The document discusses various methods for motivating different groups for safety in construction projects. It suggests that training employees, providing rewards for safe performance, ensuring good supervision, using safety media, and encouraging worker participation can motivate workers. For supervisors, factors like authority, recognition, and safety meetings are recommended. Planners and designers need incentives like safety evaluations and rewards for accident-free designs to prioritize safety. Contractors may be motivated by economic factors to adopt safe procedures. Educating the public through signs, slogans, and hazard warnings can increase safety awareness. Regular safety committee meetings are important to discuss incidents and plan safety improvements.
Health and safety is one of the most important considerations you should take before any construction project gets underway. You should always make sure that all aspects of health and safety have been considered before you step foot on the construction site. Health and safety in construction are particularly important because the industry is prone to hazardous situations and can be dangerous at times.This can lead to a huge loss in working hours and also mean that workers are unhappy within their job roles. There are some major reasons why health and safety is important in the workplace.
Hazard identification assessment and control techniquesDeep parmar
This document discusses hazard identification, assessment, and control techniques for farms. It defines a hazard as anything that can potentially cause harm and lists various types of hazards including environments, substances, equipment, animals, and electricity. It describes methods for identifying hazards such as observation, material safety data sheets, surveys, discussion groups, audits, and following regulations. The document outlines steps for assessing risks, including identifying hazards, determining who could be affected and how, evaluating risk levels, recording findings, and reviewing assessments. Finally, it discusses control techniques using the hierarchy of controls, starting with elimination, substitution, engineering controls, administrative controls, and finally personal protective equipment.
The document discusses behavior-based safety (BBS) and traditional safety programs. It notes that traditional programs often do not work because safety is not truly embedded in the organization's culture or values. BBS takes a scientific approach to understand why people behave unsafely and focuses on positively reinforcing safe behaviors through observation and feedback. The key is to properly implement BBS by involving employees in designing the process, clearly defining critical safety behaviors, and consistently providing positive feedback to increase safe behaviors over time.
PREVENT WORK-RELATED INJURIES
Behavior-based safety is based on the theory that most accidents at workplaces can be prevented with the right behavioral analysis and training. Minor errors and oversights are often left unreported and thus can lead to major accidents if the causes for the incidents are not addressed.
Improve employee safety with our presentation on Behavior-Based Safety:
http://www.presentationload.com/behavior-based-safety-powerpoint-template.html
The BBS approach examines which behaviors and organizational circumstances led to accidents. By knowing this, you can inform employees about safe behavior at the workplace and implement Behavior-Based Safety in your company.
This template not only contains images with background information on occupational safety, but also a series of graphs with statistics and figures on the subject as well as a useful icons toolbox.
The document discusses several theories of accident causation that attempt to explain why accidents occur, including:
- Domino Theory: Accidents result from a series of factors including unsafe acts and conditions. Most are due to unsafe behaviors.
- Human Factors Theory: Accidents are caused by human error factors like inappropriate activities, overload, and inappropriate responses.
- Accident/Incident Theory: Builds on human factors theory, adding elements like ergonomic traps and systems failure.
- Epidemiological Theory: Looks at causal relationships between environmental factors and accidents, like predisposed characteristics, susceptibility, and situational characteristics.
Construction safety pocket guide osha3252zul husni
This document discusses hazards and solutions for various safety issues in the construction industry. It addresses common hazards like falls, trench collapses, scaffolding failures, electrocutions, and more. For each hazard, it provides 2-3 potential solutions, such as using fall protection equipment, properly sloping trenches, inspecting scaffolding, and establishing lockout/tagout procedures for electrical work. The purpose is to educate construction workers about workplace dangers and how to prevent injuries and fatalities through safe practices.
Construction accidents and safety managementSwarna Rajan
This document discusses workplace safety. It defines key terms like safety, accidents, and injuries. It outlines common unsafe acts and conditions that can lead to accidents. It discusses the roles of different parties like designers, employers, and workers in safety management. It also covers topics like hazard assessment, safety programs, safety meetings, incentives, and reducing unsafe acts and conditions to improve safety.
This document provides an introduction to health, safety and environmental issues in the oil and gas industry. It discusses why HSE is important given the high-risk nature of the work and potential for catastrophic accidents. Two examples of major accidents, the Piper Alpha platform explosion and Deepwater Horizon oil spill, are described to illustrate the risks. The document then covers hazard identification and risk assessment processes used in the industry. It provides examples of common hazards and approaches to controlling risks, including the use of engineering solutions, administrative controls and personal protective equipment. Training requirements for workers and definitions of key terms like incidents and near misses are also outlined.
Health and safety is one of the most important considerations you should take before any construction project gets underway. You should always make sure that all aspects of health and safety have been considered before you step foot on the construction site. Health and safety in construction are particularly important because the industry is prone to hazardous situations and can be dangerous at times.This can lead to a huge loss in working hours and also mean that workers are unhappy within their job roles. There are some major reasons why health and safety is important in the workplace.
Hazard identification assessment and control techniquesDeep parmar
This document discusses hazard identification, assessment, and control techniques for farms. It defines a hazard as anything that can potentially cause harm and lists various types of hazards including environments, substances, equipment, animals, and electricity. It describes methods for identifying hazards such as observation, material safety data sheets, surveys, discussion groups, audits, and following regulations. The document outlines steps for assessing risks, including identifying hazards, determining who could be affected and how, evaluating risk levels, recording findings, and reviewing assessments. Finally, it discusses control techniques using the hierarchy of controls, starting with elimination, substitution, engineering controls, administrative controls, and finally personal protective equipment.
The document discusses behavior-based safety (BBS) and traditional safety programs. It notes that traditional programs often do not work because safety is not truly embedded in the organization's culture or values. BBS takes a scientific approach to understand why people behave unsafely and focuses on positively reinforcing safe behaviors through observation and feedback. The key is to properly implement BBS by involving employees in designing the process, clearly defining critical safety behaviors, and consistently providing positive feedback to increase safe behaviors over time.
PREVENT WORK-RELATED INJURIES
Behavior-based safety is based on the theory that most accidents at workplaces can be prevented with the right behavioral analysis and training. Minor errors and oversights are often left unreported and thus can lead to major accidents if the causes for the incidents are not addressed.
Improve employee safety with our presentation on Behavior-Based Safety:
http://www.presentationload.com/behavior-based-safety-powerpoint-template.html
The BBS approach examines which behaviors and organizational circumstances led to accidents. By knowing this, you can inform employees about safe behavior at the workplace and implement Behavior-Based Safety in your company.
This template not only contains images with background information on occupational safety, but also a series of graphs with statistics and figures on the subject as well as a useful icons toolbox.
The document discusses several theories of accident causation that attempt to explain why accidents occur, including:
- Domino Theory: Accidents result from a series of factors including unsafe acts and conditions. Most are due to unsafe behaviors.
- Human Factors Theory: Accidents are caused by human error factors like inappropriate activities, overload, and inappropriate responses.
- Accident/Incident Theory: Builds on human factors theory, adding elements like ergonomic traps and systems failure.
- Epidemiological Theory: Looks at causal relationships between environmental factors and accidents, like predisposed characteristics, susceptibility, and situational characteristics.
Construction safety pocket guide osha3252zul husni
This document discusses hazards and solutions for various safety issues in the construction industry. It addresses common hazards like falls, trench collapses, scaffolding failures, electrocutions, and more. For each hazard, it provides 2-3 potential solutions, such as using fall protection equipment, properly sloping trenches, inspecting scaffolding, and establishing lockout/tagout procedures for electrical work. The purpose is to educate construction workers about workplace dangers and how to prevent injuries and fatalities through safe practices.
