The document discusses the aging US workforce and strategies for accommodating older workers. It notes that by 2020, 25% of the labor force will be over 55 and almost 17% will be over 65. Physical, physiological and psychosocial capabilities decline with age in ways that increase risks of musculoskeletal injuries. To address this, the document recommends taking a comprehensive ergonomics approach that involves engineering controls, education, and early intervention to identify and reduce injury risks for older workers.
The document discusses the aging workforce and how ergonomics can help accommodate older workers. It notes that 10,000 baby boomers turn 65 daily and most do not plan to fully retire at 65. It then outlines physical, physiological and psychosocial characteristics of aging workers like decreased strength and vision. It advocates applying ergonomics which means fitting jobs to workers' capabilities through engineering and administrative controls like adjustable lighting and allowing movement breaks. Proper ergonomics can help reduce injury risks for older employees.
Ergonomic Design Principles - Case Study “Computer Laboratory"Esraa Fathy
Project | Applying Ergonomic Design Principles (2012_2013) Under supervision of Dr.Reem ElKadeem.
Project Objective:
The goal of the project is to exercise the application of ergonomic design principles combined with our creative talent in solving or preventing current problems in real case study. Sometimes minor ergonomic changes in the design of equipment, workstations or job tasks can make significant improvements in worker’s comfort, health, safety and productivity.
Our team was required to select one of workstations in the college and make a comparison between two workstations of the same category. Our case study was about “Computer Laboratory” (Production Workshop / Mechanical Building).
Project Deliverables:
Our team was required to document both the activities performed throughout the project and the application of the mechanism in industry in the form of a Technical Report. The report contains: Workstation Description _Workstation Assessment: through observation and NIOSH & OSHA surveys. _Workstation Measurements:Measuring of necessary workstation dimensions. _ Workstation Analysis: Identifying of risk factors causing WMSD, suggesting of modifications.
Results and conclusion: Criticizing both workstations and showing result of comparison.
And to present the activities performed throughout the project in the form of a PowerPoint Presentation.
This document discusses how ergonomics can help increase productivity in an educational institution. It begins by defining ergonomics as the study of human interaction with the working environment. It then discusses how applying ergonomic principles to education can benefit students' learning and teachers' teaching. Specific ways ergonomics can help educators mentioned include protecting health, enhancing the learning experience, preventing long-term issues, and allowing students to reach their full potential. The document also provides examples of ergonomic products that can help teachers, such as mobile stands, presentation keyboards, and ergonomic chairs and desks. It emphasizes that ergonomic classrooms can improve student concentration and motivation by addressing their physical needs.
Ergonomics is defined as the science related to designing equipment and tasks to maximize productivity and reduce user fatigue and stress. The field has its origins in the 19th century and gained prominence due to high accident rates from poorly designed cockpits during World War I. Ergonomic principles are now commonly applied in workplace design to reduce musculoskeletal injuries like carpal tunnel syndrome. Benefits of ergonomics include increased employee comfort, satisfaction, and productivity as well as lower health care costs and improved morale for employers.
Ergonomic furniture is a contented substitute to your normal office furniture. Ergonomic office furniture is a great investment in your work and the health of you and your employees. Here are some benefits of Ergonomic Office Furniture… These will help you to organize your office in better way.
The document discusses ergonomics in industrial engineering. It defines ergonomics as applying various sciences to understand interactions between humans and their working environments. The main goals of ergonomics are to design tasks, equipment, information and environments suited to each worker, which increases productivity by reducing fatigue, accidents, absenteeism and turnover. It then discusses factors that affect ergonomics like age, materials handling, stress, and load. It also covers areas of ergonomic intervention like human-machine interfaces, environment, hardware, and work postures.
Ergonomics is the science of designing jobs, equipment, and workplaces to fit workers. Proper ergonomic design prevents injuries from developing over time. Ergonomics aims to optimize human well-being and system performance. It is employed to fulfill the goals of health and productivity. Common ergonomic issues include repetitive strain injuries, improper lighting or noise levels, and vibration. National Industrial Safety Day in India is celebrated on March 4th each year to promote workplace safety.
The document discusses the aging workforce and how ergonomics can help accommodate older workers. It notes that 10,000 baby boomers turn 65 daily and most do not plan to fully retire at 65. It then outlines physical, physiological and psychosocial characteristics of aging workers like decreased strength and vision. It advocates applying ergonomics which means fitting jobs to workers' capabilities through engineering and administrative controls like adjustable lighting and allowing movement breaks. Proper ergonomics can help reduce injury risks for older employees.
Ergonomic Design Principles - Case Study “Computer Laboratory"Esraa Fathy
Project | Applying Ergonomic Design Principles (2012_2013) Under supervision of Dr.Reem ElKadeem.
Project Objective:
The goal of the project is to exercise the application of ergonomic design principles combined with our creative talent in solving or preventing current problems in real case study. Sometimes minor ergonomic changes in the design of equipment, workstations or job tasks can make significant improvements in worker’s comfort, health, safety and productivity.
Our team was required to select one of workstations in the college and make a comparison between two workstations of the same category. Our case study was about “Computer Laboratory” (Production Workshop / Mechanical Building).
Project Deliverables:
Our team was required to document both the activities performed throughout the project and the application of the mechanism in industry in the form of a Technical Report. The report contains: Workstation Description _Workstation Assessment: through observation and NIOSH & OSHA surveys. _Workstation Measurements:Measuring of necessary workstation dimensions. _ Workstation Analysis: Identifying of risk factors causing WMSD, suggesting of modifications.
Results and conclusion: Criticizing both workstations and showing result of comparison.
And to present the activities performed throughout the project in the form of a PowerPoint Presentation.
This document discusses how ergonomics can help increase productivity in an educational institution. It begins by defining ergonomics as the study of human interaction with the working environment. It then discusses how applying ergonomic principles to education can benefit students' learning and teachers' teaching. Specific ways ergonomics can help educators mentioned include protecting health, enhancing the learning experience, preventing long-term issues, and allowing students to reach their full potential. The document also provides examples of ergonomic products that can help teachers, such as mobile stands, presentation keyboards, and ergonomic chairs and desks. It emphasizes that ergonomic classrooms can improve student concentration and motivation by addressing their physical needs.
