首页|Fuzzy synthetic evaluation of the critical drivers of UAVs’ deployment for construction in Nigeria

Fuzzy synthetic evaluation of the critical drivers of UAVs’ deployment for construction in Nigeria

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  • NETL
  • NSTL
  • Emerald Group Publishing
© 2024, Emerald Publishing Limited.Purpose: The slow adoption of unmanned aerial vehicles (UAVs) in the construction industry, particularly in developing countries like Nigeria, underscores the need for a deeper understanding of the critical factors influencing their adoption. This study aims to identify these factors using the Technology-Organization-Environment (TOE) framework and address uncertainties in their prioritization through Fuzzy Synthetic Evaluation (FSE). The utility of this approach lies in its ability to provide construction organizations with actionable insights to enhance operational efficiency and competitiveness through effective UAV adoption. Design/methodology/approach: A post-positivist philosophical stance was adopted, wherein quantitative data were gathered from construction professionals in Nigeria via a questionnaire survey. The collected data were analyzed using the Cronbach alpha test as a measure of internal consistency and the FSE test to synthesize critical drivers for the adoption of UAVs. Findings: The study found that drivers related to technology and organization are the most critical drivers. This implies that variables related to technology and organization warrant a higher level of focus if UAVs are to continue gaining popularity within the construction industry. Additionally, this study identified that logistic management, construction monitoring and site surveying represent the most critical areas of UAV application within the construction industry. Practical implications: The emphasis on technology and organizational drivers as critical factors suggests that construction companies should prioritize investments in technology infrastructure and cultivate an organizational culture that embraces innovation. This may involve providing training to construction professionals to enhance their technological skills and fostering a leadership culture that champions technology adoption. Originality/value: This study introduces novelty by applying the TOE framework, which has received limited attention in UAV adoption studies within construction. Additionally, the use of FSE addresses uncertainties in prioritizing critical drivers, particularly relevant in developing countries facing unique technological challenges. By assigning priority to these factors, this research lays the groundwork for a more informed and strategic approach to UAV adoption.

Innovative technologiesSmart technologiesTechnology adoptionTechnology—organization—environmentTraining and developmentUrban development

Aliu J.、Aghimien D.O.、Olumide David O.、Oke A.E.

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College of Engineering Engineering Education Transformations Institute University of GeorgiaCollege of Engineering Engineering Education Transformations Institute University of Georgia||Faculty of Engineering and Built Environment CIDB Centre of Excellence University of Johannesburg||

Department of Civil Engineering Technology Faculty of Engineering and Built Environment University of Johannesburg

Department of Quantity Surveying Federal University of Technology Akure

Department of Quantity Surveying Research Group on Sustainable Infrastructure Management Plus (RG-SIM+) Federal University of Technology Akure

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2024

10.1108/IJIUS-01-2024-0020

International journal of intelligent unmanned systems

International journal of intelligent unmanned systems

ISSN：2049-6427
年,卷(期)：2024.12(4)
  • 57