Data Acquisition Board by Using Arduino to Measure Weather Temperature and Humidity

This research delves into exploring the Arduino platform, an open-source hardware and software paradigm recognized for its economic viability and simplified design, capturing significant attention within the technology community. The overarching objective is to construct an embedded device utilizing Arduino capable of tracking environmental variables such as temperature and humidity. The study assesses the functionality of this device across diverse temperature and humidity conditions, leveraging sensors and the Arduino microcontroller. The investigation contributes to the understanding of Arduino's versatility, underscored by its compatibility with various devices and its extensibility through code execution in the Integrated Development Environment (IDE). The research comprises two main sections: a theoretical overview elucidating the essential tools and supplies, and a practical section providing a step-by-step procedural guide for wiring and electronics. Notably, the findings reveal the successful attainment of predefined objectives, with the constructed device effectively delivering real-time information on temperature and moisture content within a building. This research enhances our comprehension of Arduino's applicability in creating cost-effective and efficient embedded devices for environmental monitoring, thereby contributing to the broader landscape of open-source technology applications.