specifically:
- Risk management is a systematic process of identifying, analyzing, and responding to risks to reduce losses and take advantage of opportunities. It is used widely in both public and private sectors.
- The key steps in risk management are establishing the context, identifying and analyzing risks, evaluating risks, treating risks, and ongoing communication, monitoring and review.
- Customs administrations use risk management strategies to facilitate trade while maintaining control over cross-border movement of goods and people. It helps customs prioritize resources according to risk level.
This document provides guidance on conducting risk assessments through a 5-step process: 1) identify hazards, 2) identify those affected, 3) evaluate risks and controls, 4) record findings, and 5) review regularly. It outlines how to recognize hazards, consider who may be harmed and how, determine existing and needed controls, and document the process. Key steps include walking work areas to find hazards, asking employees for input, and comparing controls to good practices. The goal of risk assessment is to prevent harm through reasonable precautions.
Risk assessment and management involves five key steps: 1) identifying hazards, 2) deciding who might be harmed, 3) evaluating risks and precautions, 4) recording findings, and 5) reviewing assessments. A typical risk assessment process first identifies hazards like trench collapse, then evaluates who may be harmed (pipe layers), assesses risks, decides on controls like trench boxes, records findings, and reviews assessments during monitoring. Risk management aims to reduce likelihood and consequences of risks through analysis, treatment, and ongoing monitoring and review to control risks.
This document outlines the phases and steps of completing a risk analysis. It discusses (1) analyzing risks by identifying assets, threats, vulnerabilities and risks; (2) developing countermeasures through mitigation opportunities and policy planning; and (3) applying the process in practice using a small business example. The goal is to characterize, define, mitigate and eliminate risks to protect assets.
This document provides an overview of risk assessment training. It defines risk assessment as a systematic approach to identify hazards, evaluate risks, and implement controls. It emphasizes the importance of risk assessment to protect safety and comply with regulations. The key aspects of risk assessment covered include identifying hazards and potential harms, evaluating risks based on severity and likelihood, implementing controls, and monitoring risks. Risk assessment is a legal requirement under the Workplace Safety and Health Act to ensure reasonable practicable safety measures are taken.
This document provides an overview of risk assessment training. It defines risk assessment as a systematic approach to identify hazards, evaluate risks, and implement control measures. It notes that the goal of risk assessment is to protect safety and comply with regulations. Key aspects covered include legal requirements for reasonable and practicable risk control, the risk assessment process of identifying hazards and evaluating/managing risks, tools for risk evaluation like the risk matrix, and the hierarchy of risk control measures. Record keeping and regular review of risk assessments are emphasized.
The document provides an overview of safety management systems. It defines a safety management system as a systematic and comprehensive process for managing safety risks that is woven into the culture and work processes of an organization. The presentation covers topics like the importance of safety, hazard identification and risk assessment, risk controls, and the structure and requirements of the OHSAS 18001 international standard for occupational health and safety management systems.
Risk assessments are carried out for three reasons: legal duty, moral duty, and economic duty. They are required by law under the Health and Safety at Work Act of 1974 to identify hazards and risks and put controls in place to protect workers. Without risk assessments, work-related accidents and illnesses remain high, costing lives and days lost from work. The Management of Health and Safety at Work Regulations of 1999 further specify the legal requirement for employers to conduct and document suitable and sufficient risk assessments where there are five or more employees. A basic risk assessment process involves identifying hazards, evaluating existing controls, assessing residual risk levels based on likelihood and severity, and implementing further controls if needed.
The document discusses risk management, including what it is, who uses it, and how it is applied in customs. Specifically:
- Risk management is a systematic process of identifying, analyzing, and responding to risks to reduce losses and take advantage of opportunities. It is used widely in both public and private sectors.
- The key steps in risk management are establishing the context, identifying and analyzing risks, evaluating risks, treating risks, and ongoing communication, monitoring and review.
- Customs administrations use risk management strategies to facilitate trade while maintaining control over cross-border movement of goods and people. It helps customs prioritize resources according to risk level.
This document provides guidance on conducting risk assessments through a 5-step process: 1) identify hazards, 2) identify those affected, 3) evaluate risks and controls, 4) record findings, and 5) review regularly. It outlines how to recognize hazards, consider who may be harmed and how, determine existing and needed controls, and document the process. Key steps include walking work areas to find hazards, asking employees for input, and comparing controls to good practices. The goal of risk assessment is to prevent harm through reasonable precautions.
Risk assessment and management involves five key steps: 1) identifying hazards, 2) deciding who might be harmed, 3) evaluating risks and precautions, 4) recording findings, and 5) reviewing assessments. A typical risk assessment process first identifies hazards like trench collapse, then evaluates who may be harmed (pipe layers), assesses risks, decides on controls like trench boxes, records findings, and reviews assessments during monitoring. Risk management aims to reduce likelihood and consequences of risks through analysis, treatment, and ongoing monitoring and review to control risks.
This document outlines the phases and steps of completing a risk analysis. It discusses (1) analyzing risks by identifying assets, threats, vulnerabilities and risks; (2) developing countermeasures through mitigation opportunities and policy planning; and (3) applying the process in practice using a small business example. The goal is to characterize, define, mitigate and eliminate risks to protect assets.
Risk Assessment and Risk Assessment Matrix PresentationUsama Saeed
The document discusses the process of conducting a risk assessment. It defines risk assessment as identifying potential harms or dangers in the workplace and determining their likelihood and impact. The document outlines a 5-step process for risk assessment: 1) identify hazards, 2) analyze risks, 3) evaluate risks, 4) control risks, and 5) monitor and review risks. It also discusses using a risk matrix to help prioritize risks based on their probability and potential impact. The risk matrix assigns quantitative values to probability and impact to calculate the overall risk rating.
