Authors :
Caay Cymon Patrick; Montales Mark Titus; Pajayao Harvey; Perez Izagani; Cedie E. Gabriel; Reginald S. Prudente
Volume/Issue :
Volume 10 - 2025, Issue 5 - May
Google Scholar :
https://tinyurl.com/mhbhyhkh
DOI :
https://doi.org/10.38124/ijisrt/25may559
Note : A published paper may take 4-5 working days from the publication date to appear in PlumX Metrics, Semantic Scholar, and ResearchGate.
Abstract :
The investigation used a student registration system, discovering consistent comments through five core themes:
design, performance, functionality, completing tasks, and ideas for enhancement. Users mentioned the visual presentation
of the system made them feel old-fashioned and in need of trendy appeal. While some felt simplicity and natural ease of
navigation was a boon, many experienced too basic and incomplete an interface requiring more clearer and visually
attractive content to make navigating and utilizing more efficient. System performance became the most noted concern, as
constant references were made to lag, slow reaction time, and the system freezing sometimes. All this hindered the efficiency
of tasks and left the users frustrated. Even so, users said that once responsiveness returned to the system, using the system
to navigate and complete tasks was actually seamless, which displayed the efficiency the system possessed once optimized.
Users identified the utility of some features like search and filtering but identified a few improvements that could be made,
such as improved error prevention, improved control responsiveness, and making the interface customizable. Proposals to
improve included a complete UI overhaul, feature improvements like the ability to edit and the addition of notifications, and
personalizing the interface. In general, the results show a strong requirement for balancing performance, functionality, and
aesthetics to provide a more efficient and user-friendly registration process. digital platforms, contributing to improved user
experiences and overall system effectiveness in library management.
Keywords :
Solar Drying, IoT-Based Automation, Weather Monitoring, Drying Mechanism, Conveyor System.
References :
- C. N. Ugwu and V. Hyginus, “Qualitative Research” (2023). https://www.researchgate.net/publication/367221023_Qualitative_Research
- S. K. Ahmed, “Sample Size for Saturation in Qualitative research: debates, definitions, and Strategies” (2024). https://www.sciencedirect.com/science/article/pii/S2949916X24001245
- S. Purandare and R. Patil, “HANDLE WITH ML: OPEN ENDED QUESTIONNAIRE FOR QUALITATIVE RESEARCH” (2023). https://ijamrsd.com/wp-content/uploads/2023/04/JAMRSD-02-02-2023_3.pdf
- S. Dawadi, “Thematic Analysis approach: a Step by Step Guide for ELT Research Practitioners” (2020). https://files.eric.ed.gov/fulltext/ED612353.pdf
- Alzayed and B. Alghannam, “User Experience Evaluation of a Student Information System” (2022).https://www.researchgate.net/publication/360570199_User_Experience_Evaluation_of_a_Student_Information_System
- R. Pushpakumar et al., 2023, “Human-Computer Interaction: Enhancing User Experience inInteractive Systems”. https://www.researchgate.net/publication/372338908_Human-Computer_Interaction_Enhancing_User_Experience_in_Interactive_Systems
- “Banner Registration System Upgraded to Improve Student Experience | News Center,” Georgia
- Tech News Center, 2022. https://news.gatech.edu/news/2022/03/14/banner-registration-system-upgraded-improve-student-experience
- Manno Notermans, “Improving the Student Application Process Through UX Design” (2025).https://www.thinkorion.com/blog/how-to-improve-the-ux-of-your-enrollment-application
- S. Team, “Unlock the Secret to Amazing UX Enhancements Today” (2025). https://1902software.com/design/resources/ux-enhancements/
- Redalkemi, “The importance of optimized UI/UX designs” (2024). https://redalkemi.com/blog/ui-ux-design/
The investigation used a student registration system, discovering consistent comments through five core themes:
design, performance, functionality, completing tasks, and ideas for enhancement. Users mentioned the visual presentation
of the system made them feel old-fashioned and in need of trendy appeal. While some felt simplicity and natural ease of
navigation was a boon, many experienced too basic and incomplete an interface requiring more clearer and visually
attractive content to make navigating and utilizing more efficient. System performance became the most noted concern, as
constant references were made to lag, slow reaction time, and the system freezing sometimes. All this hindered the efficiency
of tasks and left the users frustrated. Even so, users said that once responsiveness returned to the system, using the system
to navigate and complete tasks was actually seamless, which displayed the efficiency the system possessed once optimized.
Users identified the utility of some features like search and filtering but identified a few improvements that could be made,
such as improved error prevention, improved control responsiveness, and making the interface customizable. Proposals to
improve included a complete UI overhaul, feature improvements like the ability to edit and the addition of notifications, and
personalizing the interface. In general, the results show a strong requirement for balancing performance, functionality, and
aesthetics to provide a more efficient and user-friendly registration process. digital platforms, contributing to improved user
experiences and overall system effectiveness in library management.
Keywords :
Solar Drying, IoT-Based Automation, Weather Monitoring, Drying Mechanism, Conveyor System.
