Biomechanical analysis of construction workers has been considerably improved with the
development of wearable sensors. Information delivered by these systems is playing an …

Construction workers executing manual-intensive tasks are susceptible to musculoskeletal
disorders (MSDs) due to overexposure to awkward postures. Automated posture recognition …

Construction workers are commonly subject to ergonomic risks due to awkward working
postures or lifting/carrying heavy objects. Accordingly, accurate ergonomic assessment is …

Construction workers are commonly subjected to ergonomic risks due to awkward postures
and/or excessive manual material handling. Accurate ergonomic assessment will facilitate …

The advent of wearable sensing technologies has produced unprecedented opportunities
for the near real-time collection and analysis of workers' safety and health data. To …

Construction rebar workers face postural ergonomic hazards that can lead to work-related
Lower Back Disorders (LBDs), primarily due to their prolonged awkward working postures …

Human body motions have been analysed for decades with a view on enhancing
occupational well-being and performance of workers. On-going progresses in miniaturised …

Physically demanding and repetitive tasks expose workers to work-related musculoskeletal
disorders (WMSDs). Over the last few decades, various rule-based postural assessment …

Wearable sensing technology offers the opportunity to collect an individual's physical
response data in occupational settings; recent studies highlight the usefulness of such data …

Work-related musculoskeletal disorders (WMSDs) are the leading cause of the nonfatal
injuries for construction workers, and a worker's overexertion is a major source of such …