The document discusses risk management and occupational health and safety risk management. It defines risk and outlines the sequence of risk management, which includes risk identification, quantification, classification, prioritization, and mitigation. It then discusses identifying common hazards at the workplace, assessing associated risks, and developing risk management procedures. Specific methods are provided for quantifying risks based on likelihood and impact scores to develop a risk matrix and prioritize risks. The importance of identifying hazards for assessing and mitigating health and safety risks is emphasized.
Risk management is the process of identifying, assessing, and planning for possible risks associated with activities and events. It aims to limit uncertainties, potential dangers, and loss. The document outlines types of risks like physical, emotional, financial, and reputational risks. It also discusses strategies for risk management like risk avoidance, reduction, and transference. The key is being proactive in considering risks and having plans to address them.
A risk assessment determines risks and dangers in workplaces by analyzing potential hazards, finding safe solutions to avoid injury or property damage, and determining if an activity can be done safely. Risk assessments are needed to assess any dangers people could face in a lab and reduce risks of harm. A risk assessment should identify possible lab dangers, guidelines for protecting people, and follow five steps: identifying hazards, deciding who could be harmed, evaluating risks and precautions, recording findings, and reviewing the assessment yearly.
The document discusses risk management and its process groups. It defines risk and characteristics of risk. It then describes the six risk management process groups: 1) Plan Risk Management 2) Identify Risks 3) Perform Qualitative Risk Analysis 4) Perform Quantitative Risk Analysis 5) Plan Responses 6) Control Risks. Each process group has specific inputs, tools and techniques, and outputs involved in identifying, assessing, and managing project risks. The overall purpose is to systematically manage uncertainty and increase the likelihood of achieving project objectives.
General Safety Presentationupdated 04842993 1debandleigh
The document outlines various workplace safety guidelines and procedures. It discusses the importance of working safely, proper personal protective equipment, emergency evacuation plans, safe operation of equipment like forklifts, identifying and avoiding death zones, lockout/tagout procedures, hazard communication, and medical emergencies. Disciplinary action may result from disregarding safety rules.
Identification of hazard industry and risk assessment NishanPrasad1
The document discusses hazards identification and risk assessment. It defines a hazard as any source of potential harm and provides examples of common hazards like tools, equipment, and the environment. Exposure occurs when one is at risk from a hazard. Various sources of hazards are described like gravity, motion, electrical, chemical, and temperature extremes. The steps of a hazard identification process include hazard identification, risk assessment, analyzing risk controls, implementing controls, and review. Engineering controls aim to eliminate exposure by modifying the hazard source, while personal protective equipment protects employees when exposure cannot be eliminated.
This online training course covers the process of conducting risk assessments in the workplace. It explains that risk assessments are required by law and outline the five steps to conducting one: 1) identify hazards, 2) identify those at risk, 3) evaluate risks, 4) record findings, and 5) review assessments. The training provides examples of how to evaluate likelihood and severity of risks to determine level of risk. It emphasizes controlling risks by eliminating or reducing hazards through measures like safe work procedures and PPE. The goal is to understand risk assessments and how to incorporate them to safely manage risks.
This document provides guidance on conducting a job hazard analysis (JHA). It outlines a 5-step process: 1) prepare and prioritize jobs, 2) break jobs into steps, 3) identify hazards in each step, 4) develop control strategies, and 5) write safe job procedures. Key points include prioritizing hazardous jobs, watching employees to identify steps, describing various types of hazards, and emphasizing engineering controls, PPE, and writing clear procedures using specific language. The overall goal is to recognize hazards, reduce risks, and develop safe work practices through a structured analysis of jobs and tasks.
Establishing and fostering a safety culture has, quite rightly, become a more prominent topic to consider for safety directors. No matter the industry or organization, it is now commonly accepted that safety culture can have a huge influence on the success or failure of a safety management system.
Safety culture is not a program, policy or procedure, it is a reflection of how safety is managed in a workplace. However, it is often difficult to pin down, as it is a somewhat ethereal concept, based on soft components that cannot be easily measured – factors such as accountability, leadership and organizational learning.
This difficulty is at the heart of many safety directors’ struggle – how do you pinpoint your organization’s current safety culture? Which activities are having a positive or negative effect?
In this presentation, Shannon Crinklaw defines safety culture and provide suggestions and ideas around how to recognize and foster a strong safety culture within your organization.
Watch this webinar and learn:
How safety culture can be broken down into components
The different ways that it can be (indirectly) measured
Steps that managers should take to improve it
How using Medgate to automate some safety activities assist in building a safety culture
Health and safety powerpoint complete (1)brownjamesa
This presentation provides an overview of environmental health and safety topics for employees. It begins by explaining the importance of safety training and responsibilities of both employers and employees. It then covers a range of safety issues including vehicle safety, driving hazards, office ergonomics, fire safety, hazardous materials, and more. The document emphasizes that safety is a shared responsibility and provides contact information for the environmental health and safety committee.
Risk management is the process of identifying, assessing and controlling threats to an organization's capital and earnings. These threats, or risks, could stem from a wide variety of sources, including financial uncertainty, legal liabilities, strategic management errors, accidents and natural disasters.
what is the definition of risk management
risk management services
risk management certification
risk management for project management
risk management terms
celgene risk management
risk management framework
risk management jobs
business research topics for mba
mba topics for presentation
mba project topics
mba research topics in management
dissertation topics for mba
mba finance research topics
mba topics on strategic management
thesis topic for mba
This document outlines the goals and process for near miss reporting. The goals are to share experiences to prevent injuries, collect safety data, and foster a safety culture. A near miss is an unreported event that could have caused harm. Reporting identifies safety issues and solutions. The stages of management include identification, analysis of direct and root causes, solution identification, and dissemination of lessons learned. Near miss reporting provides valuable safety data without needing an actual injury.
