A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Advanced technologies for enhanced construction safety management: investigating Malaysian perspectives
The global construction industry continues to struggle with safety issues. Although the existing literature suggests that the application of innovative solutions can reduce workplace accidents and improve work safety, the adoption of safety technologies is still limited, particularly in the developing world. This paper aims to investigate the capacity of advanced technologies to enhance safety management and those suited to the Malaysian context. Following a synthesis of the literature, a questionnaire survey was developed comprising 9 potential applications and 15 types of safety technologies. The feedback from 150 local construction professionals was analysed. The leading benefits are related to advancing safety planning, building safety awareness, delivering effective safety training, improving safety inspections and optimising hazard identification. The most salient technologies for safety management are building information modelling (BIM), camera network systems, mobile devices on site, internet of things (IoT) and digital signage. The findings will provide industry practitioners with an increased understanding of the potential of integrating technological solutions into the various tasks associated with construction safety management. This study highlighted the capabilities of advanced technologies that will revolutionise the future of the construction safety landscape and the need for new technology-based policies, procedures, and practices.
Advanced technologies for enhanced construction safety management: investigating Malaysian perspectives
The global construction industry continues to struggle with safety issues. Although the existing literature suggests that the application of innovative solutions can reduce workplace accidents and improve work safety, the adoption of safety technologies is still limited, particularly in the developing world. This paper aims to investigate the capacity of advanced technologies to enhance safety management and those suited to the Malaysian context. Following a synthesis of the literature, a questionnaire survey was developed comprising 9 potential applications and 15 types of safety technologies. The feedback from 150 local construction professionals was analysed. The leading benefits are related to advancing safety planning, building safety awareness, delivering effective safety training, improving safety inspections and optimising hazard identification. The most salient technologies for safety management are building information modelling (BIM), camera network systems, mobile devices on site, internet of things (IoT) and digital signage. The findings will provide industry practitioners with an increased understanding of the potential of integrating technological solutions into the various tasks associated with construction safety management. This study highlighted the capabilities of advanced technologies that will revolutionise the future of the construction safety landscape and the need for new technology-based policies, procedures, and practices.
Advanced technologies for enhanced construction safety management: investigating Malaysian perspectives
Yap, Jeffrey Boon Hui (author) / Skitmore, Martin (author) / Lam, Canwin Guan Ying (author) / Lee, Wah Peng (author) / Lew, Yoke Lian (author)
International Journal of Construction Management ; 24 ; 633-642
2024-04-25
10 pages
Article (Journal)
Electronic Resource
English
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