Repetitive tasks in construction reduce workers' attentiveness of hazards on sites. This
decline in attentiveness can be influenced by their situation awareness level. However …

The risk of major occupational accidents involving tripping hazards is commonly
underestimated with a large number of studies having been conducted to better understand …

Although several studies have highlighted the importance of attention in reducing the
number of injuries in the construction industry, few have attempted to empirically measure …

Comprehending the cognitive processes underlying hazard identification is crucial for
enhancing worker safety behavior in construction. Recent studies have explored eye …

Construction site accidents can be reduced if hazards leading to accidents are correctly and
promptly detected by employees. Proactive safety measures such as safety perception and …

Eye-tracking technology is an emerging methodology that has the potential to transform
current practices in measuring workers' situation awareness (SA). Since eye movements are …

This paper analyzed how different visual environments (ie, normal, glare, dark, and dusty
environments) affect construction equipment operators' struck-by hazards. To achieve this …

Given the dynamic and complex nature of a construction site, the ability to recognize
hazards in a surrounding environment is highly associated with worker safety. While many …

The construction industry is a high-risk environment with numerous potential hazards,
emphasizing the need for effective hazard recognition to prevent accidents and injuries …

Safety training has long been considered a promising method to enhance workers' hazard
identification skills within construction sites. To improve the effectiveness of safety training …