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The Challenges to Implementing Ergonomic Change
From a Manufacturer’s Perspective
Dan Dubblestyne CRSP HS&E Director The Woodbridge Group
The Challenges to Implementing Ergonomic Change
Challenges/Barriers to Implementing Change
Examples/Experiences Suggestions and
Solutions Questions
March 4th, 2008
Challenges and Barriers to Implementing Change
Need to avoid adopting an on-the-fly approach to addressing ergonomic issues
March 4th, 2008
March 4th, 2008
Challenges and Barriers to Implementing Change
Employees not involved in the change process Communication disconnects Many employers simply do not comprehend the term
“ergonomics” Ergonomics still considered by some as “voodoo
science” “Time Study” approach still favoured Ergonomics not considered during the design phase
March 4th, 2008
Challenges and Barriers to Implementing Change Costs can be prohibitive Technology change can
result in loss of jobs Ergonomic assessment
reports often do not specify practical recommendations
Lack of resources/funding/training
Maintenance Psychosocial aspects are
not addressed
March 4th, 2008
Employees Not Involved in the Change Process
Not considered a stakeholder by some employers
Not engaged No formal “Change
Process” in place (seat-of-the-pants approach)
Examples: Re-design of Off-Line
area Introduction of new Fork
Lift Trucks
March 4th, 2008
Communication Disconnects
No consultation with employees affected by change
No formal communication mechanism
Reports of pain and/or injury not adequately analyzed to identify ergonomic flags
Examples: Installation of trim tool
balancers
March 4th, 2008
Comprehension of the term “Ergonomics”
Surprisingly, or not, there are many people out there who are not familiar with the term
Many who have heard it, do not understand the meaning
Example: An acquaintance, a Plant Manager at a small manufacturing facility, who heard the term thought it had a different meaning
March 4th, 2008
Ergonomics as “Voodoo Science”
Still an “elective” subject in most, if not all, Engineering curriculums
Ergonomists and Engineers do not speak the same language
The science behind Ergonomics has been coined by some as “Voodoo Science”
March 4th, 2008
Time Study Approach Still Favoured
An engineering staple, it is often utilized to verify a process design
Mostly considers non-human factors Rarely includes ergonomic factors such as
repetition, force, posture, etc. Example: Line Speed Adjustment on a
Production Assembly Line
March 4th, 2008
Ergonomics Not Considered During Design Phase
If it was, we would likely not even need to have this workshop
Design-level Risk Assessments not a formal requirement in many organizations
Usually considered after the fact – retrofit costs often much higher than design costs
March 4th, 2008
Costs Can Be Prohibitive
Re-engineering is often the recommended/needed solution and may require significant capital expenditure
The cost of a baseline ergonomic assessment can reach a five figure amount very quickly
Example: Production Line redesign costs in excess of $600K A baseline assessment at one of our new facilities was in
excess of $25K
March 4th, 2008
Technology Change Can Result in Loss of Jobs
Often, the only truly effective ergonomic solution is automation
All parties aware of this risk In the lean manufacturing
environment of today’s world, not a simple matter of finding another job for the displaced individual
Example: Installation of a robot to replace the human performing the job
March 4th, 2008
Ergo. Assessment Reports Often Do Not Include Practical Recommendations
Assessment reports identify the ergonomic stressors and potential problems
If recommendations are made, they are often generic, and not entirely practical
Recipient of the report is often left to deal with the issue of what is to be done with the content of the report.
Example: Re-design entire production line and all jobs/tasks within this work space
March 4th, 2008
Lack of Resources/Funding/Training No Health and Safety professional (advocate role) No on-site engineering expertise No budget for health and safety projects Reduced level of Ministry of Labour resources JHSC members do not have adequate level of
training or knowledge Training – Turnover/Expectations are often too high Ergonomics added to the list of responsibilities with
no time allotted to use the acquired training Trainees may not have the necessary technical
capabilitiesMarch 4th, 2008
Maintenance
Established ergonomic assessments once developed, require ongoing maintenance (reviewed as changes occur)
JTA’s/JSA’s/PDA’s also require ongoing maintenance
Maintenance costs may be high as, depending on available resources, this work is farmed out to ergonomists
Example: Out-of-date JSA may result in MOL order on a work refusal
March 4th, 2008
Psychosocial Aspects Not Addressed
How will the plant/organizational culture affect the implementation of change?
How is employee morale ? Are the existing jobs/tasks dysfunctional in
nature (e.g. promotes mental atrophy through non-stimulating work)?
March 4th, 2008
What Can/Should We Do About It?
No easy solution or magic bullet
Swallow in small bites or one big gulp?
March 4th, 2008
What Can/Should We Do About It? Involve employees at all levels Implement sustainable communication
mechanisms (weekly safety talks, ergonomics newsletters or bulletin boards)
Include ergonomics in the mandate of the JHSC, or implement a separate committee
Include employees who perform the jobs/tasks in related design-level risk assessments, and development of JTA’s/JSA’s/PDA’s
March 4th, 2008
What Can/Should We Do About It?
Ergonomic Sciences made a mandatory component of the Engineering and Industrial Technology curriculums
Need more Industrial Engineers/Technicians w/Ergonomic specialization
Existing ergonomic staff part of Engineering – not H&S function
March 4th, 2008
What Can/Should We Do About It?
Increase training (awareness and specific) in a workshop format, where effectiveness is gauged to measure transfer of knowledge
Develop more user-friendly assessment tools – users need to understand the limitations of these tools and what can/should be done with the assessment results
March 4th, 2008
What Can/Should We Do About It?
Key – implement design-level risk assessments on new or significantly modified equipment, machinery or process installations
Pre-Start Review (PSR) may not adequately cover ergonomic design
Risk Assessments are a component of a quality H&S Management System
March 4th, 2008
What Can/Should We Do About It? Project Review Checklist
March 4th, 2008
13
13.1 Has the design or placement of the workstation and/or equipment been assessed/addressed regarding
risk to posture, force, grip, or reach?13.2 Are controls/components easy to reach?
13.3 Are controls, dials, indicators, and message lamps easy to recognize and within the required field of view?
13.4 Is there adequate room for freedom of movement within the work space?13.5 Has anti-fatigue matting been considered in areas where prolonged standing is required?
13.6 Is the level of lighting at the workstation appropriate for the task (i.e. consideration of the quality factors of that lighting, such as glare and brightness)?
13.7 Have tasks with an inherent repetitive motion requirement been studied for engineering improvements or administrative control (e.g. job rotation)?
ERGONOM ICS/WORK STATION DESIGN
What Can/Should We Do About It?
Create a culture of change in the facility (understand current culture, determine mission/vision/values of desired culture, change employee behaviour)
Improve employee morale - design, promote, and implement positive interaction activities throughout the entire employee population
Apply job rotation as a method of stimulation (ensure that it is ergonomically appropriate)
Provide training to complement and increase job knowledge
March 4th, 2008
Summary
Design-Level Risk Assessments Ergo-educated Engineers/Technologists Involve employees Training and education Communication Create a culture of Change
March 4th, 2008
QUESTIONS?
March 4th, 2008