Alondres, Veronica V.  <br/><br/>
Design development of solar-powered charging workstation in Technological University of the Philippines, Manila/  
Veronica V. Alondres, Camilla S. Millena, and Carmella C. Perez .-- 
 - Manila:   Technological University of the Philippines,   2023 
 - xii, 105pages:   29cm.  
<br/><br/> Bachelor's thesis 
<br/><br/>College of Architecture and Fine Arts .-- 
<br/><br/>Includes bibliographic references and index. 
<br/><br/> The development of a solar-powered charging workstation is aimed at<br/>resolving the problems of limited charging outlets and low battery levels faced by<br/><br/>students and faculty in Technological University of the Philippines-Manila (TUP-<br/>Manila). Mobile devices are essential in the digital age for daily use, education,<br/><br/>and safety, but battery drain can affect academic performance, communication,<br/>and safety. The solar-powered workstation design will benefit students and faculty<br/>by providing a source of renewable energy, different types of charging outlets,<br/>ergonomic tables and benches, and mobility. This study is aimed at increasing<br/>productivity and efficiency by utilizing technology for educational purposes and<br/>ensuring the safety of users. The researchers have surveyed 52 respondents with<br/>relevance to the project. The respondents were categorized into four whereas, (44)<br/>students, (1) faculties, (2) working staff, and (5) individuals. The results show that<br/>the respondents have a positive perception of the product or project. Workability<br/>got the highest weighted mean of 4.42 (High), followed by functionality with a mean<br/>score of 4.38 (High). Then, the aesthetic quality got a rating of 4.35 (High).<br/>Meanwhile, the safety got a weighted mean of 4.32, also defined as "High".<br/>Durability marked a weighted mean of 4.31, interpreted as "High". Ergonomics<br/>gained the lowest mean average of 4.30, also interpreted as "High." It only shows<br/>that the Design Development of Solar-Powered Charging Workstation in TUP<br/>Manila is highly acceptable as a charging workstation with the OVERALL MEAN<br/>of 4.34, which was defined as "HIGH". 
<br/><br/><label>Subjects--Topical Terms: </label><br/>Graphics technology--industrial design <br/>Solar power
<br/><br/><label>LC Class. No.: </label>BTH NC 997  / A46 2023