Construction accidents and safety managementSwarna Rajan
This document discusses workplace safety. It defines key terms like safety, accidents, and injuries. It outlines common unsafe acts and conditions that can lead to accidents. It discusses the roles of different parties like designers, employers, and workers in safety management. It also covers topics like hazard assessment, safety programs, safety meetings, incentives, and reducing unsafe acts and conditions to improve safety.
This document provides an introduction to health, safety and environmental issues in the oil and gas industry. It discusses why HSE is important given the high-risk nature of the work and potential for catastrophic accidents. Two examples of major accidents, the Piper Alpha platform explosion and Deepwater Horizon oil spill, are described to illustrate the risks. The document then covers hazard identification and risk assessment processes used in the industry. It provides examples of common hazards and approaches to controlling risks, including the use of engineering solutions, administrative controls and personal protective equipment. Training requirements for workers and definitions of key terms like incidents and near misses are also outlined.
Safety management for construction machines & equipmentsSelva Prakash
This document discusses safety in construction. It addresses the importance of construction safety, common safety problems, and safety measures that should be implemented. Some key points include:
- Construction safety is important from both humanitarian and economic perspectives. Accidents can result in injuries to workers as well as increased insurance costs and lost productivity.
- Common safety problems include pressure, lack of safety training, unsafe equipment, and negligence.
- Effective safety measures involve education and training, proper tools/equipment, inspections, traffic control, and securing scaffolding, ladders, and excavations. A safety-focused culture and compliance with regulations are emphasized.
Construction safety management_Construction Management (2180611) (Semester-8)...A Makwana
The construction industry, employing the largest force in the country, has accounted for about 11 % of all occupational injuries and 20 % of all deaths resulting from occupational accidents.
The cost of accidents is expensive.
The webinar covers:
• Ways to Identify Hazard
• Risk Assessment
• Hierarchy of Control
Presenter:
This webinar was presented by Mr. David Mutuna, PECB Trainer, who is also the Founder SHEQ and Food Safety Management Systems.
Link of the recorded session published on YouTube: https://youtu.be/9twKT0wc1xc
This document discusses various electrical safety hazards and injuries. It notes that electrocution is a leading cause of workplace death among young workers. Common electrical injuries include shocks, burns, and falls. Hazards include exposed wiring, overloaded circuits, defective insulation, improper grounding, damaged tools, and wet conditions. The document provides tips for staying safe, such as inspecting cords, avoiding overloads, staying away from live wires, and receiving proper training.
Construction is the most dangerous sector of work due to constantly changing hazards that are difficult to control. Each year many construction workers are injured or killed in accidents. Common causes of fatalities are falls from heights, falling objects, and accidents involving ladders, scaffolds, and stairways. Proper safety management, training, and enforcement of safety procedures are needed to minimize risks and prevent injuries and deaths on construction sites.
This document discusses construction safety management. It covers the roles and responsibilities of various parties in ensuring construction safety such as top management, site managers, supervisors, safety officers, and general employees. It also discusses approaches to improving safety through organizational, physical, and behavioral changes. Key aspects of safety management discussed include developing safety manuals, committees, training programs, inspections, investigations, and incentives.
This document outlines potential hazards for workers at construction sites and safety measures to address them. It identifies common hazards such as falls from heights, trench collapses, scaffold collapses, and electrical shock. It then provides guidance on safety practices for specific tasks like scaffolding, fall protection, excavations, ladders, and equipment operation. Recommendations include ensuring scaffold and fall arrest systems can support weight, maintaining clear walkways, keeping spoils away from trenches, inspecting lifting equipment for damage, and using proper personal protective equipment. The document emphasizes safety measures for electrical work, traffic control, communication, and first aid preparedness.
This handbook provides construction site workers with guidance on occupational safety and health. It outlines legal responsibilities and covers topics like keeping work areas tidy, using equipment safely, emergency response, personal protective equipment, and hygiene. The goal is to help prevent accidents by promoting safe work practices and awareness of hazards. Workers are advised to cooperate with safety rules and report any issues to supervisors.
The presentation is based on the discussions about the safety in Power Plants and substations. The presentation is a part of the seminar on Electrical safety and reliability. The reporting of accidents was also discussed at length in the seminar
The document provides information on risk assessment, job safety analysis (JSA), and how to conduct them properly. It discusses that the majority of construction accidents are due to lack of knowledge about job hazards and controls. JSA covers this gap by training workers on each job task and how to perform it safely. It outlines the steps to conduct a JSA, including selecting a job, breaking it into steps, identifying hazards for each step, developing controls, and monitoring. The benefits of JSA include improved safety understanding and ensuring written work methods for all jobs.
This document provides guidance on excavation and trench safety. It defines excavation, trench, and confined space. The objectives are to highlight excavation hazards, cave-in protection methods, and the role of the competent person. General requirements include locating underground utilities, daily inspections by a competent person, and using protective systems like sloping, shoring, or shielding. Factors in protective system design include soil classification, depth, water content, and other operations. Proper access, egress, and fall protection are also covered.
The risks for occupational accidents and diseases at work have to be managed by the employers and workers who are facing with them. In order to ensure effective action, it is essential to establish occupational safety and health (OSH) management systems at all workplaces for continual improvement of working environment and preventive measures. The ILO and ISO guidelines on occupational safety and health management systems provide guidance for action at the national and enterprise levels. Understanding the benefits of safety culture, behavior, performance metrics, health and safety policy, programs and procedures, training and education, and other requirements provide opportunity to reduce risk, limit liability, provide opportunity for cost savings and profitability, improve performance and productivity, and prosperity. Using Certified Industrial Hygienists (CIHs) and Certified Safety Professionals (CSPs) to drive occupational health and safety management systems.
3. safety guidelines for construction workers Content Mutual
This document outlines safety guidelines and recommendations for construction workers. It identifies potential hazards like tools, equipment, and heavy machinery. It emphasizes that ongoing safety assessments and training are needed to minimize risks of accidents, as required by OSHA regulations. Recommendations include inspecting equipment daily, ensuring trained operators, and following guidelines for scaffolding, excavations, temporary utilities, and maintaining safe work practices overall.
This document discusses electrical safety and hazards. It outlines various electrical hazards including improper grounding, exposed parts, loose connections, improper appliance use, inadequate wiring, damaged insulation, wet conditions, and contact with power lines. Side effects of electricity include arc flashes/blasts, fires, and explosions. Effects on humans include loss of consciousness, spasms, burns, irregular heartbeats, disability, and death. General safety measures include lockout/tagout procedures, protective equipment, tidy work areas, training, and precautions during hot works like welding. Temporary electrification and environmental hazards are also addressed along with providing the proper fire extinguishers.
Construction site safety is important to prevent common accidents like falls, collisions, and injuries. Common risks include falling objects, excavation collapses, electrocutions, and falls from ladders or roofs. Proper protective equipment like hard hats, high-visibility vests, safety boots, and harnesses can help prevent injuries when working at heights or with heavy machinery. All workers must follow safety protocols to ensure their own protection and that of others on the jobsite.
construction site safety and managementAnchal Gupta
This seminar presentation discusses construction site safety and management. It covers identifying hazards, developing a safety plan, implementing safety procedures, checking compliance, and learning from accidents. The presentation outlines common hazards at construction sites, appropriate personal protective equipment, and a PDCA approach to safety management involving planning, responsibilities/communication, checking, and acting on lessons learned. Accident analysis is discussed as a way to investigate root causes and implement corrective actions to prevent future incidents.