This document outlines a risk management module that describes the risk management lifecycle and procedures for managing risk. It discusses introducing risk management and identifying risk categories. It then covers the full procedure for managing risk, including planning, identification, assessment, monitoring, and tracking. It also addresses stakeholder engagement, including risk appetite and tolerance. Finally, it discusses tools and practices for risk analysis, impact analysis, risk mitigation strategies, and qualitative and quantitative analysis. The overall document provides an overview of a comprehensive risk management process.
This document discusses industrial safety management and accident prevention. It outlines objectives of industrial safety such as minimizing hazards and accidents. It defines types of industrial accidents and discusses their common causes such as unsafe conditions and acts. It also describes how accidents are measured using frequency and severity rates. Reasons for preventing accidents include protecting human life, reducing costs, and complying with legislation. The document advocates for safety programs that identify hazards, provide safety equipment/facilities, develop policies, and provide training to employees.
This document discusses hazard identification, risk assessment, and determining controls according to OHSMS 45001:2018. It provides an overview of the hazard identification and risk assessment process, including defining hazards and risks, assessing probability and severity, and determining controls. The key steps in risk assessment are outlined, such as identifying hazards, evaluating risks, and recording findings. Templates for a HIRA matrix and register are also presented. Effective hazard identification and risk assessment is important for workplace safety and compliance with standards.
This document provides an overview of risk assessment and management. It introduces risk management and identifies types and categories of risk. It then outlines the procedure for managing risk, including planning, identification, assessment, monitoring, and tracking. Tools and practices for risk analysis are presented, including impact analysis, probability analysis, risk mitigation strategies, and qualitative and quantitative analysis. Stakeholder engagement in risk appetite and tolerance is discussed.
This document provides guidance on performing a job hazard analysis (JHA). It outlines a 5-step process for conducting a JHA: 1) prepare, 2) select the job, 3) breakdown the job into steps, 4) identify and describe hazards, and 5) recommend controls. Conducting a JHA involves breaking down jobs into their basic steps, identifying potential hazards, and determining how to eliminate or reduce risks. Performing a JHA with employee involvement helps create safer work practices.
This document provides information on Hazard Identification, Risk Assessment and Control (HIRAC). It defines risk, hazard, and ill health. It explains why HIRAC is important from both legal and financial perspectives. Key aspects of risk assessment are discussed, including factors to consider, evaluating likelihood and severity, and developing a risk matrix. The hierarchy of controls for reducing risk is outlined. Examples of potential hazards, consequences, and control measures are given. Guidance is provided on reviewing risk assessments, including triggers for when a review is needed. Related HIRAC procedures and documentation are listed.
This document discusses hazard identification, risk assessment, and risk control. It defines key terms like hazard, danger, and risk. It outlines the risk management process of classifying activities, identifying hazards, assessing risks, implementing risk controls, and reviewing controls. Different types of risks are described like mechanical, electrical, chemical, and ergonomic risks. Methods of risk assessment include qualitative, semi-quantitative, and quantitative assessments using risk matrices to evaluate likelihood and severity of risks. Risk control actions are recommended to eliminate, substitute, isolate, use engineering or administrative controls, or personal protective equipment.
A risk workshop is a brainstorming session involving the project team to identify, assess, and address risks that could impact a project. Key aspects of the workshop include identifying each risk, determining the probability and impact of each risk, and evaluating whether risks are acceptable or require mitigation actions. The first risk workshop should be held after the project scope and team are defined. Subsequent workshops are recommended throughout the project to reassess risks. Preparation and proper facilitation of the workshop are important to generate discussion and ensure risks are properly documented for ongoing monitoring and mitigation. Being proactive about risks in this way increases the likelihood of project success.
This document provides an overview of risk and issue management best practices. It discusses key concepts like the differences between risks and issues, how to prioritize them, and the overall process of identifying, analyzing, taking action, monitoring, reviewing, and reporting on risks and issues over the lifecycle of a project. The goal is to familiarize workshop participants with a standardized terminology and approach to proactively manage risks and issues in order to minimize potential impacts on a project.
Risk Assessment and Risk Assessment Matrix PresentationUsama Saeed
The document discusses the process of conducting a risk assessment. It defines risk assessment as identifying potential harms or dangers in the workplace and determining their likelihood and impact. The document outlines a 5-step process for risk assessment: 1) identify hazards, 2) analyze risks, 3) evaluate risks, 4) control risks, and 5) monitor and review risks. It also discusses using a risk matrix to help prioritize risks based on their probability and potential impact. The risk matrix assigns quantitative values to probability and impact to calculate the overall risk rating.
The document discusses risk management and occupational health and safety risk management. It defines risk and outlines the sequence of risk management, which includes risk identification, quantification, classification, prioritization, and mitigation. It then discusses identifying common hazards at the workplace, assessing associated risks, and developing risk management procedures. Specific methods are provided for quantifying risks based on likelihood and impact scores to develop a risk matrix and prioritize risks. The importance of identifying hazards for assessing and mitigating health and safety risks is emphasized.
Risk management is the process of identifying, assessing, and planning for possible risks associated with activities and events. It aims to limit uncertainties, potential dangers, and loss. The document outlines types of risks like physical, emotional, financial, and reputational risks. It also discusses strategies for risk management like risk avoidance, reduction, and transference. The key is being proactive in considering risks and having plans to address them.
