Development of a Rotating Platform with Built-In Power Extension: A Modern Lazy Susan

Abstract

Introduction

The study focuses on the development of a Rotating Platform with Built-In Power Extension (Modern Lazy Susan) to address common problems associated with multiple electronic devices on tables, such as wire entanglement, limited access to power sources, workspace clutter, and safety hazards. The proposed design combines a rotating platform with a stationary power extension, allowing users to access devices conveniently while preventing cord twisting and tangling. The project aims to improve functionality, safety, efficiency, ergonomics, and workspace organization in homes and offices.

The research is grounded in several theories, including the Technology Acceptance Model (TAM), which emphasizes perceived usefulness and ease of use; Affordance Theory, which promotes intuitive interaction; and Fitts’ Law, which guides the placement of sockets and controls for efficient access. These frameworks support the development of a user-friendly, practical, and widely acceptable product.

The study investigates respondents’ perceptions of the product's usefulness and ease of use, considering demographic factors such as age, course, and year level. It also seeks recommendations for future prototype improvements. The project is significant for users, furniture designers, manufacturers, students, and future researchers because it introduces an innovative furniture solution that integrates technology with traditional design while enhancing convenience and safety.

A review of related literature highlights the importance of usability, ergonomics, user-centered design, and innovation adoption. Concepts from researchers such as Donald Norman, Jacob Nielsen, Fred D. Davis, and Everett Rogers support the idea that products are more likely to be accepted when they are useful, easy to use, intuitive, and provide clear advantages over existing solutions.

The study employed a descriptive survey research design involving 30 furniture-related students from Cebu Technological University. Data were collected through researcher-made questionnaires measuring demographic characteristics, perceived usefulness, and ease of use. Ethical standards, including informed consent, privacy protection, and voluntary participation, were observed throughout the research process.

Findings revealed that most respondents were aged 18–20 years, primarily enrolled in Furniture and Cabinet Making programs. Results showed strong acceptance of the product: 73% rated it as useful or very useful, while 77% considered it easy or very easy to use. Respondents appreciated the rotating mechanism, built-in power outlets, reduced clutter, and modern design. Suggested improvements included increasing durability, using stronger materials, and adding more outlets or USB ports.

Conclusion

This research focused on the development and evaluation of a Rotating Platform with Built-In Power Extension: A Modern Lazy Susan, designed to address common workspace problems such as wire entanglement, limited access to electrical outlets, and disorganized table setups. The study aimed to combine functionality, safety, and convenience into a single innovative furniture product suitable for both home and office use. Grounded in theories such as the Technological Acceptance Model (TAM), Affordance Theory, and Fitts’ Law, the study emphasized usability, efficiency, and user-centered design. These principles guided the development of the prototype to ensure that it is not only functional but also easy and intuitive to use. A descriptive survey research design was employed, involving 30 respondents from furniture-related courses at Cebu Technological University – Main Campus. Data were gathered using a researcher-made questionnaire focusing on demographic profile, perceived usefulness, and ease of use of the product. The findings revealed that the majority of respondents perceived the product positively. Specifically, 73% rated the rotating platform as useful or very useful, while 77% found it easy or very easy to use. These results indicate a high level of user acceptance and satisfaction. Furthermore, no significant differences were found in perceptions when respondents were grouped according to age, course, and year level, suggesting that the product is widely acceptable across different user groups. Feedback from respondents highlighted the product’s strengths, particularly its ability to reduce clutter, improve accessibility, and provide convenience through its rotating mechanism and built-in power extension. However, suggestions for improvement included enhancing durability, using higher-quality materials, and adding more features such as additional outlets or USB ports. Overall, the study concludes that the developed rotating platform is an effective and innovative solution that meets the needs of modern users. It successfully integrates traditional furniture design with technological functionality, contributing to the advancement of smart and ergonomic furniture. The study also recommends further improvements and future innovations to enhance the product’s performance, durability, and applicability in various settings.

Copyright

Copyright © 2026 Dr. Mario B. Pardillo, Elza A. Alburo, Geraldene Mesias, Mary Ann Pepito, Susimae Navidad, Grace Ursal, Irvin Michael Basilgo, Cris Jay A. Dacuscus. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.