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A Proposed Quick Response Code System in the Tool Room of Aeronautical Engineering Students of Holy Angel University
Subject area: Science,Engineering and Technology · Area of research: Aeronautical Engineering, Tool Management
Abstract
Aeronautical Engineering, precision and meticulous attention to detail are paramount. Educational environments dedicated to cultivating the skills of future aviation technicians understand the significance of effective tool management. One innovative solution proposed in this study involves integrating a sophisticated QR code system into the tool room infrastructure of aircraft maintenance technology programs. This work proposes an inventory management system that manages stock details with various agents and factors making up the inventory. The respondents are the First- and Second-Year Aeronautical Engineering Students at Holy Angel University for the academic year 2024?2025, as they are the ones who will test the proposed QR code system. Frequency distribution and weighted mean are used to summarize and interpret the data. The results showed that the QR code system provides significant convenience, especially in efficiently accessing information and enhancing accountability through clear records of tool usage, as well as enabling real-time tracking of tool usage and availability. To further improve the QR code system, the researchers recommend enhancing workflow efficiency by making it easy for users to request tools or report issues, streamlining operations and reducing downtime.
Keywords
Aeronautical Engineering, QR Code System, Tool Management, Inventory Management, Real-Time Tracking
References
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How to cite this paper
@article{1708781,
author = {Michael Laurenz G. Escalante, Clarence Darwin S. Estrella, Kristian John C. Libu, Lorinda E. Pascual},
title = {A Proposed Quick Response Code System in the Tool Room of Aeronautical Engineering Students of Holy Angel University},
journal = {Iconic Research And Engineering Journals},
year = {2025},
volume = {8},
number = {11},
pages = {2109-2117},
issn = {2456-8880},
url = {https://www.irejournals.com/formatedpaper/1708781.pdf},
abstract = {Aeronautical Engineering, precision and meticulous attention to detail are paramount. Educational environments dedicated to cultivating the skills of future aviation technicians understand the significance of effective tool management. One innovative solution proposed in this study involves integrating a sophisticated QR code system into the tool room infrastructure of aircraft maintenance technology programs. This work proposes an inventory management system that manages stock details with various agents and factors making up the inventory. The respondents are the First- and Second-Year Aeronautical Engineering Students at Holy Angel University for the academic year 2024?2025, as they are the ones who will test the proposed QR code system. Frequency distribution and weighted mean are used to summarize and interpret the data. The results showed that the QR code system provides significant convenience, especially in efficiently accessing information and enhancing accountability through clear records of tool usage, as well as enabling real-time tracking of tool usage and availability. To further improve the QR code system, the researchers recommend enhancing workflow efficiency by making it easy for users to request tools or report issues, streamlining operations and reducing downtime.},
keywords = {Aeronautical Engineering, QR Code System, Tool Management, Inventory Management, Real-Time Tracking},
month = {May},
}