This document discusses construction safety and health. It defines key safety terms like accident, injury, hazard, and risk. It outlines common causes of construction accidents such as unsafe acts and unsafe conditions. The importance of safety is discussed in terms of human, financial, and regulatory factors. OSHA regulations are summarized, including record keeping, penalties for violations, and requirements for safety programs and procedures. Major elements of effective safety programs and procedures to prevent common accidents are also presented.
This document outlines the job safety analysis (JSA) process for Pakarab Fertilizers Ltd. The JSA focuses on identifying hazards in job tasks before accidents occur. It considers the relationship between the worker, task, tools, and work environment. Jobs are selected for analysis based on injury rates, potential for severe injury, and complexity. A JSA team breaks jobs into steps, identifies hazards, and develops controls through engineering, administrative, work practice, and personal protective equipment methods. The process aims to eliminate hazards from jobs through isolation, redesign, substitution, and modification before relying on personal protective equipment and administrative controls.
This document discusses various electrical safety topics such as grounding, overcurrent protection, GFCIs, proper power strip usage, bonding and grounding, and an example of electrocution due to improper equipment usage. Grounding reduces shock risk by providing an alternative current path back to the source in case of a fault. Fuses and circuit breakers protect against overheating from too much current, while GFCIs quickly shut off power if any current leaves the circuit. Power strips should only be used for electronics and not overloaded or combined with extension cords. Proper bonding and grounding of all surfaces protects against static electricity dangers. The example incident describes a fatal electrocution that occurred due to a combination of unsafe factors including using
Employee engagement is critical for workplace safety. Disengaged employees are less likely to report injuries or hazards and comply with safety rules. To improve engagement, companies should involve employees in safety initiatives, give consideration to their suggestions, develop effective communication, provide positive feedback, and treat employees with respect. Studies show a significant correlation between engagement and better safety performance. The Caterpillar plant in North Little Rock improved engagement through programs like STACs where employees identify hazards, and positive recognition processes. This resulted in an 89% reduction in recordable injuries over three years.
This document discusses construction safety management. It covers the roles and responsibilities of various parties in ensuring construction safety such as top management, site managers, supervisors, safety officers, and general employees. It also discusses approaches to improving safety through organizational, physical, and behavioral changes. Key aspects of safety management discussed include developing safety manuals, committees, training programs, inspections, investigations, and incentives.
Safety management for construction machines & equipmentsSelva Prakash
This document discusses safety in construction. It addresses the importance of construction safety, common safety problems, and safety measures that should be implemented. Some key points include:
- Construction safety is important from both humanitarian and economic perspectives. Accidents can result in injuries to workers as well as increased insurance costs and lost productivity.
- Common safety problems include pressure, lack of safety training, unsafe equipment, and negligence.
- Effective safety measures involve education and training, proper tools/equipment, inspections, traffic control, and securing scaffolding, ladders, and excavations. A safety-focused culture and compliance with regulations are emphasized.
Construction safety management_Construction Management (2180611) (Semester-8)...A Makwana
The construction industry, employing the largest force in the country, has accounted for about 11 % of all occupational injuries and 20 % of all deaths resulting from occupational accidents.
The cost of accidents is expensive.
The webinar covers:
• Ways to Identify Hazard
• Risk Assessment
• Hierarchy of Control
Presenter:
This webinar was presented by Mr. David Mutuna, PECB Trainer, who is also the Founder SHEQ and Food Safety Management Systems.
Link of the recorded session published on YouTube: https://youtu.be/9twKT0wc1xc
This document discusses various electrical safety hazards and injuries. It notes that electrocution is a leading cause of workplace death among young workers. Common electrical injuries include shocks, burns, and falls. Hazards include exposed wiring, overloaded circuits, defective insulation, improper grounding, damaged tools, and wet conditions. The document provides tips for staying safe, such as inspecting cords, avoiding overloads, staying away from live wires, and receiving proper training.
Construction is the most dangerous sector of work due to constantly changing hazards that are difficult to control. Each year many construction workers are injured or killed in accidents. Common causes of fatalities are falls from heights, falling objects, and accidents involving ladders, scaffolds, and stairways. Proper safety management, training, and enforcement of safety procedures are needed to minimize risks and prevent injuries and deaths on construction sites.
This document discusses construction safety management. It covers the roles and responsibilities of various parties in ensuring construction safety such as top management, site managers, supervisors, safety officers, and general employees. It also discusses approaches to improving safety through organizational, physical, and behavioral changes. Key aspects of safety management discussed include developing safety manuals, committees, training programs, inspections, investigations, and incentives.
This document outlines potential hazards for workers at construction sites and safety measures to address them. It identifies common hazards such as falls from heights, trench collapses, scaffold collapses, and electrical shock. It then provides guidance on safety practices for specific tasks like scaffolding, fall protection, excavations, ladders, and equipment operation. Recommendations include ensuring scaffold and fall arrest systems can support weight, maintaining clear walkways, keeping spoils away from trenches, inspecting lifting equipment for damage, and using proper personal protective equipment. The document emphasizes safety measures for electrical work, traffic control, communication, and first aid preparedness.
This handbook provides construction site workers with guidance on occupational safety and health. It outlines legal responsibilities and covers topics like keeping work areas tidy, using equipment safely, emergency response, personal protective equipment, and hygiene. The goal is to help prevent accidents by promoting safe work practices and awareness of hazards. Workers are advised to cooperate with safety rules and report any issues to supervisors.
The presentation is based on the discussions about the safety in Power Plants and substations. The presentation is a part of the seminar on Electrical safety and reliability. The reporting of accidents was also discussed at length in the seminar
The document provides information on risk assessment, job safety analysis (JSA), and how to conduct them properly. It discusses that the majority of construction accidents are due to lack of knowledge about job hazards and controls. JSA covers this gap by training workers on each job task and how to perform it safely. It outlines the steps to conduct a JSA, including selecting a job, breaking it into steps, identifying hazards for each step, developing controls, and monitoring. The benefits of JSA include improved safety understanding and ensuring written work methods for all jobs.
This document provides guidance on excavation and trench safety. It defines excavation, trench, and confined space. The objectives are to highlight excavation hazards, cave-in protection methods, and the role of the competent person. General requirements include locating underground utilities, daily inspections by a competent person, and using protective systems like sloping, shoring, or shielding. Factors in protective system design include soil classification, depth, water content, and other operations. Proper access, egress, and fall protection are also covered.
The risks for occupational accidents and diseases at work have to be managed by the employers and workers who are facing with them. In order to ensure effective action, it is essential to establish occupational safety and health (OSH) management systems at all workplaces for continual improvement of working environment and preventive measures. The ILO and ISO guidelines on occupational safety and health management systems provide guidance for action at the national and enterprise levels. Understanding the benefits of safety culture, behavior, performance metrics, health and safety policy, programs and procedures, training and education, and other requirements provide opportunity to reduce risk, limit liability, provide opportunity for cost savings and profitability, improve performance and productivity, and prosperity. Using Certified Industrial Hygienists (CIHs) and Certified Safety Professionals (CSPs) to drive occupational health and safety management systems.