A risk assessment determines risks and dangers in workplaces by analyzing potential hazards, finding safe solutions to avoid injury or property damage, and determining if an activity can be done safely. Risk assessments are needed to assess any dangers people could face in a lab and reduce risks of harm. A risk assessment should identify possible lab dangers, guidelines for protecting people, and follow five steps: identifying hazards, deciding who could be harmed, evaluating risks and precautions, recording findings, and reviewing the assessment yearly.
The document discusses risk management and its process groups. It defines risk and characteristics of risk. It then describes the six risk management process groups: 1) Plan Risk Management 2) Identify Risks 3) Perform Qualitative Risk Analysis 4) Perform Quantitative Risk Analysis 5) Plan Responses 6) Control Risks. Each process group has specific inputs, tools and techniques, and outputs involved in identifying, assessing, and managing project risks. The overall purpose is to systematically manage uncertainty and increase the likelihood of achieving project objectives.
General Safety Presentationupdated 04842993 1debandleigh
The document outlines various workplace safety guidelines and procedures. It discusses the importance of working safely, proper personal protective equipment, emergency evacuation plans, safe operation of equipment like forklifts, identifying and avoiding death zones, lockout/tagout procedures, hazard communication, and medical emergencies. Disciplinary action may result from disregarding safety rules.
Identification of hazard industry and risk assessment NishanPrasad1
The document discusses hazards identification and risk assessment. It defines a hazard as any source of potential harm and provides examples of common hazards like tools, equipment, and the environment. Exposure occurs when one is at risk from a hazard. Various sources of hazards are described like gravity, motion, electrical, chemical, and temperature extremes. The steps of a hazard identification process include hazard identification, risk assessment, analyzing risk controls, implementing controls, and review. Engineering controls aim to eliminate exposure by modifying the hazard source, while personal protective equipment protects employees when exposure cannot be eliminated.
This online training course covers the process of conducting risk assessments in the workplace. It explains that risk assessments are required by law and outline the five steps to conducting one: 1) identify hazards, 2) identify those at risk, 3) evaluate risks, 4) record findings, and 5) review assessments. The training provides examples of how to evaluate likelihood and severity of risks to determine level of risk. It emphasizes controlling risks by eliminating or reducing hazards through measures like safe work procedures and PPE. The goal is to understand risk assessments and how to incorporate them to safely manage risks.
This document provides guidance on conducting a job hazard analysis (JHA). It outlines a 5-step process: 1) prepare and prioritize jobs, 2) break jobs into steps, 3) identify hazards in each step, 4) develop control strategies, and 5) write safe job procedures. Key points include prioritizing hazardous jobs, watching employees to identify steps, describing various types of hazards, and emphasizing engineering controls, PPE, and writing clear procedures using specific language. The overall goal is to recognize hazards, reduce risks, and develop safe work practices through a structured analysis of jobs and tasks.
Establishing and fostering a safety culture has, quite rightly, become a more prominent topic to consider for safety directors. No matter the industry or organization, it is now commonly accepted that safety culture can have a huge influence on the success or failure of a safety management system.
Safety culture is not a program, policy or procedure, it is a reflection of how safety is managed in a workplace. However, it is often difficult to pin down, as it is a somewhat ethereal concept, based on soft components that cannot be easily measured – factors such as accountability, leadership and organizational learning.
This difficulty is at the heart of many safety directors’ struggle – how do you pinpoint your organization’s current safety culture? Which activities are having a positive or negative effect?
In this presentation, Shannon Crinklaw defines safety culture and provide suggestions and ideas around how to recognize and foster a strong safety culture within your organization.
Watch this webinar and learn:
How safety culture can be broken down into components
The different ways that it can be (indirectly) measured
Steps that managers should take to improve it
How using Medgate to automate some safety activities assist in building a safety culture
Health and safety powerpoint complete (1)brownjamesa
This presentation provides an overview of environmental health and safety topics for employees. It begins by explaining the importance of safety training and responsibilities of both employers and employees. It then covers a range of safety issues including vehicle safety, driving hazards, office ergonomics, fire safety, hazardous materials, and more. The document emphasizes that safety is a shared responsibility and provides contact information for the environmental health and safety committee.
Risk management is the process of identifying, assessing and controlling threats to an organization's capital and earnings. These threats, or risks, could stem from a wide variety of sources, including financial uncertainty, legal liabilities, strategic management errors, accidents and natural disasters.
what is the definition of risk management
risk management services
risk management certification
risk management for project management
risk management terms
celgene risk management
risk management framework
risk management jobs
business research topics for mba
mba topics for presentation
mba project topics
mba research topics in management
dissertation topics for mba
mba finance research topics
mba topics on strategic management
thesis topic for mba
This document outlines the goals and process for near miss reporting. The goals are to share experiences to prevent injuries, collect safety data, and foster a safety culture. A near miss is an unreported event that could have caused harm. Reporting identifies safety issues and solutions. The stages of management include identification, analysis of direct and root causes, solution identification, and dissemination of lessons learned. Near miss reporting provides valuable safety data without needing an actual injury.
This document outlines a risk management module that describes the risk management lifecycle and procedures for managing risk. It discusses introducing risk management and identifying risk categories. It then covers the full procedure for managing risk, including planning, identification, assessment, monitoring, and tracking. It also addresses stakeholder engagement, including risk appetite and tolerance. Finally, it discusses tools and practices for risk analysis, impact analysis, risk mitigation strategies, and qualitative and quantitative analysis. The overall document provides an overview of a comprehensive risk management process.
This document discusses industrial safety management and accident prevention. It outlines objectives of industrial safety such as minimizing hazards and accidents. It defines types of industrial accidents and discusses their common causes such as unsafe conditions and acts. It also describes how accidents are measured using frequency and severity rates. Reasons for preventing accidents include protecting human life, reducing costs, and complying with legislation. The document advocates for safety programs that identify hazards, provide safety equipment/facilities, develop policies, and provide training to employees.