Ergonomics is defined as the science related to designing equipment and tasks to maximize productivity and reduce user fatigue and stress. The field has its origins in the 19th century and gained prominence due to high accident rates from poorly designed cockpits during World War I. Ergonomic principles are now commonly applied in workplace design to reduce musculoskeletal injuries like carpal tunnel syndrome. Benefits of ergonomics include increased employee comfort, satisfaction, and productivity as well as lower health care costs and improved morale for employers.
Ergonomic furniture is a contented substitute to your normal office furniture. Ergonomic office furniture is a great investment in your work and the health of you and your employees. Here are some benefits of Ergonomic Office Furniture… These will help you to organize your office in better way.
The document discusses ergonomics in industrial engineering. It defines ergonomics as applying various sciences to understand interactions between humans and their working environments. The main goals of ergonomics are to design tasks, equipment, information and environments suited to each worker, which increases productivity by reducing fatigue, accidents, absenteeism and turnover. It then discusses factors that affect ergonomics like age, materials handling, stress, and load. It also covers areas of ergonomic intervention like human-machine interfaces, environment, hardware, and work postures.
Ergonomics is the science of designing jobs, equipment, and workplaces to fit workers. Proper ergonomic design prevents injuries from developing over time. Ergonomics aims to optimize human well-being and system performance. It is employed to fulfill the goals of health and productivity. Common ergonomic issues include repetitive strain injuries, improper lighting or noise levels, and vibration. National Industrial Safety Day in India is celebrated on March 4th each year to promote workplace safety.
Here are the key points about selecting a chair:
- The chair must fit both the individual and the task/environment. Consider individual dimensions.
- Ensure stability so the chair does not tip or roll.
- Provide adjustable seat height, backrest height and lumbar support to suit different body sizes.
- The seat pan should have a rounded, waterfall front edge for good circulation.
- Use padded, adjustable armrests if needed for support but not required for typing tasks.
- Select a chair with a five-pronged base for stability on casters or glides.
- Upholster the chair in a durable, easily-cleaned fabric. Avoid vinyl, which can cause skin
Ergonomics aims to fit the work environment to the employee by improving the match between them. This can provide improved comfort, reduced injuries, higher productivity and better job satisfaction. Ergonomics focuses on reducing risk factors like awkward posture, high repetition, excessive force, contact stresses, vibration and extreme temperatures. The goal is to design jobs that fit people by accounting for individual differences. The benefits include improved efficiency, quality and satisfaction, while risks involve increased errors and fatigue. Ergonomics draws from fields like engineering, medical sciences, biomechanics, mathematics and behavioral sciences.
Ergonomics aims to optimize human well-being and system performance through understanding interactions between humans and other elements. Poor ergonomic design can result in discomfort, fatigue, injuries and reduced productivity. Key ergonomic considerations include anthropometry, biomechanics, muscular work, and postures. Checklists and standardization help assess ergonomic issues to improve workplace and job design.
Ergonomics is the scientific study of the relationship of employees to their physical environment, including the work-space and related tools. This has become an active area in the research fields to increase the comfort (and productivity) of employees.
The document discusses ergonomics and its importance in workplace design. It defines ergonomics as the scientific discipline concerned with understanding interactions between humans and other elements of a system to optimize human well-being and performance. Ergonomics aims to design products, workplaces and systems to suit people rather than forcing people to adapt. Applying ergonomic principles can help reduce injuries, improve productivity, quality and employee engagement while lowering costs. The Alexander Technique is highlighted as a training method that helps people develop skills to apply ergonomic principles by improving awareness of their posture and movement.
Ergonomics - occupational health and safetyIhsan Wassan
Ergonomics is the science of fitting a job to a person. It emerged in the 18th century when doctors noticed workers in prolonged body positions developed musculoskeletal problems. Ergonomics aims to maximize productivity while lowering risks like musculoskeletal disorders. It analyzes physical, cognitive and organizational factors. Solutions include adjustable workstations, lifting aids and correct techniques to reduce risks like awkward postures and forces. Proper ergonomics can prevent injuries and increase comfort, efficiency and cost savings.
Ergonomics is defined as the scientific discipline concerned with the understanding of interactions among humans and other elements of a system. The document discusses the definition, objectives, and advantages of ergonomics. Ergonomics aims to improve workspaces and environments to minimize risk of injury or harm. The objectives of ergonomics include optimizing human and machine integration to increase productivity safely and efficiently. Advantages include improved health, mental insight, productivity, decreased pain, higher quality work, eliminated hazards, increased employee engagement, encouragement of safety, and happier employees and management.
The document discusses new trends in industrial engineering, focusing on ergonomics. It covers various aspects of ergonomics including human-machine relationships, office ergonomics, the Alexander technique, psychosocial factors, ergonomic injuries, and standards. Key areas of ergonomics discussed include cognitive ergonomics, participatory ergonomics, and innovations in computer-aided ergonomic modeling and sports equipment design to improve human factors. Overall, the document outlines new approaches in managing workplace ergonomics programs with a focus on proactive, integrated processes that engage employees in assessing and improving work conditions.
This document discusses ergonomics and occupational safety and health. It begins with an introduction to ergonomics, defining it and outlining its history. It then covers the objectives, types, principles, injuries, risk factors, and benefits of ergonomics. Specific examples of ergonomic risk factors like repetitive or sustained awkward postures are provided. The document concludes with a section on ergonomics in the Malaysian workplace and a list of references.
Ergonomics is the study of people's efficiency in their working environment and focuses on preventing repetitive stress injuries. It considers differences in individual workers as well as environmental and physical stressors. The document outlines key ergonomic principles like permitting various postures and using large muscle groups. It discusses common injuries from overexertion and improper lifting as well as how to address issues through stretching, taking breaks, and assessing task setups. Proper ergonomics of computer workstations, equipment sizes, and neutral postures are emphasized.
