Anda, John Paolo T.  <br/><br/>
Development Of Modular Poultry Cage With Iot-based Monitoring And Controlling System/ 
John Paolo T. Anda, Mark Vincent B. Bulawan, Lorence A. Ecle, Rianna Corene M. Tan and Ramon Christopher D. Vergara.-- 
 - Technological University Of The Philippines, Manila.  2024 
 - xi, 138 pages.  29 cm 
<br/><br/> Bachelor's thesis 
<br/><br/>College of Industrial Technology.-- 
<br/><br/>Includes bibliographic references and index. 
<br/><br/> The researcher's inspiration in conducting this study is the communities having poultry<br/>farming that utilizes conventional methods commonly found in non-residential areas. Due<br/>to restrictions, visitors are not always permitted to enter because of Biosecurity and<br/>restrictions that affect health and productivity. Poultry Farming, especially chickens, can<br/>be challenging during the dry season due to unregulated temperature and humidity levels,<br/>which results in increased mortality. In order to address this issue, a conducting study was<br/>conducted to develop a Modular Poultry Cage with an IoT-Based Monitoring and<br/>Controlling System that improves the traditional cages while regulating fans and lights,<br/>monitors environmental conditions, and assists with manual labor. The cage has an<br/>improved design that enables the poultry owner to assemble and disassemble the parts of<br/>the cage. It enhances the portability and its modularity. An IoT mobile application was<br/>utilized to control NodeMCU devices through the internet. The NodeMCU ESP32<br/>firmware monitors and manages the temperature, humidity, water level, and lighting. The<br/>system also uses a DHT22, a sensor that monitors temperature and humidity inside the<br/>chicken house. An ultrasonic sensor reads the feeder and drinker's container level for feed<br/>and water. Since environmental parameters are critical, the system is innovative and<br/>applicable to agriculture. The ISO/IEC 25010 evaluation tool was used to assess the<br/>system's features, such as its functionality, reliability, safety, durability, maintainability,<br/>portability, usability, and efficiency. The overall average score obtained was 4.56, which<br/>is considered "Very Acceptable" based on the descriptive rating of the Likert scale. 
<br/><br/><label>Subjects--Topical Terms: </label><br/>Computer Engineering Technology<br/>Monitoring And Controlling System
<br/><br/><label>LC Class. No.: </label>BTH QA 76.9   / A53 2024