This document discusses hazard identification, risk assessment, and determining controls according to OHSMS 45001:2018. It provides an overview of the hazard identification and risk assessment process, including defining hazards and risks, assessing probability and severity, and determining controls. The key steps in risk assessment are outlined, such as identifying hazards, evaluating risks, and recording findings. Templates for a HIRA matrix and register are also presented. Effective hazard identification and risk assessment is important for workplace safety and compliance with standards.
This document provides an overview of risk assessment and management. It introduces risk management and identifies types and categories of risk. It then outlines the procedure for managing risk, including planning, identification, assessment, monitoring, and tracking. Tools and practices for risk analysis are presented, including impact analysis, probability analysis, risk mitigation strategies, and qualitative and quantitative analysis. Stakeholder engagement in risk appetite and tolerance is discussed.
This document provides guidance on performing a job hazard analysis (JHA). It outlines a 5-step process for conducting a JHA: 1) prepare, 2) select the job, 3) breakdown the job into steps, 4) identify and describe hazards, and 5) recommend controls. Conducting a JHA involves breaking down jobs into their basic steps, identifying potential hazards, and determining how to eliminate or reduce risks. Performing a JHA with employee involvement helps create safer work practices.
This document provides information on Hazard Identification, Risk Assessment and Control (HIRAC). It defines risk, hazard, and ill health. It explains why HIRAC is important from both legal and financial perspectives. Key aspects of risk assessment are discussed, including factors to consider, evaluating likelihood and severity, and developing a risk matrix. The hierarchy of controls for reducing risk is outlined. Examples of potential hazards, consequences, and control measures are given. Guidance is provided on reviewing risk assessments, including triggers for when a review is needed. Related HIRAC procedures and documentation are listed.
This document discusses hazard identification, risk assessment, and risk control. It defines key terms like hazard, danger, and risk. It outlines the risk management process of classifying activities, identifying hazards, assessing risks, implementing risk controls, and reviewing controls. Different types of risks are described like mechanical, electrical, chemical, and ergonomic risks. Methods of risk assessment include qualitative, semi-quantitative, and quantitative assessments using risk matrices to evaluate likelihood and severity of risks. Risk control actions are recommended to eliminate, substitute, isolate, use engineering or administrative controls, or personal protective equipment.
A risk workshop is a brainstorming session involving the project team to identify, assess, and address risks that could impact a project. Key aspects of the workshop include identifying each risk, determining the probability and impact of each risk, and evaluating whether risks are acceptable or require mitigation actions. The first risk workshop should be held after the project scope and team are defined. Subsequent workshops are recommended throughout the project to reassess risks. Preparation and proper facilitation of the workshop are important to generate discussion and ensure risks are properly documented for ongoing monitoring and mitigation. Being proactive about risks in this way increases the likelihood of project success.
This document provides an overview of risk and issue management best practices. It discusses key concepts like the differences between risks and issues, how to prioritize them, and the overall process of identifying, analyzing, taking action, monitoring, reviewing, and reporting on risks and issues over the lifecycle of a project. The goal is to familiarize workshop participants with a standardized terminology and approach to proactively manage risks and issues in order to minimize potential impacts on a project.
The document outlines an agenda for a risk management workshop being conducted by PT. Berau Coal, including introducing risk management terms and methodologies, providing an understanding of the need for risk management, and introducing a Risk Assessment Methodology to be adopted. Objectives of the workshop are to familiarize key personnel with risk assessment principles and ensure they can perform risk assessments for operations. The workshop will cover topics such as hazard identification, risk assessment methodologies, and PT. Berau Coal's specific risk assessment procedure.
This document provides guidance for teachers and students to prepare for a local fieldwork trip by identifying potential risks and safety measures. It includes learning objectives around risk identification and safety, and instructs students to look at photos of fieldwork locations and discuss observed risks and actions that could be taken. Notes are provided on using online maps to examine sites. A writing frame is included for students to write their own risk assessments. The document emphasizes developing geographical understanding and fieldwork readiness.
This document summarizes a risk and confidence workshop led by Kate O'Reilly. The workshop focused on overcoming fears of taking risks, building confidence through everyday actions, and providing exercises to help participants identify risks worth taking in their own lives. Key points included establishing the group's principles, telling stories of building confidence through small assignments, and five suggested risks participants could take immediately to increase their confidence, such as trying a new physical activity or putting themselves out there for a job they feel is beyond their current abilities.
Workshop project risk management (29 june 2012)bfriday
The document discusses project risk management tools used by Bronwyn Friday, the Group Manager of Risk at John Holland Group. It provides an overview of Bronwyn's background and experience in risk management. It then discusses tools and best practices for project risk management, including qualitative and quantitative risk assessment tools, risk registers, and risk identification methods like brainstorming workshops.
The Art and Science Behind Successful Risk WorkshopsAcumen
This paper discusses how a well-structured balance of risk process combined with sound workshop facilitation can provide more value to a project’s bottom line than most typically ever realize. Imagine a silver bullet that enables you to objectively determine accurate project costs; contingency; strategic insight into which projects should be considered portfolio inclusion; and how realistic a project plan is. Sound too good to be true? Read on…
This document provides guidance on completing a Point of Work Risk Assessment prior to starting any work task. It explains that the assessment must be done at the work face, not in the mess room, and takes 5 minutes to complete. The assessment uses a traffic light system - green to proceed but stay alert, white/orange if an item is not applicable, and red means to stop and inform your supervisor. It reminds workers to take a few minutes to consider potential risks like the job itself, safe methods and tools, access, other workers involved, and hazards in the area.
