Integrating Building Information Modelling and Wearable Technologies for Fall-From-Height Management in New Zealand Construction Sites https://doi.org/10.34074/rere.00302
By: Joyce Castillo Indrapriya Kularatne
Abstract
The New Zealand construction sector is considered one of the most hazardous industries, with fall-from-height being one of the most dangerous hazards. Despite health and safety policies, workplace safety is often overlooked. The lack of implementation of safety regulations and a lack of understanding of the hazards on construction sites are contributing factors to the high numbers of fall-from-height incidents. The construction sector has begun adopting technology-based solutions to manage worker safety better. Building Information Modelling and wearable technology have shown promise in improving construction safety management, but it is not yet widely adopted. This research provides insight into the potential benefits of adopting technology-based solutions in the construction sector to improve worker safety and reduce the number of fall-from-height incidents. The research was conducted using various online databases and publications that focused on developing or applying Building Information Modelling and wearable technologies for fall-from-height management in construction.
Keywords:
building information modelling, wearable technologies, fall-from-height, construction safety management, smart helmet, smart vest.