UBC Faculty Research and Publications

Self-reported work patterns and work-related injuries amoung high school students in British Columbia… Koehoorn, M.; Breslin, C. Oct 31, 2003

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Self-reported Work Patterns and Work-related Injuries among High School Students in British Columbia Koehoorn M1 2, Breslin C2 3 1 Department of Health Care & Epidemiology, University of British Columbia, Vancouver Canada; 2 Institute for Work & Health, Toronto Canada; 3 Department of Public Health Sciences, University of Toronto, Toronto Canada DISCUSSION • The self-reported rate of 19.7 injuries per 100 FTEs for the survey population (ages 14-18 years) compares to the BC provincial claim rate of 3.6 claims per 100 FTEs (ages 15-24 years) for the same year. • Differences between the survey injury rate and the provincial claims rate may be as a result of the survey capturing informal worksites not covered by the compensation system (e.g. farms) and all injuries regardless of compensation status; and the use of broader definitions of medical attention and absence from work/school. • The survey provided an opportunity to estimate youth-sensitive measures of work hours for calculating injury rates, as opposed to estimates of FTEs using total payroll and average industry salaries for calculating claim rates. • The survey provided a useful tool for broader surveillance and research into exposure time at work, and the prevalence of workplace injures among youth. This research was supported in part by Scholar Award through the Michael Smith Foundation for Health Research. Survey Characteristic Survey Population (n=3061) Working Population (n=1710) Injury Population (n=468) Reportable Injury † Population (n=50) Mean Age 15.7 years 15.7 years 15.8 years 15.8 years % Female 50.6% 50.6% 44.0% 38.0% % Grade 10 (vs. Grade 11) 49.3% 44.1% 40.3% 44.0% Region Prince George East Vancouver West Vancouver 26.3% 50.0% 23.7% 35.8% 41.5% 22.7% 41.1% 44.5% 13.4% 56.0% 30.0% 14.0% Figure 1:  Average self-reported hours of work per week in the summer and the school year RESULTS – WORK PATTERNS 0 5 10 15 20 25 30 Av era ge Fe ma le Ma le Gr ad e 1 0 Gr ad e 1 1 P. Ge or ge Ea st Va n We st Va n M e a n  H o u r s Summer School Year Types of Work Reported by Students* : • Child Care 42.7% • Food Services:  26.5% • Retail:  21.1% • Office/Clerical:  16.3% • Parks & Recreation:  15.8% • Construction:  11.2% • Factory:  7.8% • Odd Jobs:  7.5% • Farming and Related:  7.0% • Arts and Entertainment:  5.7% • News Media:  5.6% • Other:  2.3% *Students report multiple jobs per year STUDY POPULATION Ov er all Fe ma le Gr ad e 1 0 Gr ad e 1 1 P.  G eo rg e Ea st Va n. W es t V an . Ma le Types of Injuries Reported by Students*: • Cuts:  65.5% • Bruises/contusions 49.8% • Burns:  45.3% • Strains and sprains: 24.3% • Back injury:  18.1% • Bites:  11.1% • Head Injury:  7.4% • Fractures/dislocations:  4.0% • Other: 7.6% * Students report multiple injuries per year RESULTS – WORK-RELATED INJURIES Figure 2:  Work-related Injury Rates† per 100 Full Time Employees by Demographic Characteristics 0 5 10 15 20 25 30 I n j u r i e s  p e r  1 0 0  F T E s † Based on Injuries resulting in medical attention and work/school absence †Medical Attention and Work./School Absence INTRODUCTION • The purpose of this study was to conduct a survey of high school students in British Columbia to describe self-reported patterns of work and to calculate work-related injury rates. • Lost-time workers’ compensation claim data indicate an increased risk of injury among young workers. Claims indicators likely provide an incomplete picture of work injuries among youth.  The use of additional data sources, such as surveys, can address the following issues: • Youth sensitive estimates of exposure time at work for a transient workforce • Underreporting of injuries to compensation systems by inexperienced and vulnerable workers • Work-related injuries with health and work consequences beyond those resulting in compensated lost-time METHODS • Cross sectional survey of Grade 10 and 11 students, administered in the fall of 2001 and the spring of 2002. • Random, stratified sample of schools in three districts of British Columbia:  East Vancouver (4 schools), West Vancouver (2 schools) and Prince George (7 schools). • Students reported on work for pay in the past 12 months, types of work (e.g. retail, food), work-related injuries (e.g. burns, sprains) and injury consequences (medical attention, work/school absence). • Exposure time at work was estimated by summing the product of self- reported weeks of work and hours per week for both the school year and the summer. • Injury rates (injuries/100 full time employees) were calculated using injuries resulting in both medical attention and absence from work/school.


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