Design development of solar-powered charging workstation in Technological University of the Philippines, Manila/ Veronica V. Alondres, Camilla S. Millena, and Carmella C. Perez .--

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Alondres, Veronica V [author ]

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TextPublication details: Manila: Technological University of the Philippines, 2023Description: xii, 105pages: 29cmContent type:

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BTH NC 997 A46 2023

Dissertation note: College of Architecture and Fine Arts .-- Bachelor in Graphics Technology major in Industrial Design: Technological University of the Philippines, 2023. Summary: The development of a solar-powered charging workstation is aimed at resolving the problems of limited charging outlets and low battery levels faced by students and faculty in Technological University of the Philippines-Manila (TUP- Manila). Mobile devices are essential in the digital age for daily use, education, and safety, but battery drain can affect academic performance, communication, and safety. The solar-powered workstation design will benefit students and faculty by providing a source of renewable energy, different types of charging outlets, ergonomic tables and benches, and mobility. This study is aimed at increasing productivity and efficiency by utilizing technology for educational purposes and ensuring the safety of users. The researchers have surveyed 52 respondents with relevance to the project. The respondents were categorized into four whereas, (44) students, (1) faculties, (2) working staff, and (5) individuals. The results show that the respondents have a positive perception of the product or project. Workability got the highest weighted mean of 4.42 (High), followed by functionality with a mean score of 4.38 (High). Then, the aesthetic quality got a rating of 4.35 (High). Meanwhile, the safety got a weighted mean of 4.32, also defined as "High". Durability marked a weighted mean of 4.31, interpreted as "High". Ergonomics gained the lowest mean average of 4.30, also interpreted as "High." It only shows that the Design Development of Solar-Powered Charging Workstation in TUP Manila is highly acceptable as a charging workstation with the OVERALL MEAN of 4.34, which was defined as "HIGH".

List(s) this item appears in: CAFA- Graphics Technology

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Holdings
Item type	Current library	Shelving location	Call number	Copy number	Status	Notes	Date due	Barcode
Bachelor's Thesis CAFA	TUP Manila Library	Thesis Section-2nd floor	BTH NC 997 A46 2023 (Browse shelf(Opens below))	c.1.	Not for loan	For library use only		BTH0006885

Bachelor's thesis

College of Architecture and Fine Arts .-- Bachelor in Graphics Technology major in Industrial Design: Technological University of the Philippines, 2023.

Includes bibliographic references and index.

The development of a solar-powered charging workstation is aimed at
resolving the problems of limited charging outlets and low battery levels faced by

students and faculty in Technological University of the Philippines-Manila (TUP-
Manila). Mobile devices are essential in the digital age for daily use, education,

and safety, but battery drain can affect academic performance, communication,
and safety. The solar-powered workstation design will benefit students and faculty
by providing a source of renewable energy, different types of charging outlets,
ergonomic tables and benches, and mobility. This study is aimed at increasing
productivity and efficiency by utilizing technology for educational purposes and
ensuring the safety of users. The researchers have surveyed 52 respondents with
relevance to the project. The respondents were categorized into four whereas, (44)
students, (1) faculties, (2) working staff, and (5) individuals. The results show that
the respondents have a positive perception of the product or project. Workability
got the highest weighted mean of 4.42 (High), followed by functionality with a mean
score of 4.38 (High). Then, the aesthetic quality got a rating of 4.35 (High).
Meanwhile, the safety got a weighted mean of 4.32, also defined as "High".
Durability marked a weighted mean of 4.31, interpreted as "High". Ergonomics
gained the lowest mean average of 4.30, also interpreted as "High." It only shows
that the Design Development of Solar-Powered Charging Workstation in TUP
Manila is highly acceptable as a charging workstation with the OVERALL MEAN
of 4.34, which was defined as "HIGH".

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