Optimizing workplace performance by using ESP32 to monitor and enhance environmental quality in smart office solutions

Journal: Journal of Computer Science and Engineering Research (JCSER), Volume:1, Issue:1, Pages: 31-37 Download pdf

Authors: Aseel Habeeb Gatea , Alaa Al-Ibadi , Musaab Alaziz

Date: 12-2024

Abstract: A smart office system based on the ESP32 microcontroller provides an innovative approach to enhancing workplace security, comfort, and operational efficiency. With its efficient processing power, low energy usage, and integrated Wi-Fi and Bluetooth capabilities, the ESP32 serves as the central controller, automating key office functions. This system seamlessly integrates IoT devices—such as occupancy sensors, smart lighting, climate control, and access management—all controlled remotely through a centralized platform. By optimizing energy use and adapting to employee needs, it promotes a flexible and productive work environment. Its scalability allows for implementation in both small offices and large corporate spaces. Leveraging the ESP32’s features, the system enables real-time monitoring and efficient device communication, transforming traditional offices into affordable, energy-efficient, and adaptive smart spaces.

Keywords: Smart office, ESP32, Internet of Things, FID 

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