AI Article Synopsis

  • The WRFQ v2.0 is a tool designed to connect a person's health with their ability to fulfill work demands, evaluated through specific factors related to work conditions.
  • A study tested the validity of the WRFQ using data from 2,433 participants across various job types and clinical conditions, confirming that a five-factor model (covering scheduling, output, physical, mental/social, and flexibility demands) fits well.
  • While the five-factor structure remained consistent across different groups, the study suggests using subscale scores for comparisons due to variations in factor loadings among the samples.

Article Abstract

Objective The Work Role Functioning Questionnaire v2.0 (WRFQ) is an outcome measure linking a persons' health to the ability to meet work demands in the twenty-first century. We aimed to examine the construct validity of the WRFQ in a heterogeneous set of working samples in the Netherlands with mixed clinical conditions and job types to evaluate the comparability of the scale structure. Methods Confirmatory factor and multi-group analyses were conducted in six cross-sectional working samples (total N = 2433) to evaluate and compare a five-factor model structure of the WRFQ (work scheduling demands, output demands, physical demands, mental and social demands, and flexibility demands). Model fit indices were calculated based on RMSEA ≤ 0.08 and CFI ≥ 0.95. After fitting the five-factor model, the multidimensional structure of the instrument was evaluated across samples using a second order factor model. Results The factor structure was robust across samples and a multi-group model had adequate fit (RMSEA = 0.63, CFI = 0.972). In sample specific analyses, minor modifications were necessary in three samples (final RMSEA 0.055-0.080, final CFI between 0.955 and 0.989). Applying the previous first order specifications, a second order factor model had adequate fit in all samples. Conclusion A five-factor model of the WRFQ showed consistent structural validity across samples. A second order factor model showed adequate fit, but the second order factor loadings varied across samples. Therefore subscale scores are recommended to compare across different clinical and working samples.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6096509PMC
http://dx.doi.org/10.1007/s10926-017-9722-1DOI Listing

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