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Managing an Ergonomics Program

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1993: OSHA Ergonomics Program Management Guidelines for Meatpacking Plants ... National Institute of Occupational Safety and Health hazard evaluations ... – PowerPoint PPT presentation

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Title: Managing an Ergonomics Program


1
Chapter 29
  • Managing an Ergonomics Program

2
Ergonomic Program WMSD
ORGANIZATION
ERGO PROGRAM
HR
Engineering
Ops. Management Workers
Program Elements
3
History of Ergonomics Programs
  • 1993 OSHA Ergonomics Program Management
    Guidelines for Meatpacking Plants
  • 1990s General Duty Clause (5a-1) citations
  • National Institute of Occupational Safety and
    Health hazard evaluations
  • 2000 OSHA Ergonomic Program Standard

4
Development of Ergonomic Standards
  • 2001 Ergonomic Program Standard rescinded
  • Currently there is no federal ergonomics
    standard.
  • OSHA continues to apply General Duty Clause.
  • Some states have workplace ergonomics standards.
  • ANSI provides a voluntary standard (Management of
    Work-Related Musculoskeletal Disorders)

5
The Ergonomics Program as a System
  • To reduce or eliminate potential for disorders.
  • To provide treatment to reduce effects of
    disorders if they occur.
  • Responsibilities depend on size of facility and
    manufacturing vs. service.
  • Activities divide into
  • Human resources
  • Engineering and operations management
  • Workers

6
Human Resource Activities
  • Collecting and maintaining employee information
  • Occupational safety
  • Medical
  • Worker Compensation insurance

7
Engineering
  • Designing, installing, and maintaining workplace
    layout, work methods, tools, and equipment.
  • Process engineering
  • Maintenance
  • Product engineering

8
Operations Management
  • Upper management sets goals and commits
    resources.
  • Production supervisors
  • Have familiarity with process and operators
  • Are first to see problems
  • Have a direct interest in efficiency and health

9
Workers
  • Are directly affected by ergonomics programs.
  • Should be included in problem-solving efforts.
  • Can suggest process improvements.
  • Can detect and report symptoms of disorders early.

10
Program Elements
  • Basic goal is to provide an effective work
    environment that does result in biomechanical
    strain.
  • Depend on size and characteristics of
    organization.
  • Should include some form of all elements
    discussed here.

11
Policies and Procedures Document
  • Provides formal documentation to fulfill OSHA
    requirements.
  • Communicates authority and accountability.
  • Documents allocation of resources.
  • May document improvements and accomplishments.

12
Ergonomics Committee
  • Should be separate from the safety committee.
  • Should have representatives from production,
    safety, medical, human resources, maintenance,
    and engineering.
  • Assist in prioritizing recommendations.
  • Maintain documentation.
  • Ensure periodic reviews of the ergonomics effort.

13
Proactive Measures
  • Integrate ergonomics into the workplace at the
    early stages of process design.
  • Engineers must understand ergonomic implications
    of designs.
  • Organizations can provide feedback to vendors.

14
Worker Involvement
  • Workers can suggest improvements and point out
    hazards.
  • Provide feedback to the worker who makes a
    suggestion.
  • Workers can help document effects of
    modifications.

15
Identification of Problem Jobs Through
Surveillance
  • Passive health surveillance
  • Reviews of OSHA 300 logs
  • Reviews of Workers Compensation insurance files
  • Active health surveillance
  • Ergonomics surveys of workers

16
Identification of Problem Jobs Through Job-Site
Analysis
  • Uses observations, interviews, and measurements
    to address existing operations
  • Goal is to make recommendations to improve
    process as a whole
  • Approaches
  • Mathematical/computer models
  • Qualitative and quantitative checklists
  • Narrative text

17
Checklists
  • Qualitative checklists require categorical
    responses.
  • Quantitative checklists provide a scaled number
    to indicate amount of risk.
  • Checklists can be administered without technical
    understanding of ergonomics.
  • Checklists may seriously misrepresent task
    requirements.

18
Methods of Controlling WMSDs
  • Administrative controls structuring workers
    jobs to reduce exposure to hazards
  • Engineering controls modifying workplace
    design, equipment, and tools
  • Work-practice controls addressing correct
    methods of performing tasks

19
Training
  • Signs and symptoms that indicate MSD might be
    developing
  • Job-related risk factors associated with risk of
    disorders
  • Procedures for addressing disorders, if they occur

20
Medical Management
  • Prevention of disorders or disabilities through
    early detection and treatment.
  • Have individual workers understand early symptoms
    and report when they occur.
  • Have health care providers tour the facility and
    understand task characteristics.

21
Document and Evaluate the Program
  • Periodically review documentation.
  • Keep an ergonomics casebook.
  • Prioritize proposed modifications.
  • Follow up and evaluate to determine effectiveness
    of modifications.
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