Ergonomics is the scientific study of human interactions with elements of a work system to optimize human well-being and system performance. Poor ergonomics in offices can cause repetitive strain injuries from tasks like computer use. Common risk factors are repetition, sustained postures, awkward postures, and contact stress. Improving ergonomics reduces injuries and improves productivity. Recommendations include adjustable seating and workstations, taking breaks, avoiding strain, and controlling lighting, temperature, humidity, and noise.
Ergonomics is a technique that applies various disciplines to solve problems in the workplace. It aims to reduce ergonomic hazards like improper equipment, lifting loads, repetitive motions, and awkward postures which can cause musculoskeletal disorders and reduce productivity. Musculoskeletal disorders affect muscles, nerves, blood vessels, and can result from risk factors like heavy lifting, bending, overhead reaching, pushing/pulling loads, and performing repetitive tasks. Ergonomic hazards can be identified through investigating tasks that cause injuries, reviewing injury patterns, workplace inspections, and worker reports. The key aspects of ergonomics are fitting the job to the person, the workstation to the worker, the tools to the worker, and the workplace design to the needs
Ergonomics aims to optimize human well-being and system performance by understanding interactions between humans and other elements of a system. The document discusses ergonomics in industrial and everyday contexts. It defines ergonomics and examines factors considered like body measurements, posture, and environment. Common causes of injury like repetitive motions are explained. Guidelines for proper seating, hand and finger positions, and tool design aim to prevent cumulative trauma disorders. Physical workspace arrangements must also account for worker needs and constraints. The overall goal is to reduce workplace injuries and improve efficiency.
Ergonomics is the science of designing equipment and workplaces to fit the user. It focuses on making things comfortable and efficient by studying how work is done and how to improve it. There are three main types of ergonomics: physical, cognitive, and organizational. The key principles of ergonomics are to work in neutral postures, reduce excessive force/motion, keep items in easy reach, and maintain a comfortable work environment. Ergonomic injuries like repetitive stress injuries can be caused by repetitive or prolonged activities, awkward postures, vibration, and forceful exertions. Controls for ergonomic injuries include engineering solutions, administrative controls like job rotation, and promoting safe work practices.
Seven Ergonomics Experts Weigh In: Should You Involve Shop Floor Team Members...Ergonomics Plus
The document discusses whether shop floor team members should be involved in the ergonomics process. It provides opinions from seven ergonomics experts who unanimously agree that team member involvement is important. The experts note that team members have valuable insights due to their first-hand experience performing the jobs. Involving team members can improve buy-in for ergonomic changes and lead to better solutions. One way to involve team members mentioned is having them participate in job assessments and provide feedback on difficulties and potential solutions.
This document provides an overview of the course Industrial Engineering (AE 481) taught by Salima Sultana Shimo at Bangladesh University of Textiles. It discusses the topic of ergonomics, which is the study of human interaction with machines and factors that affect this interaction. The document defines ergonomics, outlines its purposes of improving human-machine interaction and systems, and describes domains of ergonomics including physical, cognitive, and organizational ergonomics. It also discusses principles of ergonomics, evaluation methods, and the design of human-machine interface systems.
This document discusses office ergonomics and how to design workstations to prevent musculoskeletal disorders (MSDs). It defines ergonomics as designing tools and tasks to fit the worker, not the other way around. It notes that MSDs cause 600,000 injuries requiring time off work annually, with women more affected due to job duties. Proper ergonomic setup of chairs, keyboards, monitors and other equipment can help reduce repetitive stress and injuries by promoting neutral postures. Questions about ergonomic issues can be directed to the Safety and Environmental Health department.
OFFICE ERGONOMICS: WHAT, HOW & WHY. An Essential Reading For Office Workers.Abdul Shukor
This document provides an overview of office ergonomics presented by Associate Professor Abdul Shukor. It begins by outlining the objectives of discussing national regulations on occupational safety and health hazards, office ergonomics, and practical countermeasures. It then discusses physical and environmental factors that can cause health issues and stress at the office, including sedentary lifestyles. Specific issues addressed include awkward postures, slippery floors, lighting, and improper chairs. The document emphasizes the risks of prolonged sitting and identifies back pain as a major risk. It provides tips for correct posture and suggests countermeasures like forming safety committees, identifying hazards, selecting solutions, and implementing workplace exercise programs.
This document provides an introduction to ergonomics. The objectives are to understand the influences of the work environment on physical and psychosocial demands, the connection between work activities and repetitive strain disorders, methods to identify work hazards, and involve workers in addressing hazards. The history and definitions of ergonomics are discussed. Common injuries related to ergonomic risks like posture and repetition are also summarized. The document outlines the ergonomic evaluation process and provides examples of analyzing risks like lifting. Overall, the document introduces the topic of ergonomics and adapting the work environment for safety and efficiency.
Ergonomics is a field dealing with adjusting work environments to fit workers. Key areas discussed include human-machine relationships, office ergonomics using adjustable equipment, and the Alexander technique for improving posture. Risk factors like repetitive motions and psychosocial stressors can cause injuries like carpal tunnel syndrome. Effective ergonomics programs use a proactive approach, integrate the process into continuous improvement, and engage employees in assessing and adjusting their own workstations. New standards provide guidance on ergonomic principles, while innovations aim to apply ergonomics upstream in design and use computer modeling to evaluate different scenarios.
This document provides information on 11 presentation sessions from a conference:
- Several sessions discuss ergonomics and managing aging/disabled workers, including design principles, disability management, and challenges of an aging workforce.
- Other sessions cover claims management, appeal rules and procedures, occupational hygiene, mental health issues, and the new CSA Psychological Health and Safety Standard.
- Each session lists the speaker(s), a brief description of content, and whether presentation materials are included.
Here are the key points about selecting a chair:
- The chair must fit both the individual and the task/environment. Consider individual dimensions.
- Ensure stability so the chair does not tip or roll.
- Provide adjustable seat height, backrest height and lumbar support to suit different body sizes.
