Analysis of the Influence of Human Activity and Weather on Open Space Areas

Abstract

An open area within a building is referred to as a "open space area" and is typically found in office or academic buildings. In the analysis of changes in variables like temperature, humidity, and pressure driven by weather and human activity in open space regions, health and occupant comfort are given specific consideration. The purpose of the study is to comprehend how climate change and human activity will impact open space area temperature. Besides that, this project is to determine whether human activities and weather significantly affect the room temperature, humidity, and pressure using BME280 sensor in every 14 seconds. A prototype for real-time data collection using IoT technology for monitoring the quality of air will be created. It required to operate both software and hardware. For software, it requires MicroPython program, uPyCraft IDE, and Favoriot Cloud Platform, while for hardware, it requires devices such as BME280 sensors, ESP32, and Project Boards. The result shows that when the temperature is higher, the humidity and the pressure are lower, depending on the changes in the weather and human activities. This technology is anticipated to monitor the weather on open space areas for human activity.