3. safety guidelines for construction workers Content Mutual
This document outlines safety guidelines and recommendations for construction workers. It identifies potential hazards like tools, equipment, and heavy machinery. It emphasizes that ongoing safety assessments and training are needed to minimize risks of accidents, as required by OSHA regulations. Recommendations include inspecting equipment daily, ensuring trained operators, and following guidelines for scaffolding, excavations, temporary utilities, and maintaining safe work practices overall.
This document discusses electrical safety and hazards. It outlines various electrical hazards including improper grounding, exposed parts, loose connections, improper appliance use, inadequate wiring, damaged insulation, wet conditions, and contact with power lines. Side effects of electricity include arc flashes/blasts, fires, and explosions. Effects on humans include loss of consciousness, spasms, burns, irregular heartbeats, disability, and death. General safety measures include lockout/tagout procedures, protective equipment, tidy work areas, training, and precautions during hot works like welding. Temporary electrification and environmental hazards are also addressed along with providing the proper fire extinguishers.
Construction site safety is important to prevent common accidents like falls, collisions, and injuries. Common risks include falling objects, excavation collapses, electrocutions, and falls from ladders or roofs. Proper protective equipment like hard hats, high-visibility vests, safety boots, and harnesses can help prevent injuries when working at heights or with heavy machinery. All workers must follow safety protocols to ensure their own protection and that of others on the jobsite.
construction site safety and managementAnchal Gupta
This seminar presentation discusses construction site safety and management. It covers identifying hazards, developing a safety plan, implementing safety procedures, checking compliance, and learning from accidents. The presentation outlines common hazards at construction sites, appropriate personal protective equipment, and a PDCA approach to safety management involving planning, responsibilities/communication, checking, and acting on lessons learned. Accident analysis is discussed as a way to investigate root causes and implement corrective actions to prevent future incidents.
This document discusses construction safety and health. It defines key safety terms like accident, injury, hazard, and risk. It outlines common causes of construction accidents such as unsafe acts and unsafe conditions. The importance of safety is discussed in terms of human, financial, and regulatory factors. OSHA regulations are summarized, including record keeping, penalties for violations, and requirements for safety programs and procedures. Major elements of effective safety programs and procedures to prevent common accidents are also presented.
This document outlines the job safety analysis (JSA) process for Pakarab Fertilizers Ltd. The JSA focuses on identifying hazards in job tasks before accidents occur. It considers the relationship between the worker, task, tools, and work environment. Jobs are selected for analysis based on injury rates, potential for severe injury, and complexity. A JSA team breaks jobs into steps, identifies hazards, and develops controls through engineering, administrative, work practice, and personal protective equipment methods. The process aims to eliminate hazards from jobs through isolation, redesign, substitution, and modification before relying on personal protective equipment and administrative controls.
This document discusses various electrical safety topics such as grounding, overcurrent protection, GFCIs, proper power strip usage, bonding and grounding, and an example of electrocution due to improper equipment usage. Grounding reduces shock risk by providing an alternative current path back to the source in case of a fault. Fuses and circuit breakers protect against overheating from too much current, while GFCIs quickly shut off power if any current leaves the circuit. Power strips should only be used for electronics and not overloaded or combined with extension cords. Proper bonding and grounding of all surfaces protects against static electricity dangers. The example incident describes a fatal electrocution that occurred due to a combination of unsafe factors including using
Employee engagement is critical for workplace safety. Disengaged employees are less likely to report injuries or hazards and comply with safety rules. To improve engagement, companies should involve employees in safety initiatives, give consideration to their suggestions, develop effective communication, provide positive feedback, and treat employees with respect. Studies show a significant correlation between engagement and better safety performance. The Caterpillar plant in North Little Rock improved engagement through programs like STACs where employees identify hazards, and positive recognition processes. This resulted in an 89% reduction in recordable injuries over three years.
This document discusses construction safety management. It covers the roles and responsibilities of various parties in ensuring construction safety such as top management, site managers, supervisors, safety officers, and general employees. It also discusses approaches to improving safety through organizational, physical, and behavioral changes. Key aspects of safety management discussed include developing safety manuals, committees, training programs, inspections, investigations, and incentives.
The document discusses various approaches to construction safety management. It outlines the roles and responsibilities of management, safety officers, and employees in ensuring safety. It also describes common safety practices like developing safety manuals, training programs, inspections, and committees. Organizational, physical, behavioral, and economic incentive approaches are recommended to improve safety performance.
The document discusses various topics related to work place safety management. It covers organization safety policy and its key elements such as commitment to safety, roles and responsibilities, review and communication. It also discusses contractor safety policies and plans, safety signage, slogans, equipment safety practices like inspections and training, electrical safety including training electricians, and importance of good housekeeping. The overall aim is to outline important components of an effective workplace safety management system.
Leadership and Safety Management for MHE OperationsChris Chaparro
This document discusses various topics related to safety leadership and management, including OSHA requirements for material handling equipment operator training, causes of workplace mishaps, styles of safety leadership, building a safety culture, and tips for managing material handling equipment operators. It emphasizes the importance of management commitment to safety through actions and behaviors like setting goals, leading by example, and providing resources to protect workers.
This document outlines the responsibilities and goals of a Safety Champion program. It describes Safety Champions as a grassroots approach to injury prevention through personal engagement with safety issues. The responsibilities include conducting safety observations, coaching employees, promoting safety initiatives, and communicating safety trends. The goals are to encourage safety engagement, obtain universal safety support, and make safety the overriding priority to improve employee morale and involvement. A Safety Champion steering committee would provide support and tailor the program as needed.
The document discusses various aspects of industrial safety including:
1. The development of the safety movement in India and objectives of industrial safety such as preventing accidents and injuries.
2. Key elements of safety planning like hazard identification, developing safety procedures, and emergency response.
3. The importance of formulating a clear safety policy and budget to support safety programs and training.
4. The roles and qualifications required of safety professionals to lead safety efforts in an organization.
This document provides an overview of occupational health and safety management systems. It discusses establishing the basics of an SMS including safety policies, standards, responsibilities and training. It emphasizes that safety is everyone's responsibility and an SMS requires involvement from all levels of an organization. The SMS aims to move from reactive accident response to proactive prevention through analysis, problem solving, and making safety a shared responsibility across an organization.
The document discusses health and safety in the workplace. It emphasizes the importance of developing a comprehensive health and safety plan with management commitment, worksite analysis, hazard prevention controls, and training. An effective plan can reduce injuries, improve productivity and morale, and lower costs. Key elements include management involvement, assessing risks, controlling hazards through engineering and administrative controls or PPE, and educating employees. Employers are responsible under law to provide a safe work environment and protect workers from hazards.
The document provides guidance for employers on meeting the requirements for Element 1 of the COR certification process: Management and Leadership Commitment. It outlines that employers must demonstrate effective management leadership and commitment to occupational health and safety through having a written safety policy, ensuring accountability for safety roles, and allocating ongoing resources to the safety program. It also provides example questions auditors may ask during interviews and documents they may review to evaluate employers in this area.
The document outlines SBM Management's approach to implementing a safety focus at sites with safety challenges. It discusses that these challenged sites represented 50% of injuries and had higher turnover and lost work days. The safety focus process involves 9 critical components, including employee observations, engagement, recognition programs, audits, and communication. Implementing this process led to increased leading indicators and decreases in recordable injuries, first aids, and recordable incidents. The focus is on leadership, goal setting, supporting employees, and creating a strong safety culture.