- The seat pan should have a rounded, waterfall front edge for good circulation.
- Use padded, adjustable armrests if needed for support but not required for typing tasks.
- Select a chair with a five-pronged base for stability on casters or glides.
- Upholster the chair in a durable, easily-cleaned fabric. Avoid vinyl, which can cause skin
Ergonomics aims to fit the work environment to the employee by improving the match between them. This can provide improved comfort, reduced injuries, higher productivity and better job satisfaction. Ergonomics focuses on reducing risk factors like awkward posture, high repetition, excessive force, contact stresses, vibration and extreme temperatures. The goal is to design jobs that fit people by accounting for individual differences. The benefits include improved efficiency, quality and satisfaction, while risks involve increased errors and fatigue. Ergonomics draws from fields like engineering, medical sciences, biomechanics, mathematics and behavioral sciences.
Ergonomics aims to optimize human well-being and system performance through understanding interactions between humans and other elements. Poor ergonomic design can result in discomfort, fatigue, injuries and reduced productivity. Key ergonomic considerations include anthropometry, biomechanics, muscular work, and postures. Checklists and standardization help assess ergonomic issues to improve workplace and job design.
Ergonomics is the scientific study of the relationship of employees to their physical environment, including the work-space and related tools. This has become an active area in the research fields to increase the comfort (and productivity) of employees.
The document discusses ergonomics and its importance in workplace design. It defines ergonomics as the scientific discipline concerned with understanding interactions between humans and other elements of a system to optimize human well-being and performance. Ergonomics aims to design products, workplaces and systems to suit people rather than forcing people to adapt. Applying ergonomic principles can help reduce injuries, improve productivity, quality and employee engagement while lowering costs. The Alexander Technique is highlighted as a training method that helps people develop skills to apply ergonomic principles by improving awareness of their posture and movement.
Ergonomics - occupational health and safetyIhsan Wassan
Ergonomics is the science of fitting a job to a person. It emerged in the 18th century when doctors noticed workers in prolonged body positions developed musculoskeletal problems. Ergonomics aims to maximize productivity while lowering risks like musculoskeletal disorders. It analyzes physical, cognitive and organizational factors. Solutions include adjustable workstations, lifting aids and correct techniques to reduce risks like awkward postures and forces. Proper ergonomics can prevent injuries and increase comfort, efficiency and cost savings.
Ergonomics is defined as the scientific discipline concerned with the understanding of interactions among humans and other elements of a system. The document discusses the definition, objectives, and advantages of ergonomics. Ergonomics aims to improve workspaces and environments to minimize risk of injury or harm. The objectives of ergonomics include optimizing human and machine integration to increase productivity safely and efficiently. Advantages include improved health, mental insight, productivity, decreased pain, higher quality work, eliminated hazards, increased employee engagement, encouragement of safety, and happier employees and management.
The document discusses new trends in industrial engineering, focusing on ergonomics. It covers various aspects of ergonomics including human-machine relationships, office ergonomics, the Alexander technique, psychosocial factors, ergonomic injuries, and standards. Key areas of ergonomics discussed include cognitive ergonomics, participatory ergonomics, and innovations in computer-aided ergonomic modeling and sports equipment design to improve human factors. Overall, the document outlines new approaches in managing workplace ergonomics programs with a focus on proactive, integrated processes that engage employees in assessing and improving work conditions.
This document discusses ergonomics and occupational safety and health. It begins with an introduction to ergonomics, defining it and outlining its history. It then covers the objectives, types, principles, injuries, risk factors, and benefits of ergonomics. Specific examples of ergonomic risk factors like repetitive or sustained awkward postures are provided. The document concludes with a section on ergonomics in the Malaysian workplace and a list of references.
Ergonomics is the study of people's efficiency in their working environment and focuses on preventing repetitive stress injuries. It considers differences in individual workers as well as environmental and physical stressors. The document outlines key ergonomic principles like permitting various postures and using large muscle groups. It discusses common injuries from overexertion and improper lifting as well as how to address issues through stretching, taking breaks, and assessing task setups. Proper ergonomics of computer workstations, equipment sizes, and neutral postures are emphasized.
Ergonomics is the scientific study of human interactions with elements of a work system to optimize human well-being and system performance. Poor ergonomics in offices can cause repetitive strain injuries from tasks like computer use. Common risk factors are repetition, sustained postures, awkward postures, and contact stress. Improving ergonomics reduces injuries and improves productivity. Recommendations include adjustable seating and workstations, taking breaks, avoiding strain, and controlling lighting, temperature, humidity, and noise.
Ergonomics is a technique that applies various disciplines to solve problems in the workplace. It aims to reduce ergonomic hazards like improper equipment, lifting loads, repetitive motions, and awkward postures which can cause musculoskeletal disorders and reduce productivity. Musculoskeletal disorders affect muscles, nerves, blood vessels, and can result from risk factors like heavy lifting, bending, overhead reaching, pushing/pulling loads, and performing repetitive tasks. Ergonomic hazards can be identified through investigating tasks that cause injuries, reviewing injury patterns, workplace inspections, and worker reports. The key aspects of ergonomics are fitting the job to the person, the workstation to the worker, the tools to the worker, and the workplace design to the needs
Ergonomics aims to optimize human well-being and system performance by understanding interactions between humans and other elements of a system. The document discusses ergonomics in industrial and everyday contexts. It defines ergonomics and examines factors considered like body measurements, posture, and environment. Common causes of injury like repetitive motions are explained. Guidelines for proper seating, hand and finger positions, and tool design aim to prevent cumulative trauma disorders. Physical workspace arrangements must also account for worker needs and constraints. The overall goal is to reduce workplace injuries and improve efficiency.
Ergonomics is the science of designing equipment and workplaces to fit the user. It focuses on making things comfortable and efficient by studying how work is done and how to improve it. There are three main types of ergonomics: physical, cognitive, and organizational. The key principles of ergonomics are to work in neutral postures, reduce excessive force/motion, keep items in easy reach, and maintain a comfortable work environment. Ergonomic injuries like repetitive stress injuries can be caused by repetitive or prolonged activities, awkward postures, vibration, and forceful exertions. Controls for ergonomic injuries include engineering solutions, administrative controls like job rotation, and promoting safe work practices.