This document provides an introduction and methodology for a risk assessment project of the wood workshop at Letterfrack Furniture College. The project aims to identify hazards, provide recommendations to improve safety, and compile findings into an induction for new students. Methods included developing preliminary risk assessments of machines and tools, sampling noise levels, testing hearing protection, assessing manual handling and vibration exposures, and evaluating the local exhaust ventilation system. Results from these analyses will be discussed and used to update the college's safety system.
The document provides a hazard assessment and controls for the A.C.T. Aquatic and Recreation Centre. It lists 24 hazards identified at the facility organized under general and specific work areas. Each hazard is rated for severity, probability and exposure without and with existing controls, and further controls are identified. The assessment was created in 2003 and updated in 2008 and 2009 to improve organization and controls.
This document provides a hazard assessment and control plan for the Kinsmen Sports Centre recreation facility. It identifies 5 main hazards: 1) ergonomic injuries from poor workstation setup, 2) workplace violence, 3) on-site emergencies, 4) lifting or moving heavy objects, and 5) working alone after hours. For each hazard, it lists existing controls to mitigate the risk and proposes further controls. It also assigns a risk level of low, moderate, or serious for each hazard both with and without existing controls in place.
The document discusses the STRIDE risk management process. It begins by defining what a risk is, noting that a risk is an uncertain event that can positively or negatively impact project objectives. It then provides an overview of the STRIDE risk management tools and how they flow through project initiating and planning processes. The rest of the document details the risk management planning process, including selecting a risk management team, conducting an initial risk assessment, creating a risk management plan, and obtaining approval for the plan. It also provides examples of what would be included in a risk management plan and an initial risk assessment worksheet.
This document provides a hazard assessment and control plan for the Muttart Conservatory recreation facility in Edmonton, Canada. It identifies four main hazards: 1) On-site emergencies, 2) Workplace violence, 3) Ergonomic issues, and 4) Motor vehicle accidents. For each hazard, it lists existing controls to mitigate the risk and any further controls needed. The assessment was reviewed by facility staff and management and aims to reduce risks and ensure a safe environment for employees and visitors.
In this talk Margaret Armstrong, PMO Manager at the Trust explains how it has established a central Project Management Office in IT with strong, pragmatic processes to oversee the wide range of projects underway, underpinned by Bestoutcome’s PM3 tool, and describes the benefits this has brought, including significant improvements in Board reporting.
The NHS is undergoing significant change in the way it manages the delivery of services. At Warrington, the Trust Board launched a transformational change programme to review and improve all aspects of the way it works, including the delivery of IT services.
This is the presentation from Project Challenge 2015 on March 26th 2015 at National Motorcycle Museum, Birmingham, London, UK
The document provides instructions for completing a project risk register. The risk register tracks key information about identified project risks such as the risk number, date identified, risk description, category, potential impact, risk owner, probability of occurrence, impact of risk, risk level, response, status, date response invoked, and whether a contingency plan was developed. The document also provides examples of project risks in different phases to help identify risks and memory joggers to aid in the risk identification process.
U-phoria is a new drug developed by a leading university over 16 years that is said to provide a boost to short-term memory and a sense of well-being lasting 24-36 hours. During trials of the drug, participants were asked at what odds of a potential side effect they would be willing to take U-phoria, ranging from 1 in a billion to an absolute certainty, demonstrating how individual risk perception can vary.
How to conduct a risk assessment for information management companies. Fairly general and most of the presentation is applicable to a much broader audience.
This document provides an overview and agenda for a general health, safety, security, and environmental induction training at Batangas Ventures & Properties Management Corp. The training covers in-house rules, topics including introduction to HSSE, accident reporting, safety, hazards, workers' rights and responsibilities, PPE, and emergency response. It outlines BCGT's HSSE policy to prioritize worker health and safety above all else. Key topics include accident classification, causes of accidents, hazard identification techniques, and the hierarchy of hazard controls. The objectives are to make HSSE a top priority and protect people, environment, assets, reputation and liability.
This document provides an overview of safety policies and procedures for Fairdeal QHSE. It defines key safety terms and outlines responsibilities for management, supervisors, and employees to ensure a safe work environment and prevent accidents. Specific safety topics covered include personal protective equipment, housekeeping, electrical safety, fire prevention, lifting techniques, confined spaces, and prohibited behaviors. Management is responsible for training and safety compliance, while employees must follow safety rules and report any issues or injuries. Non-compliance may result in disciplinary actions up to termination.
This document provides information about identifying hazards in the workplace for a graphic design studio. It lists common hazards such as manual tasks, gravity, electricity, machinery, hazardous chemicals, extreme temperatures, noise, radiation, biological hazards, and psychosocial hazards. It also discusses assessing risks, controlling risks, reviewing control measures, and using safety checklists and audits to identify hazards. Resources for further OH&S information are listed.
This document outlines safety policies and guidelines for operations and maintenance. It discusses responsibilities of employees, supervisors, and upper managers to maintain safety. It provides examples of unsafe conditions and acts that can cause accidents. It also describes fundamentals of safety, accident prevention, reporting, and record keeping. Standard procedures are recommended for various tasks like using ladders, chain saws, and handling hazardous materials.
Working at height in the UK involves tasks conducted above ground level, presenting both opportunities and risks. The UK's stringent regulations, primarily the Work at Height Regulations 2005, mandate employers to prioritize safety. These regulations require thorough risk assessments, appropriate training, and suitable equipment for workers engaged in elevated tasks. Protection measures like guardrails, harnesses, and scaffoldings are essential to prevent accidents and falls. Adherence to these regulations is crucial to ensure the well-being of workers and prevent accidents, highlighting the UK's commitment to maintaining high safety standards in all vertical work environments.
