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Abstract
Pemiliharaan pesawat terbang merupakan salah satu aspek vital dalam dunia penerbangan. Dalam pelaksanaan kegiatan pemeliharaan diperlukan media atau fasilitas yang dapat mempermudah kerja mekanik. Penelitian bertujuan untuk mengembangkan aplikasi web yang memungkinkan para mekanik dapat mengakses informasi terkait pemeliharaan pesawat terbang. Melalui aplikasi web, mekanik dapat mengkases data maintenance scheduled dan unscheduled menggunakan smartphone atau personal computer (PC) yang telah tersedia di hangar. Metode penelitian berfokus pada perancangan dan pengablikasian program pemeliharaan pesawat terbang perangkat lunak (software). Hasil penelitian menunjukkan bahwa aplikasi web maintenance dengan objek pesawat Tecnam P20067 dapat meningkatkan efesiensi kinerja para mekanik pemeliharaan pesawat terbang. Lebih lanjut, implemetasi aplikasi web terbukti dapat mengurangi resiko human error dalam proses pemeiliharaan.
Aircraft maintenance is a vital aspect in the aviation industry. The implementation of maintenance activities requires media or facilities that can facilitate the work of mechanics. This research aims to develop a web application that enables mechanics to access information related to aircraft maintenance. Through the web application, mechanics can access scheduled and unscheduled maintenance data using smartphones or personal computers (PC) available in the hangar. The research methodology focuses on designing and implementing software-based aircraft maintenance programs. The results show that the web maintenance application with the Tecnam P2006T aircraft as the research object can improve the efficiency of aircraft maintenance mechanics' performance. Furthermore, the implementation of the web application has been proven to reduce the risk of human error in the maintenance process.
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References
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References
Aviation safety network, "global aviation safety report 2023," asn publications, netherlands, tech. Rep. Asn-2023-001, jan. 2023.
Boeing maintenance review board, "aircraft maintenance documentation and digital solutions," boeing commercial aviation, seattle, wa, usa, tech. Rep. Bmrb-2023-15, mar. 2023.
European aviation safety agency, "digital transformation in aircraft maintenance - annual industry report," easa tech. Pub., cologne, germany, rep. Easa.2023.amr.01, jun. 2023.
International aircraft maintenance association, "standards and best practices in modern aircraft maintenance," int. Aircraft maint. J., vol. 15, no. 2, pp. 45-62, apr. 2023.
M. J. Roberts and y. H. Chen, "digital integration in aircraft maintenance: impact on efficiency and error reduction," aerosp. Technol. Rev., vol. 28, no. 4, pp. 312-328, may 2023.
R. K. Taylor and p. S. Thomas, "systematic aircraft maintenance: a comprehensive approach to aviation safety," int. J. Aviat. Eng., vol. 42, no. 3, pp. 178-195, jul. 2023.
R. Charitas, "Mengenal Software for Beginners," Andi Publisher, Indonesia, 2021.
D. Suherman, "Pengujian Blackbox Pada Aplikasi Sistem Seleksi Sales Terbaik Menggunakan Teknik Equivalence Partitions," S.Kom. thesis, Univ. Pamulang, Tangerang Selatan, Indonesia, 2019.
M. Fitria, "Penerapan Metode SCRUM Pada E-Learning STMIK Cikarang Menggunakan PHP Dan MYSQL," S.Kom. thesis, Univ. Panca Sakti, Bekasi, Indonesia, 2021.