Development of automotive tool cabinet management system using iot and rfid technology/ Archie A. Insigne, Charlie B. Chrisostomo, Luis C. Austria III, Manuel L. Bautista III, Mark Archie F. Quinto, Michael June D. Ocay, and Thadeus M. De Torres.--

Bachelor's thesis

College of Industrial Technology.-- Bachelor of engineering technology major in mechanical engineering technology option with automotive technology: Technological University of the Philippines, 2025.

Includes bibliographic references and index.

Traditional Automotive Tool Cabinet, commonly found in educational institutions,
Automotive Shops, and workplaces, rely on conventional lock-and-key mechanisms.
However, these systems present several limitations that hinder flexibility and user
convenience, including being time-consuming, lacking modern features, and offering
limited security. This project addresses the need for a more efficient and user-friendly
alternative to the traditional Automotive Tool Cabinet. The researchers designed and
developed an Automotive tool Cabinet using RFID and IOT system using a prototyping
approach and tested its performance in terms of timeliness. Fifty respondents evaluated the
system standards. The results revealed that unlocking the Automotive tool Cabinet using a
TUP-Manila ID was significantly faster and safer in terms of security and antitheft
technology. Additionally, respondents rated the system as “Very Satisfactory” (x̄ = 4.68),
particularly in functionality (x̄ = 4.80), Aesthetic (x̄ = 4.53), Workability (x̄ = 4.69),
Durability (x̄ = 4.70), Economy (x̄ = 4.68), and Safety (x̄ = 4.69). Overall, this study
provides valuable insights into the Automotive Tool Cabinet System using IOT and RFID
management and introduces a promising solution through an RFID and IOT system. While
the findings are encouraging, further research and refinement are necessary to optimize its
potential fully. The project aims to benefit the school community by offering secure and
efficient storage of Automotive tools solutions.