Monitoring System for Applied Science Building in Telkom University

Abstract

Close and open spaces have different temperatures, humidity, and pressures. Weather greatly affects the temperature and humidity in buildings. In an open room, breathing will feel more relaxed than in a closed room. Monitoring and controlling system for indoor air quality to keep an eye on the temperature. A room that is too humid will cause a lot of mold on any of the items made of wood. A room that has too many items will make the room feel full and suffocating to the human body. Users must connect sensors, boards, and clouds in a clear and consistent manner. The proof-of-concept performance evaluation for this project was put to the test in both closed and open spaces. The ESP32 microcontroller unit will process the command for detection. This tutorial demonstrates how to measure pressure, temperature, and humidity using a BME280 sensor module connected to an ESP32, and the sensor can be read on the Favoriot platform. The study presented here can be pursued by individuals who want to construct a structure and manage its size and user comfort levels. People who are undertaking activities inside or outside of a cozy environment will feel at home and won't be bothered by other people. It can also be used for people who have breathing difficulties.