Abstract

BackgroundMasons have the highest rate of overexertion injuries among all construction trades and rank second for occupational back injuries in the United States. Identified ergonomic solutions are the primary method of reducing exposure to risk factors associated with musculoskeletal disorders. However, many construction workers lack knowledge about these solutions, as well as basic ergonomic principles. Construction apprentices, as they embark on their careers, are greatly in need of ergonomics training to minimize the cumulative exposure that leads to musculoskeletal disorders. Apprentices receive safety training; however, ergonomics training is often limited or non-existent. In addition, apprenticeship programs often lack “soft skills” training on how to appropriately respond to work environments and practices that are unsafe. The SAVE program – SAfety Voice for Ergonomics – strives to integrate evidence-based health and safety training strategies into masonry apprenticeship skills training to teach ergonomics, problem solving, and speaking up to communicate solutions that reduce musculoskeletal injury risk. The central hypothesis is that the combination of ergonomics training and safety voice promotion will be more effective than no training or either ergonomics training alone or safety voice training alone.Methods/designFollowing the development and pilot testing of the SAVE intervention, SAVE will be evaluated in a cluster-randomized controlled trial at 12 masonry training centers across the U.S. Clusters of apprentices within centers will be assigned at random to one of four intervention groups (n = 24 per group): (1) ergonomics training only, (2) safety voice training only, (3) combined ergonomics and safety voice training, or (4) control group with no additional training intervention. Outcomes assessed at baseline, at the conclusion of training, and then at six and 12 months post training will include: musculoskeletal symptoms, general health perceptions, knowledge of ergonomic and safety voice principles, and perception and attitudes about ergonomic and safety voice issues.DiscussionMasons continue to have a high rate of musculoskeletal disorders. The trade has an expected increase of 40 % in the number of workers by 2020. Therefore, a vetted intervention for apprentices entering the trade, such as SAVE, could reduce the burden of musculoskeletal disorders currently plaguing the trade.Trial registrationClinicalTrials.gov Identifier: NCT02676635, 2 February 2016

Highlights

  • Introduction to ergonomicsIntroduction to safety voiceAnatomy and neutral posturesRights and responsibilitiesCumulative traumaWhat’s the Issue? Awkward postures Get advice Lifting Choose your goalProlonged and repetitive activities Communicate

  • As trade workers embarking on their career, apprentices need ergonomics training in order to recognize and minimize the cumulative exposure that leads to musculoskeletal disorder (MSD), which may shorten their career and increase the likelihood of permanent disability

  • Masons have the highest rate of overexertion injuries among all construction trades, the highest rate of repetitive bending and twisting, and exceed the construction industry average for nonfatal injuries resulting in time away from work [3]

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Summary

Discussion

Masons have the highest rate of overexertion injuries among all construction trades, the highest rate of repetitive bending and twisting, and exceed the construction industry average for nonfatal injuries resulting in time away from work [3]. The SAVE project develops and tests an innovative approach to ergonomics and safety voice training that currently does not exist in the masonry trade or the construction industry. The major strengths of our study are the use of blended learning methods, and the engagement of masonry instructors and the Masonry r2p Partnership in the SAVE project to develop and broadly disseminate a relevant apprenticeship training program. Another strength is the use of a cluster-randomized controlled trial design to accommodate regional training center differences, as well as a repeated measures design to evaluate the change in knowledge, attitudes and beliefs, and behaviors of the apprentices over time.

Background
Methods/design
Introduction to safety voice
Findings
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