Design of an Intelligent Temperature Monitoring Device Based on the Internet of Things (IoT)

With the increasing demand for automated solutions in modern industries and households, temperature control has become a critical factor in maintaining operational efficiency and safety. This study aims to design an intelligent control device based on the Internet of Things (IoT) capable of real-time temperature monitoring for various industrial and household applications. The system is designed to address challenges in temperature control, particularly in environments requiring high precision and continuous monitoring. The device integrates temperature sensors with IoT connectivity, enabling the collection, analysis, and transmission of temperature data to digital platforms such as mobile applications or web-based dashboards. Users can remotely monitor and control temperature conditions and receive notifications when the temperature reaches specific thresholds. This research methodology focuses on the design of hardware and software for an IoT-based temperature control system, as well as the development of a prototype design that can be applied in various operational scenarios. The resulting design is expected to provide an effective solution for temperature management, with potential applications across different sectors, ranging from manufacturing to households. Therefore, this IoT-based intelligent control design is anticipated to contribute to improving efficiency, safety, and convenience in temperature management.