Authors: Ricky F. Rivera, Rafael T. Delos Reyes, and Garry M. Cahibaybayan
Abstract: The project aimed to design automated sensored tool cabinet. Specifically, this aimed to (a) determine how effective the design project compare to the common tool cabinet; (b) design an automated sensored tool cabinet as the safeties tool cabinet in the (DIET) Department of Industrial Engineering and Technology; (c) construct an automated sensored tool cabinet. A prototype of an automated sensored tool cabinet was designed and developed. After installation, the designed project was evaluated by the students and faculty members of Department of Industrial Engineering and Technology. The social acceptability of the designed project was evaluated in accordance to its functionality, workability, durability and safety. The automated sensored tool cabinet installed at the Department of industrial engineering and Technology (Display Room) was found to be efficient, economical and safety. The total mean of the entire criteria was 4.82 or “Excellent”, which implies that the designed project is socially functional, workable, durable and safe.
Keywords: Automated Sensored Tool Cabinet, Smart Cabinet
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