This research investigates the readiness and transition towards Smart Construction Technologies (SCTs) in the construction industries of New Zealand and Vietnam.
Sustainable practices within organisations have been the focus of numerous studies in recent years.
New Zealand’s transport network is increasingly vulnerable to rainfall-induced landslides due to its steep terrain, active tectonics, and intensifying rainfall linked to climate change.
Silicosis has been recognised as an occupational hazard for centuries, with historical accounts dating back to Roman times.
This project outlines a pioneering research initiative designed to develop a human-centric change management model specifically tailored for the construction industry.
The construction industry is at a pivotal moment in its evolution towards more sustainable practices, with the adoption of the circular economy model – a promising pathway to environmental sustainability and resource efficiency.
The construction industry is known for its physically demanding work and high safety risks. However, the mental health and wellbeing of the workforce in this industry are equally important but often neglected.
The construction industry is traditionally male-dominated, and promoting diversity and inclusion in the workforce is vital.
Detailed spatial soil property information is vital for sustainable land use management. Application of soil property data spans fields as diverse as civil/structural engineering, agriculture, climate system studies, environmental monitoring and land use policy and decision-making.
The research addresses the complex challenges of regulatory framework and paperwork requirements for offsite construction projects in New Zealand.
An investigation of the relationship between managerial decisions and complex construction operations.