The document outlines an industrial safety policy with four main elements:
1) Management, leadership, and employee involvement in safety planning and activities.
2) Worksite analysis to identify and eliminate hazards through regular inspections.
3) Hazard prevention and control through equipment maintenance, training, and monitoring workplace hazards.
4) Safety training and education for all employees on safety rules and emergency procedures.
This document outlines the objectives and methodology for a research project on safety culture in the offshore oil and gas industry. The research aims to identify safety barriers on drilling platforms and evaluate their impact on workforces. It will examine the relationship between safety culture, employee involvement, and sustainability of health and safety. The methodology includes a literature review on these topics as well as a questionnaire to collect data from respondents at Weatherford International on safety culture, barriers, and employee involvement. The results will be analyzed and conclusions presented regarding health and safety requirements in the offshore oil and gas sector.
Creating an Effective Workplace Safety Committee.pptxgayathrid55
The document provides guidance on creating an effective workplace safety committee. It outlines key aspects such as having written bylaws, defined roles and responsibilities for members and management, regular meetings with agendas and minutes, training for members, and processes for hazard identification, incident investigation, and ensuring employee involvement. The safety committee aims to positively impact safety, promote communication, and reduce incidents through cooperation across levels of the organization.
The document discusses the modern health and safety team. It describes the roles of a health and safety manager and other positions on the team, including safety engineer, industrial hygienist, and occupational health professionals. It outlines some of the main problems faced by health and safety managers, such as lack of commitment to safety from management and conflicts between production and safety. Finally, it discusses stress in the workplace and some strategies to help reduce stress.
This document provides an overview of industrial safety concepts. It defines key terms like accident, injury, unsafe act, and unsafe condition. It discusses the need for safety in industries and how safety relates to productivity. Maintaining a safe work environment can minimize lost time from injuries and engage employees. The document also covers safety organization structures and the roles of management, workers, and government agencies in ensuring safety.
This document discusses strategies for stimulating safe behaviors in the workplace. It identifies four strategies: emphasizing the benefits of working safely, reducing the disadvantages of working safely, highlighting the consequences of unsafe behavior, and making it more difficult to work unsafely. The manager's role is to set a good safety policy and lead by example. Instruments that can be used include behavioral safety inspections, toolbox meetings, and safety certifications for contractors.
The document discusses employee benefits in the civil engineering industry. Common benefits include health insurance, retirement plans, paid time off, flexible work arrangements, education/training opportunities, employee assistance programs, life insurance, wellness programs, and disability insurance. Overall, employee benefits play a crucial role in attracting and retaining talented professionals in the civil engineering field.
- Safety committees are required in many industries and states to perform tasks such as creating trainings, assessing workplace conditions, and investigating incidents.
- Safety committee responsibilities typically include maintaining policies, addressing employee concerns, and administering training, inspections, audits, and investigating incidents.
- Forming an effective safety committee may involve checking state regulations, determining size and equal representation of management and employees, and establishing a charter and leadership roles.
Karnali province has significant water resources including the Karnali River and tributaries as well as Rara and Phoksundo lakes. Water resources are important for agriculture, transportation, industry, tourism, forest preservation, export promotion, employment, power generation, and household use. The hydropower potential is estimated at 18,000 MW with many projects under development like Upper Karnali (900 MW). Hydropower will support irrigation, flood control, drinking water, economic development, and be environmentally friendly. Current drinking water access relies heavily on groundwater with 94.4% from improved sources but challenges with water drying up and E. coli contamination remain.
The document discusses highway maintenance, repair, and rehabilitation. It defines the terms and explains that maintenance aims to preserve elements in a serviceable condition through tasks like planning, programming, scheduling, and performing activities. These activities include identifying defects, determining causes, implementing remedial measures, and monitoring results. Maintenance is classified into routine, recurrent, preventive/specific, periodic, and emergency types based on nature and frequency. Factors like weather, traffic, design, and construction quality affect maintenance costs. Inspections are needed to prioritize needs and plan efficient allocation of limited maintenance funds.
The document discusses road construction technology and processes. It covers:
1. The main phases of road construction including earthwork, pavement construction, and protection works.
2. The various activities and equipment used in road construction like excavation, drainage works, protection works, and pavement works. Equipment include dozers, rollers, pavers and more.
3. Methods of soil stabilization for road construction including mechanical stabilization, soil-cement stabilization, soil-lime stabilization and soil-bitumen stabilization. Factors affecting stabilization and construction procedures are also covered.
This document provides an overview of traffic engineering, including its scope and key areas. It discusses traffic characteristics like road users, vehicles, and the environment. It covers traffic flow studies, operation and regulation, design of intersections and signs. It describes the human-vehicle-environment system and factors like user perception, age, vision that influence traffic. It also summarizes traffic management through regulation, control devices like signs and road markings, and their design considerations.
Pavement is a layered structure constructed over soil to support vehicle loads. It has multiple layers - subgrade, sub-base, base, and surface course. Pavements are classified as flexible, rigid, or composite based on material properties. Flexible pavements are made of asphalt and deform under loads, while rigid pavements are made of concrete and resist deformation. Pavement design considers factors like traffic loads, material properties, environment, and failure criteria to determine layer thickness to support loads over the design life.
This document discusses the design and construction of hill roads in Nepal. Some key points:
- Hill roads are defined as roads with cross slopes of 25% or more, passing through mountainous terrain. They present many design challenges due to steep slopes, complex geology, and extreme weather.
- Special structures are often required for hill roads, such as retaining walls, drainage structures, and hairpin turns to navigate steep terrain without excessive length. Proper drainage, slope stability, and sight lines are important design considerations.
- Alignment must balance factors like temperature, rainfall, geology and more. River routes can provide gentler grades but require extensive drainage works, while ridge routes have steep grades and sharp turns.
This document discusses the classification and testing of highway materials. It begins by classifying highway materials into minerals, common building materials, and binding materials. It then focuses on subgrade soil, describing its uses in highways and desirable properties. The California Bearing Ratio test is described for determining the strength and stability of subgrade soil. Stone aggregates are also classified and their desirable properties discussed. Common tests for stone aggregates are described, including the Los Angeles Abrasion test, Aggregate Impact test, and tests for specific gravity and water absorption.
Highway drainage systems are important to prevent moisture from damaging roads. There are several types of drainage systems, including surface drainage to remove water from the road surface, sub-surface drainage to remove water below the surface, and cross drainage structures to allow streams to cross under the road. Proper drainage design involves hydrological analysis to calculate runoff quantities, sizing drains using Manning's equation, and lowering the water table with subsurface drains if needed. Good drainage is critical to ensure roads can withstand traffic loads and prevent erosion.
This document discusses the geometric design of highways. It covers key elements like cross sections, horizontal and vertical curves, sight distances, and design control criteria. The objectives of geometric design are to incorporate physical features according to design standards, provide efficient and safe traffic operation at reasonable cost, and consider human and environmental factors. Elements like lane widths, shoulders, superelevation and curves are described. Design is based on factors such as road classification, design speed, vehicle type, traffic, and terrain. Geometric design aims to balance traffic safety and operation with construction costs.
1. ii Highway Alignment,, Engineering Survey and feasibility study.pdfEr. Bam Bhandari
The document discusses highway alignment and engineering surveys. It explains that highway alignment includes horizontal and vertical alignment, with horizontal alignment consisting of tangents and curves defined by radius and deflection angle. Engineering surveys for highway projects are conducted in four stages - map study, reconnaissance, preliminary surveys, and final location and detailed surveys. The reconnaissance survey is a rapid survey to study feasibility and reduce alternative routes. Preliminary surveys further evaluate selected alternatives using instruments. The final survey accurately locates the selected route on the ground to provide details for construction.
