Many of us have the daily challenge of helping employees get their best fit at work so they can resolve musculoskeletal discomfort and become more productive. Recent research, and much experience, tells us that simply providing equipment with ergonomic features may not be enough. In this reprint from The Ergonomics Report, Gene Kay provides practical, actionable advice for office ergonomics practitioners.

In this study University of Alberta, Canada based researchers Osis, Worobets and Stefanyshyn set out "to examine ground kinetics early in stance while walking on a contaminated surface and assess the potential of kinetics to quantify risk of slipping." The authors indicate that previous research has focused primarily on what is referred to as the utilized coefficient of friction (UCoF) between the floor surface and the foot/shoe interface. This study, which focused on the very early stages of a slip, immediately following heel-strike, suggests shear force may be a better measure, and therefore predictor, of a slip/fall accident.

Researchers developed a problem reporting system framework that dramatically improved the number and quality of problem reports, allowing the hospitals to better understand and address patient, staff and process problems rooted in human factors/ergonomics. This article, reprinted with permission from The Ergonomics Report, reviews the research and summarizes the application benefits for hospitals that take the same or a similar proactive improvement approach.

Touch screen tablet or slate computers are becoming ubiquitous and are being widely used for both work and recreational purposes. Because the input (touch) is integrated with the display (screen) users are experiencing different biomechanical strain than with traditional desktop computing. In this reprint from The Ergonomics Report Archives, contributor Gene Kay reviews a 2012 Harvard study that looks at head and neck postures common to tablet computer use, and concludes with some ergonomic recommendations for practitioners.