Seven Ergonomics Experts Weigh In: Should You Involve Shop Floor Team Members...Ergonomics Plus
The document discusses whether shop floor team members should be involved in the ergonomics process. It provides opinions from seven ergonomics experts who unanimously agree that team member involvement is important. The experts note that team members have valuable insights due to their first-hand experience performing the jobs. Involving team members can improve buy-in for ergonomic changes and lead to better solutions. One way to involve team members mentioned is having them participate in job assessments and provide feedback on difficulties and potential solutions.
This document provides an overview of the course Industrial Engineering (AE 481) taught by Salima Sultana Shimo at Bangladesh University of Textiles. It discusses the topic of ergonomics, which is the study of human interaction with machines and factors that affect this interaction. The document defines ergonomics, outlines its purposes of improving human-machine interaction and systems, and describes domains of ergonomics including physical, cognitive, and organizational ergonomics. It also discusses principles of ergonomics, evaluation methods, and the design of human-machine interface systems.
This document discusses office ergonomics and how to design workstations to prevent musculoskeletal disorders (MSDs). It defines ergonomics as designing tools and tasks to fit the worker, not the other way around. It notes that MSDs cause 600,000 injuries requiring time off work annually, with women more affected due to job duties. Proper ergonomic setup of chairs, keyboards, monitors and other equipment can help reduce repetitive stress and injuries by promoting neutral postures. Questions about ergonomic issues can be directed to the Safety and Environmental Health department.
OFFICE ERGONOMICS: WHAT, HOW & WHY. An Essential Reading For Office Workers.Abdul Shukor
This document provides an overview of office ergonomics presented by Associate Professor Abdul Shukor. It begins by outlining the objectives of discussing national regulations on occupational safety and health hazards, office ergonomics, and practical countermeasures. It then discusses physical and environmental factors that can cause health issues and stress at the office, including sedentary lifestyles. Specific issues addressed include awkward postures, slippery floors, lighting, and improper chairs. The document emphasizes the risks of prolonged sitting and identifies back pain as a major risk. It provides tips for correct posture and suggests countermeasures like forming safety committees, identifying hazards, selecting solutions, and implementing workplace exercise programs.
This document provides an introduction to ergonomics. The objectives are to understand the influences of the work environment on physical and psychosocial demands, the connection between work activities and repetitive strain disorders, methods to identify work hazards, and involve workers in addressing hazards. The history and definitions of ergonomics are discussed. Common injuries related to ergonomic risks like posture and repetition are also summarized. The document outlines the ergonomic evaluation process and provides examples of analyzing risks like lifting. Overall, the document introduces the topic of ergonomics and adapting the work environment for safety and efficiency.
Ergonomics is a field dealing with adjusting work environments to fit workers. Key areas discussed include human-machine relationships, office ergonomics using adjustable equipment, and the Alexander technique for improving posture. Risk factors like repetitive motions and psychosocial stressors can cause injuries like carpal tunnel syndrome. Effective ergonomics programs use a proactive approach, integrate the process into continuous improvement, and engage employees in assessing and adjusting their own workstations. New standards provide guidance on ergonomic principles, while innovations aim to apply ergonomics upstream in design and use computer modeling to evaluate different scenarios.
This document provides information on 11 presentation sessions from a conference:
- Several sessions discuss ergonomics and managing aging/disabled workers, including design principles, disability management, and challenges of an aging workforce.
- Other sessions cover claims management, appeal rules and procedures, occupational hygiene, mental health issues, and the new CSA Psychological Health and Safety Standard.
- Each session lists the speaker(s), a brief description of content, and whether presentation materials are included.
March - Ergonomics in the HOME office and STFs.pptxCapRockTelephone
The document discusses ergonomics and slip/trip/fall prevention for home offices. It provides statistics on musculoskeletal disorders (MSDs) and days away from work due to injuries. It then outlines OSHA's 7-phase process for identifying and addressing ergonomic problems, including management support, worker involvement, training, identifying issues, early reporting, implementing solutions, and evaluating progress. Easy solutions are suggested to prevent slips/trips/falls like wearing proper footwear and clearing snow/ice. Workplace strategies include identifying elevation changes, using floor mats, applying slip-resistant treatments, and training employees on hazard identification and safe practices. The document emphasizes finding and eliminating hazards to protect employee safety.
This presentation has been developed by Amlan Roychowdhury. This is an important tool for HR personnel who are associated with IT enabled Industry like the BPOs. This presentation deals with awys and means to reduce attrition which is the highest among any other IT enabled industry.
Technology can be combined with the more traditional employer occupational safety and health protection activities. These newer employment-based programs to promote better health through helping workers quit smoking, lose weight, reduce stress, or exercise more regularly. In support of these efforts, some employers have made changes in their policies and facilities to support physical activity and healthier eating, and some employers connect with community resources for health education, health fairs, and other services. Using both technology and performance metrics can provide useful data regarding the workforce and psychosocial stress and the risk of an uneventful outcome.
This paper looks at some of the issue regarding computer workstation design and chair selection. It discusses some of the common musculoskeletal problems including carpal tunnel syndrome, neck, shoulder an low back problems caused by computer use.
Business plan - Ease-Stress De-stressing Stations - Full ReportPulkit Bhatnagar
Ease-Stress Express provides de-stressing stations consisting of a massage chair, soundproof cubicle with LCD monitor and surround sound. The stations allow users to choose relaxing sights and sounds to reduce stress. The company plans to initially market in Atlanta and Charlotte, using innovative strategies like displays at airports and events. The office and warehouse will be in Smyrna, GA, employing around 20 people. The financial projections show payback within a couple years and high returns for investors.