The document discusses highway and transportation planning. It covers:
- The need for transportation planning to optimize mobility and utilize limited resources.
- Different types of planning including short, medium, and long term. Long term planning requires more funding and impacts the environment.
- The systems approach to complex long term planning which involves analysis, engineering, and scientific decision making.
- Evaluating economic and environmental viability of alternatives through factors like benefits, costs, impacts.
- Challenges of transportation planning such as funding, coordination, and environmental concerns.
- Road network classification including national highways, feeder roads, urban and district roads.
- Strategic road network and local road network planning in Nepal.
This document discusses types and properties of concrete and cement. It describes:
1. Types of concrete classified based on binding materials (lime, gypsum, cement), mix specifications, performance properties, grade of strength, and whether cast in place or precast.
2. Manufacturing of cement using dry or wet processes, involving grinding raw materials and burning clinker at high temperatures.
3. Chemical composition and Bogue compounds formed during cement manufacturing that give cement its binding properties.
4. Testing of cement including physical tests for soundness, strength, setting time, and fineness to ensure quality.
This document discusses human resource management (HRM) in three paragraphs. It defines HRM as planning, organizing, directing, and controlling human resources to accomplish organizational goals. The functions of HRM include staffing, training and development, motivation, and maintenance. HRM aims to effectively utilize people to achieve both organizational and individual objectives through activities like hiring, preparation, stimulation, and retention of employees. The document also outlines the internal and external factors that influence HRM practices within organizations.
The document discusses different types of concrete and their properties. It begins by listing the advantages of concrete such as high compressive strength, durability, fire resistance, and more. It then describes different types of concrete classified based on binding material (cement, lime) and design (plain, reinforced, prestressed). Key types discussed include normal strength concrete, reinforced concrete, precast concrete, lightweight concrete, and others. For each type, the document provides details on composition, properties, uses, and characteristics. It also covers mix design and factors that affect mix proportions such as required strength, workability, durability, aggregate size and quality control.
Concrete is the most widely used building material and consists of a mixture of binding material (cement or lime), aggregates (fine and coarse), water, and admixtures. There are several types of concrete classified based on binding material, mix proportions, performance specifications, strength grade, density, and whether cast in-situ or precast. Cement is the most common binding material and is produced through dry or wet manufacturing processes using limestone, clay, and other materials. The properties of cement depend on its chemical composition and manufacturing process. Testing includes evaluating fineness, soundness, strength, and setting time.
This document discusses the various costs of accidents for contractors, employers, and society. It outlines both direct visible costs like medical expenses and compensation, as well as indirect invisible costs like lost productivity, training new employees, and impact on morale. Accidents result in substantial costs to contractors, employers, and the overall economy. Provisions in tender documents should require contractors to implement safety processes and procedures to help prevent accidents and control their related expenses.
The document outlines various documentation requirements for safety management at construction sites, including:
1. Preparing an environmental, health and safety plan to identify hazards and prevent injuries.
2. Developing a fire safety plan detailing equipment, evacuation routes, and fire prevention measures.
3. Creating an emergency response plan covering on-site and off-site emergency procedures, equipment, and response teams.
4. Developing a site security plan to restrict access and protect assets through measures like fences, lighting and guards.
This document discusses causes of accidents at construction sites. It covers definitions of key terms like accident, incident, hazard, and risk. It then examines software causes such as unsafe acts, unsafe working conditions, poor communication, lack of training, and low skill/education levels. Hardware causes involving unsafe work sites, improper tools/equipment, and improper material storage are also reviewed. Specific factors are provided for each cause category. The importance of hazard identification, evaluation, and control is emphasized to prevent accidents.
This document discusses emergency preparedness and response for construction site safety. It outlines the roles and responsibilities of employees and supervisors in emergency situations. It also describes how to manage common emergencies like fire, drowning, electric shock, burns, and falls from height. The importance of having an emergency preparedness plan, emergency response teams, and well-stocked first aid centers is emphasized to ensure worker safety in emergency situations.
This document discusses causes of accidents at construction sites. It covers definitions of key terms like accident, incident, hazard, and risk. It then examines software causes such as unsafe acts, unsafe working conditions, poor communication, lack of training, and low skill/education levels. Hardware causes involving unsafe work sites, improper tools/equipment, and improper material storage are also reviewed. Specific factors are provided for each cause category. The importance of hazard identification, evaluation, and control is emphasized to prevent accidents.
DEEP LEARNING FOR SMART GRID INTRUSION DETECTION: A HYBRID CNN-LSTM-BASED MODELgerogepatton
As digital technology becomes more deeply embedded in power systems, protecting the communication
networks of Smart Grids (SG) has emerged as a critical concern. Distributed Network Protocol 3 (DNP3)
represents a multi-tiered application layer protocol extensively utilized in Supervisory Control and Data
Acquisition (SCADA)-based smart grids to facilitate real-time data gathering and control functionalities.
Robust Intrusion Detection Systems (IDS) are necessary for early threat detection and mitigation because
of the interconnection of these networks, which makes them vulnerable to a variety of cyberattacks. To
solve this issue, this paper develops a hybrid Deep Learning (DL) model specifically designed for intrusion
detection in smart grids. The proposed approach is a combination of the Convolutional Neural Network
(CNN) and the Long-Short-Term Memory algorithms (LSTM). We employed a recent intrusion detection
dataset (DNP3), which focuses on unauthorized commands and Denial of Service (DoS) cyberattacks, to
train and test our model. The results of our experiments show that our CNN-LSTM method is much better
at finding smart grid intrusions than other deep learning algorithms used for classification. In addition,
our proposed approach improves accuracy, precision, recall, and F1 score, achieving a high detection
accuracy rate of 99.50%.
A SYSTEMATIC RISK ASSESSMENT APPROACH FOR SECURING THE SMART IRRIGATION SYSTEMSIJNSA Journal
The smart irrigation system represents an innovative approach to optimize water usage in agricultural and landscaping practices. The integration of cutting-edge technologies, including sensors, actuators, and data analysis, empowers this system to provide accurate monitoring and control of irrigation processes by leveraging real-time environmental conditions. The main objective of a smart irrigation system is to optimize water efficiency, minimize expenses, and foster the adoption of sustainable water management methods. This paper conducts a systematic risk assessment by exploring the key components/assets and their functionalities in the smart irrigation system. The crucial role of sensors in gathering data on soil moisture, weather patterns, and plant well-being is emphasized in this system. These sensors enable intelligent decision-making in irrigation scheduling and water distribution, leading to enhanced water efficiency and sustainable water management practices. Actuators enable automated control of irrigation devices, ensuring precise and targeted water delivery to plants. Additionally, the paper addresses the potential threat and vulnerabilities associated with smart irrigation systems. It discusses limitations of the system, such as power constraints and computational capabilities, and calculates the potential security risks. The paper suggests possible risk treatment methods for effective secure system operation. In conclusion, the paper emphasizes the significant benefits of implementing smart irrigation systems, including improved water conservation, increased crop yield, and reduced environmental impact. Additionally, based on the security analysis conducted, the paper recommends the implementation of countermeasures and security approaches to address vulnerabilities and ensure the integrity and reliability of the system. By incorporating these measures, smart irrigation technology can revolutionize water management practices in agriculture, promoting sustainability, resource efficiency, and safeguarding against potential security threats.
