Investigation of the Use of Drones by Construction Professionals in Addressing Built Environment Tasks

Wahab Akeem Bolaji, Ojegoke Taoreed Olatunde, Ngwoke Nwora Valentine, O. B. Fatai
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Abstract

An unmanned aerial vehicle (UAV), also called a drone, has been gaining attention globally to solve different tasks. The aim of this study is to assess the awareness and level of adoption of these types of drones by building professionals and the factors limiting their use in the built environment. The study was carried out in Lagos State, in the southwestern part of Nigeria. Data for this research were collected from primary and secondary data sources. Primary data was obtained by administering a questionnaire to the selected building industry professionals, and the collected data were analyzed using both descriptive and inferential statistical techniques. The results showed that structure inspection and photography are the most rated features of drones in addressing built environment tasks, with a mean score (MS) of 4.50, and security surveillance (MS = 3.86) is the least important feature. The level of adoption of drones in addressing built environment tasks was assessed among the professionals, and the results showed that the practice of an emergency response plan and a health and safety plan to reduce the risk of harm and ensure safety on site is considered to be the most important task. The study found that the fixed-wing hybrid drone with an MS of 1.97 is the most commonly used drone type. Lastly, the study showed that lack of public awareness (MS = 4.81) is rated as the most significant factor that limits its use. Few professionals have practically used drones to solve tasks faced in the building industry. Thus, there is a need to further sensitize built environment professionals to the benefits associated with its wider adoption and applications. Also, the importance of drones and their associated managerial and practical implications in solving relevant built environment tasks can be initiated by deepening their relevance in the curriculum of building industry programs at the professional and academic levels.
关于建筑专业人员使用无人机处理建筑环境任务的调查
无人驾驶飞行器 (UAV),也称为无人机,在全球范围内越来越受到关注,以解决不同的任务。本研究旨在评估建筑专业人员对此类无人机的认识和采用程度,以及限制其在建筑环境中使用的因素。研究在尼日利亚西南部的拉各斯州进行。本研究的数据收集自一手和二手数据来源。原始数据是通过向选定的建筑行业专业人员发放调查问卷获得的,收集到的数据使用了描述性和推论性统计技术进行分析。结果显示,结构检测和摄影是无人机在解决建筑环境任务方面最受好评的功能,平均得分(MS)为 4.50,而安全监控(MS = 3.86)是最不重要的功能。对专业人员采用无人机执行建筑环境任务的程度进行了评估,结果显示,为降低伤害风险和确保现场安全而制定应急计划和健康与安全计划的做法被认为是最重要的任务。研究发现,固定翼混合无人机(MS 值为 1.97)是最常用的无人机类型。最后,研究表明,缺乏公众意识(MS = 4.81)被评为限制其使用的最重要因素。很少有专业人员实际使用过无人机来解决建筑行业面临的任务。因此,有必要进一步提高建筑环境专业人员对其广泛采用和应用所带来的益处的认识。此外,可以通过在专业和学术层面的建筑行业课程中深化无人机的相关性,来启动无人机的重要性及其在解决相关建筑环境任务中的相关管理和实际影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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