Implementing ergonomic solutions in the workplace can increase productivity and employee comfort while decreasing injuries and costs. A comprehensive ergonomics program includes worker involvement, management commitment, training, and evaluation. Low-cost ergonomic measures and risk reduction techniques like job rotation can help address musculoskeletal disorder risk factors. Proper ergonomic training and participatory ergonomics programs that gain staff buy-in can yield savings through fewer injuries and workers' compensation claims, less absenteeism and pain, and increased productivity and morale.
Reimagining Work: A Chronicle of Past, Present, and FutureZyeta
The current work landscape is going through a period of significant transformation, marked by rapid changes and instability. In order to bring back the stability and familiarity of pre-pandemic times, organizations need to focus on providing choices to their employees and making their health a top priority within the workplace. This shift in mindset requires considering various concepts that are shaping the evolving work environment, such as smart workplaces, sustainable buildings, and meta workplaces.
A smart workplace refers to a technologically advanced and digitally connected environment that enhances productivity, efficiency, and employee experience. By integrating smart technologies like Internet of Things (IoT) devices, sensors, and automation, organizations can create workspaces that adapt to the needs and preferences of employees, optimizing their workflows and overall performance.
Sustainable buildings are another crucial aspect of the evolving work environment. These buildings are designed and constructed to have minimal environmental impact, promoting energy efficiency, waste reduction, and the use of renewable resources. By adopting sustainable practices in the workplace, organizations not only contribute to the well-being of the planet but also create healthier and more conducive work environments for their employees.
The concept of meta workplaces takes a holistic approach to shaping the future of work environments. It emphasizes the integration of physical and digital spaces, allowing employees to seamlessly transition between different work settings, whether it be in the office, at home, or in co-working spaces. Meta workplaces recognize the importance of flexibility, enabling employees to choose the most suitable work environment based on their tasks, preferences, and individual circumstances.
In the context of the "great resignation," where many employees are reassessing their career paths and leaving their jobs, it becomes imperative for leaders to make informed strategic decisions. The report provides valuable insights and analysis to assist leaders in understanding the changing dynamics of the work landscape. It helps them navigate through the challenges and opportunities presented by smart digital twins, which are virtual replicas of physical workplaces that can be used for simulation, planning, and optimization purposes. Additionally, the report emphasizes the meta approach, highlighting the significance of integrating various concepts and technologies to create work environments that align with the evolving needs and expectations of employees.
By leveraging the insights and recommendations presented in the report, leaders can proactively respond to the current work landscape's volatility and make informed decisions that prioritize employee well-being, enhance productivity, and foster a sense of belonging and engagement in the workplace.
Understanding Injury Risk in Ageing Workers for a Sustainable Workforcemyosh team
Opportunities for change in our approach to reducing injury risk in our ageing workforce, particularly with the emerging focus on psychosocial factors contributing to musculoskeletal injury workers compensation claims.
Learn about the latest technologies and research for identifying, managing and reviewing our approach for a sustainable workforce of the future.
Value In Systematized EHS Programs (2007 Nrep Conference)lemiles
The document discusses the value of systematic approaches to environmental, health, and safety (EHS) programs in companies. It argues that systematic EHS programs help avoid losses from accidents and provide tools to fulfill goals of coordination, communication, and cooperation. Examples of systematic programs like the US Navy Engineering Operations Sequencing System and 5S methodology show how they standardize procedures and responsibilities to improve safety.
Human factors - what role should they play in Responsible CareAdvisian
Tony Geraghty's presentation examines how considering human factors can enhance safety and performance excellence in the chemical industry. It discusses James Reason's model of classifying human errors and using reliability centered maintenance (RCM) to identify vulnerabilities. The presentation provides examples of how an RCM analysis revealed issues like commissioning errors and inappropriate maintenance practices, and how addressing these issues improved a gas compressor fleet's reliability and availability. Geraghty argues that regularly questioning understanding of operations can help ensure responsible chemical production and management.
Do you spend hours every day on your computer? Are you sure you aren't exposing yourself to long-term health risks?
Read our free E-book and improve your occupational health and posture today!
Packed with information to make your daily life easier and more productive.
At the Middle Tennessee SHRM luncheon on April 23, 2009, we discussed Managing an Aging Workforce. The attached PowerPoint Presentation highlights the key points of our discussion from a legal and human resources prospective.
The document discusses ergonomic risks faced by sales professionals. It finds that 63% of salespeople report musculoskeletal pain, most commonly in the spine and knees. Multiple factors are identified as causes, including carrying heavy loads, working in multiple environments without proper setups, long periods of driving, extensive gadget usage, and poor nutrition. The document provides tips for individuals and organizations to address these risks, such as maintaining proper posture, taking breaks, staying hydrated, and providing ergonomic equipment and education.
Using Technology To Achieve Total Worker HealthMedgate Inc.
Scientific evidence now supports what many EHS professionals have long suspected—that risk factors in the workplace can contribute to health problems previously considered unrelated to work. As a result, there is clear value in shifting from a siloed view of employee work safety toward a more inclusive and comprehensive perspective.
Total Worker Health is a NIOSH-led concept embraced by organizations to not only protect workers, but also advance their health and well-being by targeting the conditions of work. This approach integrates workplace interventions with activities that advance the overall well-being of workers outside the workplace environment. By establishing policies, programs, and practices within the workplace that focus on advancing the safety, health and well-being of the workforce may be helpful for individuals, their families, communities, employers and the economy as a whole.
The second webinar in our series, Using Technology to achieve Total Worker Health, shows how you can overcome the challenges presented by complex organizational structures and fluid workforces. Medgate shows that by harnessing technology, you can promote a sustainable TWH program.
Read this deck and learn:
The challenges facing dynamic and changing workforces when trying to achieve success with TWH.
How to break down barriers and bring groups together.
How technology can serve to promote Total Worker Health ideals and engagement.
An ergonomic assessment of the workplace can help reduce injuries and increase productivity by identifying optimal working postures and equipment for each employee. Correct ergonomic setup is known to prevent many common injuries among office workers, such as back, shoulder, and wrist pain, which account for over 50% of injury claims. Investing in an ergonomic assessment benefits employers through improved productivity and staff health, lower insurance costs, and compliance with workplace safety regulations.