International Conference on NLP, Artificial Intelligence, Machine Learning an...gerogepatton
International Conference on NLP, Artificial Intelligence, Machine Learning and Applications (NLAIM 2024) offers a premier global platform for exchanging insights and findings in the theory, methodology, and applications of NLP, Artificial Intelligence, Machine Learning, and their applications. The conference seeks substantial contributions across all key domains of NLP, Artificial Intelligence, Machine Learning, and their practical applications, aiming to foster both theoretical advancements and real-world implementations. With a focus on facilitating collaboration between researchers and practitioners from academia and industry, the conference serves as a nexus for sharing the latest developments in the field.
Literature Review Basics and Understanding Reference Management.pptxDr Ramhari Poudyal
Three-day training on academic research focuses on analytical tools at United Technical College, supported by the University Grant Commission, Nepal. 24-26 May 2024
Using recycled concrete aggregates (RCA) for pavements is crucial to achieving sustainability. Implementing RCA for new pavement can minimize carbon footprint, conserve natural resources, reduce harmful emissions, and lower life cycle costs. Compared to natural aggregate (NA), RCA pavement has fewer comprehensive studies and sustainability assessments.
Embedded machine learning-based road conditions and driving behavior monitoringIJECEIAES
Car accident rates have increased in recent years, resulting in losses in human lives, properties, and other financial costs. An embedded machine learning-based system is developed to address this critical issue. The system can monitor road conditions, detect driving patterns, and identify aggressive driving behaviors. The system is based on neural networks trained on a comprehensive dataset of driving events, driving styles, and road conditions. The system effectively detects potential risks and helps mitigate the frequency and impact of accidents. The primary goal is to ensure the safety of drivers and vehicles. Collecting data involved gathering information on three key road events: normal street and normal drive, speed bumps, circular yellow speed bumps, and three aggressive driving actions: sudden start, sudden stop, and sudden entry. The gathered data is processed and analyzed using a machine learning system designed for limited power and memory devices. The developed system resulted in 91.9% accuracy, 93.6% precision, and 92% recall. The achieved inference time on an Arduino Nano 33 BLE Sense with a 32-bit CPU running at 64 MHz is 34 ms and requires 2.6 kB peak RAM and 139.9 kB program flash memory, making it suitable for resource-constrained embedded systems.
Embedded machine learning-based road conditions and driving behavior monitoring
Motivating_for_Safety_MScCM.pptx
1. 8. Motivating for Safety (6 hrs.)
8.1 Motivating the employees for safety
8.2 Training as motivator, Motivating the
construction supervisors and managers
8.3 Motivating the planners and designers
8.4 Motivating the contractors
8.5 Motivating the general public
8.6 The safety committee
2. 8.1 Motivating the employees for Safety
• Motivation is derived from the word motive
which is defined as a need that requires
satisfaction.
• Motivation is one of the most important reason
that inspires a person to move forward in life.
• Motivation = ability + willingness.
• Performance can be seen as a combination of
ability and motivation.
3. 8.1 Motivating the employees for Safety
• Sole objective of motivation is to initiate
employees to work effectively.
• Motivation encourages in an employee the
desire to work.
• People are motivated by unsatisfied needs
(Abraham H. Maslow's 1954).
• Maslow's hierarchy of needs, represented as a
pyramid with more basic needs at the bottom.
4. 8.1 Motivating the employees for Safety
Maslow's hierarchy of needs from basic to highest
Physiological
Safety
Social
Self-esteem
Self-actualization
5. 8.1 Motivating the employees for Safety
• Workers quite often are not aware of the
safety requirement and do not pay
adequate attention to safety.
• Workers wrongly believe that they do not
involve very dangerous process or material
to occur an accident, which is not true, as
an accident can happen anytime.
6. 8.1 Motivating the employees for Safety
• Workers have to be well motivated first of
all to safety training and secondly to follow
the safety rules at the workplace.
• It is difficult to motivate the workers for
safety, especially the older ones.
• It is important to understand the workers
and help them to understand safety.
7. 8.1 Motivating the employees for Safety
• Trainers or supervisors should need to talk with
other co-workers who are following safety rules,
who have changed their habit and behaviour
towards safety.
• It is hard to suggest a single method to motivate
construction workers.
• Safety manager need to be trained to motivate
workers.
8. 8.1 Motivating the employees for Safety
Some guidelines to motivate workers
a. Rewards or bonus
• No accident reward could be given to a group of
workers or individuals for their safe record of
performance over a period of time on a specific job.
• A medal or a company certificate may work as good
as cash bonus in certain cases.
• Recognition from management is an important
factor.
9. 8.1 Motivating the employees for Safety
Some guidelines to motivate workers
b.Training
• Training could motivate people to practice
safety.
• Selection of an employee for training may
boost up the morale of the employees.
10. 8.1 Motivating the employees for Safety
Some guidelines to motivate workers
c. Supervision
• Supervisor contacts are the most important means of
motivating employees for safety.
• Good quality supervision could be one method for
motivating the workers.
• It is important that the supervisor himself is well
motivated and is able to motivate his workers.
• Motivational attempts of the supervisor could influence
the workers by the type and quality of supervision.
11. 8.1 Motivating the employees for Safety
Some guidelines to motivate workers
d. Safety Media
• Media may include posters, literatures, brochures,
film, slides etc.
• Media are extremely useful in motivating the people
and the workers for safety.
• Media should be designed in such a way that they are
clearly audible to receptive ears and clearly visible to
receptive eyes.
12. 8.1 Motivating the employees for Safety
Some guidelines to motivate workers
e. Workers participation
• Participation of employees in the safety program may
work as a good motivator to the workers.
• Plans and policies are are made by the top
management and are enforced to implement at the
bottom.
• If the bottom layer is involved to prepare policy, they
will be happy to implement it and to see the success
of the policy made by themselves.
13. 8.1 Motivating the employees for Safety
• Motivation compels a person to behave in
a certain manner that contributes to good
performance.
• People in construction industry have to be
motivated to observe safety rule and follow
safety standards.
• Any accident brings down the morale of
workers and supervisors.
14. 8.1 Motivating the employees for Safety
• Enforcing the rule becomes easier when
the operators in the industry are well
motivated.
• It is necessary to keep high morale to
improve productivity in the industry.
• Therefore, it is essential that the operator
have to be motivated for safety.
15. 8.2 Training as motivator
• Everyone should strive for a safer
workplace at construction site.
• Reducing risks of potential accidents is
every employer’s responsibility and legal
obligation.
• Employees expects safer workplace at
construction site.
16. 8.2 Training as motivator
• Implementation of safety programs will
require employee to change their old
habits.
• Employees will consider a difficult task to
follow safety rules to change them.
• That is why providing a proper training to
the employees is of utmost importance
and one of the first things to do.
17. 8.2 Training as motivator
• Potential accident can lead to serious
injuries or perhaps even death.
• Training should be modified to meet the
safety needs.
• Training should also be modified to
motivate the employees.
18. 8.2 Training as motivator
• Some people need to learn how to safely
operate a large forklift, and someone
needs to learn how to change a printer
toner.
• Here are some tips to help you motivate
your workforce to embrace a safety-
conscious behavior.
19. 8.2 Training as motivator
• But all need to know how to deal with an
electrical fire.
