Earthwork Volumetric Estimation Via Unmanned Aerial System Application: Perception From Penang Contractors

IF 0.6 Q3 ENGINEERING, MULTIDISCIPLINARY
Norsyakilah Romeli, Aimee Atikah Zakaria, Faridah Muhamad Halil, Muhammad Aizat Afiq Abd Ghapar, Nurfadzillah Ishak
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Abstract

Despite the geospatial potential of Unmanned Aerial System, its application in the construction industry is still at an early stage and limited exposure on the application. A survey was conducted to identify the factor of utilization level, their difficulties, as well as the perception associated with this technology. Responses from the Penang Contractors showed that the most common utilization factor is cost expectancy and limited payload and battery life, sensitivity to weather, as well as large volume of the generated data and data loss, as difficulties to utilizing UASs in earthwork volumetric estimation during preliminary stage, deployment stage and post-deployment stage respectively. This study also used a qualitative technique, in which data were gathered via interviews with a contractor. Participant consider all variables affecting the perception except project requirements. By understanding UAS utilization in construction, this study offers a pathway for researchers and professionals to investigate utilization factors, difficulties, and perceptions that may have the most impact on Malaysia’s construction industry. These barriers to UAS utilization in Malaysia’s construction industry will not preclude its use. However, government assistance is critical in encouraging the use of UAS and increasing public awareness in the construction industry.
通过无人机系统应用估算土方体积:来自槟城承包商的感知
尽管无人机系统具有地理空间潜力,但其在建筑行业的应用仍处于早期阶段,在应用上的曝光有限。进行了一项调查,以确定利用水平的因素、他们的困难以及与这项技术有关的看法。槟城承包商的回应显示,最常见的利用因素是成本预期和有限的有效载荷和电池寿命,对天气的敏感性,以及大量生成的数据和数据丢失,这些都是在初步阶段、部署阶段和部署后阶段分别在土方体积估算中使用UASs的困难。本研究还使用了定性技术,其中通过与承包商的访谈收集数据。参与者考虑所有影响感知的变量,除了项目需求。通过了解UAS在建筑中的应用,本研究为研究人员和专业人士提供了一个途径,以调查可能对马来西亚建筑行业产生最大影响的利用因素、困难和看法。马来西亚建筑行业使用无人机系统的这些障碍不会妨碍其使用。然而,政府援助在鼓励使用无人机系统和提高公众对建筑行业的认识方面至关重要。
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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来源期刊
Jurnal Kejuruteraan
Jurnal Kejuruteraan ENGINEERING, MULTIDISCIPLINARY-
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16.70%
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审稿时长
24 weeks
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