Epidemiology-Based Risk Quantification: Transitioning from the 80's and 90's Ergonomic Analysis Tools
Abstract
Technology to capture postures and movements has advanced over the past two decades and has become more affordable and accessible. However, in many instances we are plugging that data in to analysis tools that were developed in the 80’s and 90’s. In this presentation we will discuss the misperceptions and limitation of many traditional ergonomic analysis tools. We will explore a more current and epidemiology-based approach to defining and quantifying ergonomic risk factors and the development of musculoskeletal injuries. We will discuss essential components of the next generation of ergonomic analysis tools and how they can be applied to advancing technology.
Keywords: Ergonomic Risk Analysis, Epidemiology, Physical Ergonomics, Evidence-Based, Analysis Tools
DOI: 10.54941/ahfe1006467
Cite this paper
More from this volume
- Combatting the Heat: Assessing Heat Stress Risks in Aircraft Maintenance Environments
- Influence of Footstep Sounds Induced by Varying Shoe Types and Gait Frequencies on Initial Impressions
- Effects of the Global Pandemic on indoor air quality in dental surgeries: Evaluating practical alternatives to current guidelines and regulations in Scotland.
- Sensory Perception of Surface Textures in Handheld Operational Products: A Case Study of E-Bike Handgrips
- Effects of different humidity levels on the human body in a high-temperature environment at high altitude
- Ergonomic Analysis of drilling hammers in granite mining
- Identification and Empirical Investigation of Movement Strategies for Workstation Design
- Influence of workstation design on intra-rater reliability in sculpting kneading task assessments
- Advancing Research on Workers’ Fatigue in Construction: A Cluster-Based Review
- Standing Balance After Whole-Body Vibration Exposure: Differences Between Tiptoeing and Flat-foot Standing
- Posture analysis of a TV broadcast cameraman: a case study
- The Biomechanics and Epidemiology of Shoulder Injuries: Quantifying the Risk Accurately


AHFE Open Access