Thesis Bachelor of Science in Computer Engineering University of Rizal System-Morong 2024

During the academic year 2023-2024 in Morong, Rizal, the research study titled "Innovative Technology for Pesticide Detection in Vegetables" was conducted to empower vendors to supply safer and higher-quality vegetables to consumers. This initiative aimed to result in a more sustainable and successful business for vendors by utilizing advanced technology for pesticide detection. The study findings provided valuable insights into enhancing food safety measures within the local vegetable supply chain. The study aimed to develop a modernized approach to pesticide detection in vegetables, focusing on enhancing food safety and quality assurance to ensure healthier produce for consumers. Through rigorous research, new method was explored and tested to achieve this goal. The findings contributed valuable insights into improving agricultural practices and promoting consumer confidence in the safety of vegetable products. The researchers utilized developmental and descriptive research methodologies, employing developmental research to design and construct a cutting-edge pesticide detection device for vegetables. This approach played a vital role in the development process. Additionally, the descriptive method was employed to assess the effectiveness of the pesticide detection device. Twenty (20) end-users from the Morong Public Market and five (5) experts constituted the respondents of this study. The researchers employed a questionnaire checklist to gather the necessary data and assess the functional suitability, efficiency, usability, reliability, and portability of the pesticide detection device. This method facilitated a comprehensive evaluation of the device's performance and usability in real-world settings. The device testing and validation were conducted at Morong Public Market. In terms of system acceptability, it was found out that in terms of functional suitability, efficiency, usability, reliability, and portability, the device obtained a general weighted average of 4.53 from the respondents, which was verbally interpreted as very much acceptable. As a result, the developed system was functional, as it completed the specified goal. The developed device demonstrated high efficacy and practical applicability, affirming its effectiveness in addressing the need for pesticide detection in vegetables. It emerged as a valuable tool in ensuring food safety and quality assurance. These findings underscored the significance of technological advancements in enhancing agricultural practices and safeguarding consumer health. The researchers recommended that future researchers consider alternative sensor technologies to improve pesticide detection in vegetables and enhance the device's design for greater efficiency in its intended purpose. This suggestion likely stemmed from the desire to continually refine and innovate upon the existing technology. Implementing these recommendations could lead to further advancements in agricultural technology and contribute to ensuring food safety for consumers.