• People accept a proposition if they truly
understand how it benefits them.
• Training of safety motivate employees to
follow safe work procedure that decrease
the number of injuries and accidents
motivates.
20. 8.2 Training as motivator
• Regular report on the decreasing number
of injuries and accidents due to safety
training will act as a motivation to the
employees.
• Employees who consistently behave with
safety in mind should be given incentives
as a formula of motivation.
21. 8.2 Training as motivator
• Motivate and empower workforce to take ownership
of their safety.
• Consider the suggestions of the workers and always
encourage them to practice safety culture.
• Employees must be motivated, committed and
actively engaged in workplace.
• Safe work practice ensure preventing accidents at
workplace which always require safety training to
motivate workers.
22. 8.2 Motivating the construction
supervisors and managers
• Supervisors need to be motivated to implement
the safety plan properly for its success.
• Supervisor has the responsibilities of
maintaining a safety consciousness among his
work force.
• It is important to motivate the supervisor to
implement safety policy.
22
23. 8.2 Motivating the construction
supervisors and managers
• Supervisor must be well trained and able to put
his effort rightly to achieve safety at
construction site.
• Motivation in fact comes from the fulfilment of
very personal needs.
• Various ways to motivate the supervisors
include reward or bonus, training, supervision,
safety media and participation in management.
23
24. 8.2 Motivating the construction
supervisors and managers
Factors that can motivate supervisors are:
a. Authority
• Safety supervisor should be given adequate authority
to deal with his workers on the matter of safety.
• If a worker needs some time for first aid treatment and
if the safety supervisor sends him, it is found that he
is asked not to do so often for such a matter.
• Under such a circumstance the safety supervisor will
be demotivated.
24
25. 8.2 Motivating the construction
supervisors and managers
Factors that can motivate supervisors are:
b. Congratulatory message
• A Congratulatory message from the top management
plays important role in motivating the supervisor.
• A personal letter to the supervisor signed preferably by
the chief executive makes him proud and feel that the
“big boss” is seriously interested in the safety matters.
• The supervisor feels that his area of work is seriously
taken by the top management, it really motivates him.
25
26. 8.2 Motivating the construction
supervisors and managers
Factors that can motivate supervisors are:
c. Safety meetings
• If higher level management conducts even one or two
meetings a year concerning safety the supervisor will
be greatly motivated.
• It is advisable that management should also
participate in the meetings called by safety supervisor
or management should encourage the supervisor to
call meetings involving senior executives of the
company.
26
27. 8.2 Motivating the construction
supervisors and managers
Factors that can motivate supervisors are:
c. Safety meetings
• If higher level management conducts even one or two
meetings a year concerning safety the supervisor will
be greatly motivated.
• It is advisable that management should also
participate in the meetings called by safety supervisor
or management should encourage the supervisor to
call meetings involving senior executives of the
company.
27
28. 8.3 Motivating the planners and designers
• Planners and designers may not be interested
to spend much time on safety aspect in their
design considering money as the prime
motivator.
• Most of the planners and designer’s design do
not include safety aspect in their design as the
fee for incorporating safety in design may not
be justifiable easily.
29. 8.3 Motivating the planners and designers
• Probably this is the reason why most of the
project do not take advise of a safety personnel
during the planning or the designing stage.
• The only motivator in this case may be the
evaluation by the employers.
• If employers give due weightage for safety
issues then designer will be motivated to work
on safety and include safety aspect in her/his
design..
30. 8.3 Motivating the planners and designers
• Other factors for motivation could be the
reward for no accident designs.
• If frequency of accident in implementing a
particular design is minimum or zero, the
designer should be rewarded.
• Reward may be in terms of certificates,
congratulatory message, appreciation or
cash.
31. 8.3 Motivating the planners and designers
• From the planning and designing stage
itself the safety should be incorporated.
• Therefore the planner and the designers
should be motivated to include safety
personnel in their team to include safety
aspect in their design during the
implementation of construction project.
32. 8.4 Motivating the contractors
• Construction work is much more hazardous,
and many of the hazards are specific to the
different job classification.
• Construction work involve falls of persons, and
most accidents occur during work on roofs,
scaffolds and ladders.
• Collapse of structures and falling materials also
account for many fatalities.
33. 8.4 Motivating the contractors
• Many of these accidents can be avoided by the
establishment of procedures and regulations to
enhance safety.
• Typically construction workers underestimate
the hazards in their own work, which affects the
motivation for adopting safe work procedures.
• Cost of construction accidents amounts to
about 6% of total building costs.
34. 8.4 Motivating the contractors
• Hence, there are forceful monetary
incentives in construction safety.
• Top management of construction industry
can be motivated by economical interests
to prevent accident in construction.
• Hopefully, these will motivate the
contractors to invest for adopting safe
work procedures.
35. 8.5 Motivating the general public
• Safety slogan motivate people and hazard
signs and symbol de-motivate general
public.
• People can be motivated by important
safety signs and symbol that can change
their minds and behavior.
• Posting of attractive and important safety
slogans can motivate general people.
36. 8.5 Motivating the general public
• Motivating the general public towards
safety in construction is to aware them
about potential hazards and inspire to
adopt precaution at construction work
place.
• The signals and signage placed to warn
people about risks that help them not to go
near ongoing construction activities.
37. 8.5 Motivating the general public
Some of the safety slogans
• ‘Be safe’.
• ‘Accident brings tears, safety brings
cheers’.
• ‘Be aware take care’.
• ‘Falls hurt, stay alert’.
38. 8.5 Motivating the general public
Some of the safety slogans
• ‘Life is rare, live with care’.
• ‘No hurry, no worry’.
• ‘Prevention is better than cure’.
• ‘Safety ever, accident never’.
40. 8.5 Motivating the general public
Hazards (Risks)
Electrical energy hazards
41.
42. 8.6 The safety committee
• Safety committee be extremely valuable.
• Workings of a safety committee can help
bring about improvements in safety and
health conditions, and safety culture.
• Safety committee members are internal
construction site members selected by the
top management of the construction site.
43. 8.6 The safety committee
• In general safety committee members
include Chairperson, Safety officers,
Project Manager, Engineers, Junior
Engineers, Supervisors, General
Foreman, Contractors, Consultant’s
representatives, and Subcontractors etc.
44. 8.6 The safety committee
Conduct safety committee meetings weekly to:
a. Discuss and clear past defects happened in their
work premises.
b. Discuss, plan and make decisions, and implement
the decided decisions for the future site work,
safety and welfare activities.
• Decision made should comply with company
policy, health and safety environment (HSE) plan,
safe work procedure, and legal requirements.
45. 8.6 The safety committee
Importance of safety committee meetings:
• Discuss and clear past defects happened
in their work premises.
• Discuss, plan and make decisions for the
future site work, safety and welfare
activities.
46. 8.6 The safety committee
Importance of safety committee meetings:
• Safety committee members should instruct and
discuss in their sections, the new work, safety and
welfare procedures decided in the committee
meetings.
• Every individual employee will get a clear picture
of what work procedure he need to follow, what
safety precautions he needs to take, and what is
his responsibility in achieving safety.
47. 8.6 The safety committee
Importance of safety committee meetings:
• Safety committee members should instruct and
discuss in their sections, the new work, safety and
welfare procedures decided in the committee
meetings.
• Every individual employee will get a clear picture
of what work procedure he need to follow, what
safety precautions he needs to take, and what is
his responsibility in achieving safety.