Holistic well-being in the IT sector_ Why does it matter_.pdfAnil
Holistic well-being in the IT sector is crucial for several reasons, as it directly impacts the overall health, productivity, and satisfaction of individuals working in the industry. Here are some key reasons why holistic well-being matters in the IT sector
Ergonomic Hazards in the Workplace 1 .docxrusselldayna
Here are responses to the questions:
1. Performance evaluations are required by law in some circumstances. The Fair Labor Standards Act requires employers to keep records of wages and hours worked. Performance evaluations could help document job duties and qualifications for exempt status or pay raises. Some states also have laws regarding performance reviews.
2. Managers should receive special training on properly using the performance appraisal system. The training should cover how to objectively rate employees, provide constructive feedback, set goals, and ensure evaluations are consistent, fair and unbiased. Managers may be incorrectly applying the system or showing favoritism without proper guidance.
3. To hold managers accountable, their own performance evaluations and bonuses could incorporate metrics on properly conducting employee reviews
Ergonomics is concerned with understanding interactions between humans and other elements of systems. It aims to optimize human well-being and overall system performance through applying principles to design. Flexible working refers to working schedules that vary from normal fixed patterns, allowing changes to hours, place of work, etc. Flexible arrangements like flextime, compressed weeks, job sharing and telecommuting can benefit both employees and employers by improving work-life balance, recruitment/retention, and reducing costs. Eastman Kodak implemented various flexible policies for its 70,000+ global workforce to meet desires for work-life balance while maintaining business needs.
Similar to Extending the life of your workforce, ergonomic design for aging workers... (1) (20)
2. Unless you have been living somewhere without internet or cable service, you’ve probably heard that the
U.S. workforce is aging. In fact, you’re probably witnessing it firsthand—and now you’re the one tasked with
creating a safe and productive work environment that accommodates an aging workforce.
Y
ou might have also read these
statistics on the web or heard them
in the boardroom:
• In 2008, there were 28 million workers
over age 55. By 2016, that number is
expected to be almost 40 million, an
increase of 43 percent.
• Starting in January 2011, 10,000 people
turn 65 every single day and this will
continue through 2030.
• By 2020, an estimated 25 percent of
the labor force will be 55 and older and
almost 17 percent will be 65 and older.
• 79 percent of baby boomers say they don’t
plan on retiring at age 65.
• The average age of a high-skilled U.S.
manufacturing worker today is 56.
These demographics represent not
only challenges, but also opportunities
throughout industry today. At the very least,
the changing demographics of the U.S.
workforce deserve careful consideration as
companies develop safety programs moving
forward. In today’s business environment, it
is vital for companies to engage their aging
workers in a job that promotes healthy and
safe work performance.
Addressing the issue of the aging workforce
with workplace ergonomics programs,
education and training is becoming necessary.
A focus on proactive efforts to accommodate
the “seasoned” and gifted workforce today, will
result in a safer, healthier, more productive
and more competitive business, tomorrow and
down the road.
Losing the expertise of these workers
could have a drastic and negative impact
on your company’s operations. It is vital to
accommodate aging employees, who represent
some of your most knowledgeable and most
productive workers, to ensure their continued,
safe and productive work performance.
Characteristics of the
Aging Workforce
As workers age, their physical, physiological
and psychosocial capabilities and limitations
change. The more we understand these changes,
the better we can accommodate employees. We
must be proactive in our processes to ensure
actionable engineering and administrative
controls are in place to ensure ergonomic and
individual risk factors are addressed to keep our
workplace moving forward seamlessly with the
chronology of our workers.
Here is a brief summary of those risk factors
and changes:
Ergonomic Risk Factors: Force,
repetition and posture are ergonomic risk
factors that become magnified as we age
because the body has had those factors
impacting it over time, even in the best of
conditions. If these are not addressed within
a proactive ergonomics process, workplace
musculoskeletal disorder (WMSD) issues
will develop at an even higher rate. A
proactive process can assist in keeping your
workforce healthier and more productive.
Individual Risk Factors: Some individual
risk factors that come into play are poor
work habits developed over time, poor fitness
habits and poor health habits.
Physical Changes: As people age, they
begin to lose strength, flexibility, balance,
sight, reaction time, speed, hearing, manual
dexterity and feedback and body fat.
Physiological Changes: Aging leads to
a decrease in maximum oxygen intake, rising
systemic blood pressure, fatigue and greater
susceptibility to extreme temperatures.
Psychosocial Changes: As workers
age, they have different shift preferences,
training and learning styles and employees
sometimes experience disenfranchisement
and disengagement with their work.
These characteristics of the aging workforce
put them at a higher risk of developing a
WMSD and other injuries. It is paramount
that reduction or elimination of these risk
factors occur to ensure a safer workplace.
So what can you do to help? Build a
comprehensive WMSD prevention process
that will identify and remove WMSD risk
factors. An essential component to an
effective WMSD prevention process
is ergonomics.
25 PERCENT of the labor force will
be 55 and older and almost 17
PERCENT will be 65 and older
BY 2020
BABY
BOOMERS
79 PERCENT of baby boomers say
they don’t plan on retiring at age 65.
28 MILLION
40 MILLION
2008
2016
In 2008, there were 28 million WORKERS
OVER AGE 55. By 2016, that number is
expected to be almost 40 million, an
INCREASE OF 43 PERCENT.
