Multiple remote control convenience outlet system Julian Paulo P. Aragones...[et.al].

Thesis (Bachelor of Technology major in Electrical Technology) -- University of Rizal System-Morong.

EXECUTIVE SUMMARY: This study aimed to develop a Multiple Remote Control Convenience Outlet System. It was conducted in University of Rizal System, Morong during School Year 2016-2017. The device was constructed out of locally available materials. There were, fifty (50) respondents, ten (10) Professors in Electrical Technology as experts and forty (40) fourth year students from Bachelor of Technology as end users. It was evaluated in terms of usefulness, safety and maintenance, durability, and functionality. The data gathered in the study were statistically treated using qualitative description, weighted mean, and t-test. The multiple Remote Control Convenience Outlet System was tested for operation where troubles were observed and revised. Through try-out and revisions made, the project reached the functional output and attained the project objectives. On the acceptability of the developed device; in terms of usefulness, as evaluated by the end users and experts, both achieved a computed weighted mean of 4.6 with verbal interpretation of Extremely Accepted. In term of safety and maintenance, as evaluated by the experts, it achieved a verbal interpretation of Extremely Accepted having a computed weighted mean of 4.7. Likewise, the end users evaluated the developed device as Extremely Accepted having a computed weighted of 4.6. In terms of durability, as evaluated by the experts, it also achieved a verbal interpretation of Extremely Accepted having a computed weighted mean of 5.0. On the other hand as perceived by the end users, got a computed weighted mean of 4.6 and is verbally interpreted as Extremely Accepted. In terms of functionality, as evaluated by the experts, it achieved a verbal interpretation of extremely accepted, with computed weighted mean of 4.8. The end users likewise got Extremely Accepted with a computed weighted mean of 4.6. The null hypothesis stated that there is no significant difference on the evaluation made by the experts and end users on the acceptability of the multiple remote control convenience outlet system in terms of usefulness, safety and maintenance, durability and functionality is accepted, therefore not significant. It was concluded that the Multiple Remote Control Convenience Outlet System was designed and constructed out of locally available materials and it was Extremely Accepted as evaluated by the experts and end users in terms of usefulness, safety and maintenance, durability and functionality. Based on findings and conclusion, the recommendations were hereby offered; Utilization of the developed device and provision for mass production are suggested; A User's Guide/Operation Manual must be made for easy use of the End-users; The device can be remodeled in the future through a parallel study.