Investigating Barriers to the Adoption of Innovative Technologies for Health and Safety on Construction Sites

Abstract

Abstract
Purpose– Construction sites are hazardous, exposing workers to frequent risks of injury and illness despite the potential of emerging technologies to improve construction health and safety. However, the adoption of advanced technologies in health and safety remains limited in the construction industry. This study investigates the barriers hindering technological implementation, with the goal of enhancing workers’ health and safety and boosting operational efficiency on sites.
Design/methodology/approach– A quantitative research approach was employed, focusing on gathering numerical data via structured questionnaires to determine the barriers to the adoption of innovative technology in construction. Questionnaires were distributed to 200 construction professionals, including Builders, Civil Engineers, Architects, H&S Officers, and Quantity Surveyors. A convenience sampling technique was utilised to ensure that the required sample was achieved. The data were analysed using descriptive statistics.
Findings – The study reveals that high implementation costs, limited access to training, insufficient collaboration, lack of government support, and low awareness are the key barriers that influence innovative technology adoption in the construction industry in Nigeria.
Conclusion/Theoretical/Social/Practical implications – The findings provide actionable insights for construction stakeholders, policymakers, and training institutions on the critical barriers that must be addressed to enhance the successful adoption of innovative technologies. Targeted interventions could reduce accidents and illnesses, improve worker well-being, and boost project performance.
Originality/value – The study contributes to the body of literature on technology adoption in construction safety by providing empirical evidence on key adoption barriers. It emphasises the need for sustainable strategies and policies that support technological integration within the construction sector