This document provides an introduction to workplace safety. It defines an accident and outlines the main causes as unsafe conditions and unsafe acts. Unsafe conditions include inadequate guards, defective tools, and lack of personal protective equipment. Unsafe acts include operating without authority, failure to use PPE, and horseplay. Safe practices like using equipment properly and no smoking are also covered. The document then discusses occupational health and safety training, including risk assessment, job hazard analysis, safety audits, and inspections. It provides details on how to conduct a risk assessment, including identifying hazards, evaluating risks, recording findings, and reviewing assessments. Control measures to reduce risks are also outlined, with the hierarchy being elimination, substitution, engineering controls, administrative controls
The document discusses construction work hazards and risk control methods. It defines key terms like hazards, risks, SWMS and JSA. It outlines the legislative requirements for SWMS for high risk construction work. It describes how to prepare a SWMS, including identifying hazards, assessing risks, and determining controls using the hierarchy of control. Common construction hazards are discussed along with safety data sheets, construction methods/materials, and terminology.
This document summarizes an occupational health risk assessment for a manual sorting floor. It identifies several potential hazards for sorting operatives including cuts, upper limb disorders, noise exposure, and slips/trips. For each hazard, it lists existing control measures like training, personal protective equipment, safety procedures. It then rates the severity, likelihood, and overall risk of each hazard on a scale of 1-3. Hazards rated 3 or higher may require further action to reduce the risk.
This document provides an overview of health and safety considerations for the oil and gas industry. It discusses unsafe acts and conditions, management systems for health and safety, personal protective equipment, electrical safety, lockout/tagout procedures, walking surfaces, ladders, scaffolds, violence in the workplace, first aid, fires, radiation, and emergency contingency planning. The management system section describes planning, performing, assessing, and improving health and safety. Personal protective equipment responsibilities and training are outlined. Electrical safety responsibilities include hazard identification and protective equipment. Lockout/tagout procedures provide energy isolation. [END SUMMARY]
This document discusses health and safety in the oil and gas industry. It covers several topics:
- Management systems for health and safety with planning, performance, assessment, and improvement.
- Personal protective equipment (PPE) including responsibilities, hazard assessment, protective clothing, and training.
- Electrical safety including responsibilities, hazards, flash hazard analysis, and qualifications.
- Control of hazardous energy sources including lockout procedures.
- Emergency contingency planning including different plans for shelter in place, administrative closings, and occupant emergencies.
This document discusses health and safety in the oil and gas industry. It covers several topics:
- Management systems for health and safety with planning, performance, assessment, and improvement.
- Personal protective equipment (PPE) including responsibilities, hazard assessment, protective clothing, and training.
- Electrical safety including responsibilities, hazards, and control of hazardous energy sources.
- Emergency contingency planning including different types of plans for shelter in place, administrative closings, and occupant emergencies.
Personal protective equipment (PPE) is required to prevent workplace injuries when engineering and administrative controls are not feasible. PPE includes equipment like safety glasses, gloves, earplugs, and fall protection. Employers must assess workplace hazards, select appropriate PPE, train employees on proper use, and ensure PPE is properly worn and maintained. Common hazards requiring PPE include chemicals, falling objects, sharp tools, extreme temperatures, and more. Proper PPE selection depends on the specific hazard and must be worn correctly to be effective.
Safety is paramount in civil engineering. Engineers must understand safety precautions for both workshop and workplace environments. Proper use of personal protective equipment, guards, and following safety rules and regulations are essential to prevent accidents. Common safety equipment includes head, eye, hand, foot, and hearing protection. Power tools require additional precautions like inspecting abrasive wheels and using guards, safety switches, and proper apparel. Employers must conduct risk assessments, provide safety training, and report workplace injuries.
This document discusses hazard identification and risk assessment. It defines hazards as anything with potential to cause harm. A risk assessment considers likelihood and severity of hazards to determine necessary precautions. Common hazards include chemical, biological, physical, ergonomic and electrical. Hazard engineering identifies and controls hazards using specialist skills. A control program protects workers from substance exposure through monitoring and procedures. Controls include elimination, engineering, administrative controls and personal protective equipment. Effective controls assess risks, identify hazards, monitor exposure, review controls and prevent/minimize hazards.
The document outlines various studio safety procedures and responsibilities of both employers and employees regarding occupational health and safety. It details fire evacuation procedures, safe use of electrical equipment, ergonomic workspace guidelines, how to voice concerns, potential hazards like repetitive strain injury, and ensuring equipment is properly maintained. Employers must provide a safe working environment while employees should work safely and cooperate with supervisors by notifying them of hazards and following safety regulations. Common safety signs are also included.
Purnell Energy Services (PES) is a construction company that provides services to the oil and gas industry. They have expanded their services beyond welding to include all construction services. PES has a health and safety program approved by Alberta Construction Safety Association that complies with occupational health and safety legislation. The document outlines PES's emergency response plan, 12 components of their health and safety program, regulations they must follow, responsibilities of employers, supervisors, and workers, and their company rules regarding safety. It also provides information on hazards like H2S gas and safe work practices.
Purnell Energy Services (PES) is a construction company that provides services to the oil and gas industry. It was formerly known as Purnell Welding but expanded its services in 2013. PES specializes in facility construction, pipeline construction, maintenance, turnarounds, and shutdowns. It has a health and safety program approved by Alberta regulations that includes policies on hazard assessment and control, safe work practices, emergency preparedness, and substance abuse. PES is committed to complying with occupational health and safety legislation and providing a safe work environment for employees.
Construction site safety rules and regulations:GHARBANWAO
The rules and regulations governing construction sites and construction workers are known as construction site safety rules and regulations. These regulations are sometimes referred to as building codes and occupational health and safety regulations. You can manage a construction site efficiently and safely with a guide to safety rules and regulations. It demonstrates the risks and hazards prevalent on-site and the safety measures necessary to prevent accidents.
