IoT-Enabled Smart Kitchen Safety : Design and Implentation of a Sensor-Based System for Monitoring Kitchen Temperature, Gas, and Smoke /
Aguilar, Andrea Ysabela A.
IoT-Enabled Smart Kitchen Safety : Design and Implentation of a Sensor-Based System for Monitoring Kitchen Temperature, Gas, and Smoke / Andrea Ysabela A. Aguilar, Cristine Mae B. Delgado, Coline A. Manjares, Trixia Nicole O. Monte. - xi, 131 pages : illustrations ; 29 cm. + 1 CD-ROM (4 3/4 in.)
Thesis (Undergraduate)
College of Science --
Includes bibliographical references.
"The study developed an IoT-enabled Smart Kitchen System that enhances safety within the
kitchen space. The system focused on addressing critical aspects of kitchen safety by
detecting different kinds of problems in gas, smoke, air quality and temperature within the
kitchen. The system is composed of an ESP32 which requires Wi-Fi connectivity, MQ-2
sensor for detecting smoke, an MQ-135 for detecting the air quality, an MQ5- for detecting
gas, and a DHT22 for detecting temperature. The system has its own dashboard, allowing
users to perform real-time monitoring. The results of the evaluation justify the
effectiveness, functionality, and features of the system. The system helps the homeowners
by allowing them to monitor the kitchen during cooking activities or monitor it remotely
by receiving alerts via SMS notifications through their mobile phone when the sensors
detect abnormalities. The system provides a user-friendly interface that ensures real-time
monitoring for all homeowners and reduces the chance of hazards which provides a safer
kitchen environment and household that promotes peace of mind for users." - Author's Abstract
Internet of Things (IoT)
BTH T 58.5 / A38 2024
IoT-Enabled Smart Kitchen Safety : Design and Implentation of a Sensor-Based System for Monitoring Kitchen Temperature, Gas, and Smoke / Andrea Ysabela A. Aguilar, Cristine Mae B. Delgado, Coline A. Manjares, Trixia Nicole O. Monte. - xi, 131 pages : illustrations ; 29 cm. + 1 CD-ROM (4 3/4 in.)
Thesis (Undergraduate)
College of Science --
Includes bibliographical references.
"The study developed an IoT-enabled Smart Kitchen System that enhances safety within the
kitchen space. The system focused on addressing critical aspects of kitchen safety by
detecting different kinds of problems in gas, smoke, air quality and temperature within the
kitchen. The system is composed of an ESP32 which requires Wi-Fi connectivity, MQ-2
sensor for detecting smoke, an MQ-135 for detecting the air quality, an MQ5- for detecting
gas, and a DHT22 for detecting temperature. The system has its own dashboard, allowing
users to perform real-time monitoring. The results of the evaluation justify the
effectiveness, functionality, and features of the system. The system helps the homeowners
by allowing them to monitor the kitchen during cooking activities or monitor it remotely
by receiving alerts via SMS notifications through their mobile phone when the sensors
detect abnormalities. The system provides a user-friendly interface that ensures real-time
monitoring for all homeowners and reduces the chance of hazards which provides a safer
kitchen environment and household that promotes peace of mind for users." - Author's Abstract
Internet of Things (IoT)
BTH T 58.5 / A38 2024