21THE LEADER vpppa.org
3. Ergonomics—Designing
the Workplace for an
Aging Workforce
Ergonomics is the science of designing the
workplace to fit the worker while keeping in
mind the capabilities and limitations of the
worker. The goal is to design jobs and tasks to
remove incompatibilities between the work and
the worker that impact safe work performance,
while maintaining productivity. This allows
you to prevent injuries, illnesses and mistakes
while improving overall worker health and
business performance. Here are some tips to
help with the designing of the workplace:
• Improve illumination and add color contrast
• Design the workplace with easily adjustable
surfaces to allow employees with different
body types to complete work, especially in
shared spaces
• Eliminate heavy lifts, elevated work from
ladders and long reaches
• Design work floors and platforms with
smooth and solid decking while still
allowing some cushioning
• Reduce static standing time
• Remove clutter from control panels and
computer screens and use large video displays
• Reduce noise levels
• Install skid resistant material for flooring and
especially for stair treads to help reduce falls
• Install shallow-angle stairways in place of
ladders when space permits, and where any
daily elevated access is needed to complete a
task, to help reduce falls
• Utilize hands free volume adjustable
telephone equipment
• Incorporate speech recognition software for
those who have difficulty typing
• Increase task rotation which will reduce the
strain of repetitive motion
• Lower sound system pitches, such as on alarm
systems, as they tend to be easier to hear
• Lengthen time requirements between steps
in a task
• Increase the time allowed for making
decisions
• Consider necessary reaction time when
assigning older workers to tasks
• Provide opportunities for practice and time
to develop task familiarity
In other words, ergonomics is about fitting
the work to fit the worker. When considering
how to accommodate the aging workforce, it is
as important as ever to match job demands to
worker capabilities.
Ergonomics and the
Aging Workforce
Ergonomically correct design accounts for
workers from the 5th percentile female to
the 95th percentile male. By designing jobs
and tasks with aging workers in mind, you’re
making the jobs and tasks safer and more
productive for everyone.
Follow these basic ergonomic principles to
help accommodate an aging workforce:
• Work in neutral postures. Working with
the body in a neutral position reduces stress
and strain on your musculoskeletal system.
• Allow for posture changes. Working in
the same posture or sitting for prolonged
periods of time is bad for you. Your body’s
musculoskeletal (or movement) system is
designed to move. Arrange workstations
and tasks to allow for changing postures.
Movement at any age is especially
important to allow muscles and the body
to refresh.
• Work from the “power zone.” The power
zone is also referred to as the “hand shake
By designing jobs and
tasks with aging workers
in mind, you’re making
the jobs and tasks safer
and more productive
for everyone.
22 THE LEADER vpppa.org
4. zone”—this is an easy way to remember the
optimal location to perform work.
• Provide good lighting. A common issue
with older workers is lighting. Visual acuity
deteriorates with age, so make sure work
areas are properly lit. The typical OSHA
guidelines for lighting may not be enough as
your workforce ages.
• Have a good grip. Providing “power
grips” instead of pinch grips for jobs and
tasks is another ergonomics “low hanging
fruit” to help accommodate aging workers.
Ensure issued PPE also addresses this. Use
gloves with additional grip built in to allow
employees whose grip strength may be
waning, the ability to perform certain tasks.
Following these ergonomic principles will
significantly reduce ergonomic risk factors that
contribute to WMSDs. However, removing
all risk factors that contribute to these injuries
requires a comprehensive approach.
Develop A
Comprehensive Approach
If your goal is to prevent musculoskeletal
injuries and to promote maximum safe
work performance, you need to identify
and remove WMSD risk factors as early as
possible. Companies that understand this
have proactive processes that assess job
tasks and get workers involved before work
is done to proactively mitigate issues. To
remove all WMSD risk factors, you need
a comprehensive process that includes an
ergonomics improvement process, education/
training and early intervention.
The ergonomics improvement process
should be a proactive one that will allow
you to identify ergonomic risk factors early
and then proactively mitigate their affects
by implementing both engineering and
administrative controls to the work process.
Education and training programs motivate
employees to accept responsibility for adopting
healthier work habits and lifestyle choices.
Implement programs that emphasize stretching
and fitness/wellness initiatives that will enhance
the overall wellbeing of the worker. The more
fit the “workplace athlete,” the more efficient
the work product produced, the higher the
quality with reduced errors and the better the
health status of the employee due to lower
injury rates.
Early intervention focuses on improving
employee health through proactive
management of WMSD signs. When early
action is taken to address an employee’s
report of fatigue or discomfort, causative risk
factors can be identified and principles of
prevention can be employed to resolve the
employee’s discomfort.
Conclusion
If you’re preparing for an aging workforce (or
you already have one), it is as important as
ever to be proactive and remember the basics
of WMSD prevention. The wave of an aging
workforce is already here and it is building.
Here are some key takeaways to remember:
• The demographics of the U.S. workforce
are changing rapidly: 10,000 workers turn
65 every day!
• Older workers are valuable workers
and represent a large portion of your
organization’s knowledge and skills.
• The ergonomics process removes barriers
to safe work performance, prevents injuries
and improves business performance. Be
proactive in your approach.
• Designing jobs and tasks for aging workers
benefits all! You keep your knowledge base
longer!
• A comprehensive approach that includes
ergonomics, education and early
intervention is needed to remove all
WMSD risk factors.
Keith Osborne is currently the ergonomist for
Seattle City Light. Previously, he worked as
an HSE Site Lead for Honeywell in Colorado
Springs for 11 years where he built two
OSHA best practice programs (ergonomics
and wellness) that were responsible for
proactively saving HTSI over $23M in four
years. He is responsible for the office and
industrial ergonomics/biomechanics programs
at Seattle City Light and has consulted on
corporate ergonomics and health and wellness
programs on numerous occasions. Keith is a
Certified Ergonomic Assessment Specialist
I/III, Certified Wellness Specialist, Master
Fitness Trainer, Six Sigma Greenbelt, published
author and OSHA Certified Ergonomics
Program Manager. He is also the recipient
of the HTSI HSE President’s Award and the
2014 Honeywell Aerospace Outstanding
Engineer and Innovator Award. Keith holds
two Bachelor of Science degrees in Applied
Management and Business Administration.
Keith has spoken numerous times at the
Region VIII VPPPA Conferences and VPPPA
national conferences as well as the National
Ergonomics Conference and Exposition.
ERGONOMICS AND THE AGING WORKFORCE
Work in
NEUTRAL POSTURES
Allow for
POSTURE CHANGES
Work from the
“HAND SHAKE ZONE”
Provide
GOOD LIGHTING
Have a
GOOD GRIP
23THE LEADER vpppa.org