These safety rules and regulations have been compiled to assist site supervisors, safety managers, inspectors, general supervisors, and others in making decisions about work practices and site operations.
This document summarizes key points from a course on cookery:
1. The course covers workplace health and safety procedures, hygiene practices, and food preparation skills. It aims to teach students how to identify hazards, assess risks, and minimize risks through proper procedures and use of personal protective equipment.
2. Common hazards in the kitchen include biological, chemical, physical, ergonomic, and psychosocial risks. The document provides examples of each type of hazard.
3. A key part of the course is risk assessment - the process of identifying hazards, analyzing risks, and determining how to eliminate or control risks. Students will learn contingency planning and how to properly use protective equipment like aprons and hair nets
This document identifies hazards, evaluates them, and provides suggestions for managing hazards. It begins by defining a hazard and explaining the importance of hazard identification. It then categorizes hazards and describes methods for identifying them, including by asking questions about tasks. Sources of hazard identification are listed, like safety reports and inspections. Types of hazards like chemical, physical, and ergonomic are broadly categorized. Techniques for hazard evaluation like checklists, what-if analysis, and fault tree analysis are explained. Recommendations provided include using machine guards, trip devices, ventilation, permitting systems, training, and personal protective equipment. Suggestions are made to involve experts and provide resources to improve safety.
2. Management of Health and Safety at Work
Regulations
◦ The risk assessment shall be ‘suitable and sufficient’ and
cover both employees and non-employees affected by
the employer’s undertaking (e.g. contractors, members
of the public, students, patients, customers, etc.,)
◦ Any risk assessment shall be reviewed if there is reason
to suspect change has taken place
◦ The significant findings of the assessment shall be
recorded and any specially at risk group of employees
identified
www.hse.gov.uk/pubns/priced/l21.pdf
3. Risk assessment methods are used to decide on
priorities and to set objectives for eliminating
hazards and reducing risks. Wherever possible,
risks are eliminated through selection and design of
facilities, equipment and processes. If risks cannot
be eliminated, they are minimised by the use of
physical controls or, as a last resort, through
systems of work and personal protective equipment.
Successful Health and Safety Management
www.hse.gov.uk/pubns/priced/hsg65.pdf
4. H&S Policy Statement
People Involved
Risk Assessments
Active Monitoring
Benchmarking
5. A suitable and sufficient risk assessment
should:
◦ Identify the significant risks and ignore the trivial
ones
◦ Identify and prioritise the measures required to
comply with all relevant statutory provisions
◦ Remain appropriate to the nature of the work and
valid over a reasonable period of time
6. Your planning records should provide for :
◦ Identifying hazards and assessing risk, and deciding how
they can be eliminated or controlled
◦ Complying with the Health and Safety laws that apply to
the business
◦ Agreeing health and safety targets
◦ Design of tasks, processes, equipment, products and
services, safe systems of work
◦ Procedure to deal with serious and imminent danger
◦ Co-operation with neighbours, and/or subcontractors
◦ Setting standards against which performance can be
measured
7. Standards help build a positive culture and
control risks. They set out what people will do
to deliver the policy and control risk. They
should identify who does what, when and with
what results.
Standards must be:
◦ Measurable
◦ Achievable
◦ Realistic
8. Statements such as:
◦ ‘Staff must be trained’ are difficult to measure if you
don’t know exactly what ‘trained’ means and who is
to do the work.
◦ ‘All machines will be guarded’ is difficult to achieve
if there is no measure of the adequacy of the
guarding.
9. Hazard is the potential to cause harm
◦ Electricity is a high hazard
◦ Chemicals can be a medium hazard
◦ Using a ladder can be low hazardous
Risk is the likelihood to cause harm
◦ Not switching off the electricity supply when
carrying out maintenance would be a high risk of
electrocution
◦ Touching chemicals without protective clothing may
cause a medium risk of skin damage
◦ Using a ladder without a harness could mean a low
risk of falling from height
10.
11.
12. Working at Height Conveyor Belts
Manual Handling Portable Electrical
Slips, Trips and Falls Equipment
Falling Objects Fire
Operation of Lift Trucks Hazardous Substances
Traffic Movement Lighting
Electrical Equipment Hygiene/Comfort
Mechanical Equipment Compressed Air
Noise Visitors
Hot Works Dust
13. Dermatitis Body parts trapped
Eye Irritation/Strain Cuts
Breathing Difficulties Back pain
Burns Fractures
Being Trapped Strains/Sprains
Shocks Over Exposure
Don’t forget to look at both short and long-term hazards!
Asbestos
It could take over 20 years before it kills you
14. Isolating electricity Goggles provided and worn
Extinguishers provided Ear defenders provided and
Spillages cleared worn
Trained and competent Respiratory equipment
workers provided and worn
240volt tools Gloves provided and worn
Regular testing and Hard hats provided and worn
maintenance Authorised users
Guarding provided Drinking water
Safe working loads not Heating or protective
exceeded clothing
Floors maintained Restricted access
Good housekeeping Good Supervision
15. Prioritise – deal with high risk hazards first
Assign someone who has the adequate
authority to carry out the control measure
Put a realistic deadline on when the action
must be completed
Check that the action has been completed
Record all of the above
16. Don’t forget to refer to the HSE website and
check up on the guidelines www.hse.gov.uk/risk
Remember, some are guidelines and some are
requirements
It’s easy to get carried away with
recommendations and costs!
Successful Health and Safety Management
www.hse.gov.uk/pubns/priced/hsg65.pdf
Management of Health and Safety at Work
www.hse.gov.uk/pubns/priced/l21.pdf