A Proposed System to Enhance Laboratory Safety and Efficiency Based On Esp32 Microcontroller

Abdel Hameed Sultan, aziza; عماشة, محمد عبده راغب; أبو جلالة, رانيا

doi:10.21608/sjeud.2024.321135.1053

	A Proposed System to Enhance Laboratory Safety and Efficiency Based On Esp32 Microcontroller
المجلة العلمية لكلية التربية النوعية جامعة دمياط
Volume 2024, Issue 10, December 2024, Page 399-412 PDF (1.58 MB)
Document Type: البحوث العلمية الأصيلة
DOI: 10.21608/sjeud.2024.321135.1053
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Authors
aziza Abdel Hameed Sultan¹; محمد عبده راغب عماشة ²; رانيا أبو جلالة²
¹كلية الترية النوعية
²كلية التربية النوعية جامعة دمياط
Abstract
ABSTRACT Internet of Things (IoTs) is an integrated technology that helps enable innovative services by linking physical and virtual objects, intelligent interaction and machine-to-machine communication between environments, objects and overlapping information technologies, IoTs has found many applications in the fields of medicine, transportation, agriculture, manufacturing and automation. Hence, a smart automation system for a laboratory was created. The system will monitor changes such as temperature, lighting and ventilation conditions, and door and window opening and closing systems. Smart automated laboratory monitoring allows people in any organization to perform their work accurately and comfortably, Automation allows the user to control the laboratory remotely through his phone and also through a motion sensor and determine the actions that should occur based on time or other sensor readings such as light, temperature, humidity or control of doors and windows in the automation network, This reduces human intervention and thus uses energy efficiently and saves time and effort, The proposed system operates on an Esp32 microcontroller as a main control unit. It connects all devices to the smartphone through the Arduino IDE program and the MIT app inventor application via Wi-Fi. Keywords: Esp32- MIT app inventor- Arduino IDE- Proteus IDE-Sensors -Smart Lab-Firebase
Keywords
Esp32; MIT app inventor; Arduino IDE; smartlab; sensor


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