Automated safety system for air pollution detection via android / Ahmad Badrun Amin Samsul Kamal and Muhammad Daneal Hakim Mohd Adli

This project presents a system of Automated safety system for air pollution detection via android which can be controlled and monitored using a mobile phone based on the concept of Internet of Things (loT) namely Blynk application. The system monitors the indoor environment periodically and can be c...

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Main Authors: Samsul Kamal, Ahmad Badrun Amin, Mohd Adli, Muhammad Daneal Hakim
Format: Student Project
Language:English
Published: 2019
Subjects:
Online Access:https://ir.uitm.edu.my/id/eprint/66532/1/66532.pdf
https://ir.uitm.edu.my/id/eprint/66532/
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spelling my.uitm.ir.665322022-09-13T06:15:01Z https://ir.uitm.edu.my/id/eprint/66532/ Automated safety system for air pollution detection via android / Ahmad Badrun Amin Samsul Kamal and Muhammad Daneal Hakim Mohd Adli Samsul Kamal, Ahmad Badrun Amin Mohd Adli, Muhammad Daneal Hakim Human engineering Mechanics of engineering. Applied mechanics Security systems Information display systems Data transmission systems Electronics Apparatus and materials Semiconductors Detectors. Sensors. Sensor networks Microelectromechanical systems Information display systems Scanning systems Computer engineering. Computer hardware This project presents a system of Automated safety system for air pollution detection via android which can be controlled and monitored using a mobile phone based on the concept of Internet of Things (loT) namely Blynk application. The system monitors the indoor environment periodically and can be controlled using a Smart Phone. Proposed system consists of air quality sensors (MQ135) that are capable of detecting multiple gases such as alcohol, Smoke, CO2 etc. levels in the kitchen and notifies the user if air pollution detected. A simple buzzer is interfaced to notify warning notification to indoor user when gas leakage occurs. This system is implemented using Nodemeu, which uses a database to store the air values and which can be accessed through the smart phone. The system is more efficient and safety by creating automatic window’s kitchen and fan to enable harmful gas to out through window. With the advancement of technology, user can get air information easily and control the window and fan to keep environment clean using loT anytime and anywhere as long as there is internet connection. 2019 Student Project NonPeerReviewed text en https://ir.uitm.edu.my/id/eprint/66532/1/66532.pdf Automated safety system for air pollution detection via android / Ahmad Badrun Amin Samsul Kamal and Muhammad Daneal Hakim Mohd Adli. (2019) [Student Project] (Submitted)
institution Universiti Teknologi Mara
building Tun Abdul Razak Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Teknologi Mara
content_source UiTM Institutional Repository
url_provider http://ir.uitm.edu.my/
language English
topic Human engineering
Mechanics of engineering. Applied mechanics
Security systems
Information display systems
Data transmission systems
Electronics
Apparatus and materials
Semiconductors
Detectors. Sensors. Sensor networks
Microelectromechanical systems
Information display systems
Scanning systems
Computer engineering. Computer hardware
spellingShingle Human engineering
Mechanics of engineering. Applied mechanics
Security systems
Information display systems
Data transmission systems
Electronics
Apparatus and materials
Semiconductors
Detectors. Sensors. Sensor networks
Microelectromechanical systems
Information display systems
Scanning systems
Computer engineering. Computer hardware
Samsul Kamal, Ahmad Badrun Amin
Mohd Adli, Muhammad Daneal Hakim
Automated safety system for air pollution detection via android / Ahmad Badrun Amin Samsul Kamal and Muhammad Daneal Hakim Mohd Adli
description This project presents a system of Automated safety system for air pollution detection via android which can be controlled and monitored using a mobile phone based on the concept of Internet of Things (loT) namely Blynk application. The system monitors the indoor environment periodically and can be controlled using a Smart Phone. Proposed system consists of air quality sensors (MQ135) that are capable of detecting multiple gases such as alcohol, Smoke, CO2 etc. levels in the kitchen and notifies the user if air pollution detected. A simple buzzer is interfaced to notify warning notification to indoor user when gas leakage occurs. This system is implemented using Nodemeu, which uses a database to store the air values and which can be accessed through the smart phone. The system is more efficient and safety by creating automatic window’s kitchen and fan to enable harmful gas to out through window. With the advancement of technology, user can get air information easily and control the window and fan to keep environment clean using loT anytime and anywhere as long as there is internet connection.
format Student Project
author Samsul Kamal, Ahmad Badrun Amin
Mohd Adli, Muhammad Daneal Hakim
author_facet Samsul Kamal, Ahmad Badrun Amin
Mohd Adli, Muhammad Daneal Hakim
author_sort Samsul Kamal, Ahmad Badrun Amin
title Automated safety system for air pollution detection via android / Ahmad Badrun Amin Samsul Kamal and Muhammad Daneal Hakim Mohd Adli
title_short Automated safety system for air pollution detection via android / Ahmad Badrun Amin Samsul Kamal and Muhammad Daneal Hakim Mohd Adli
title_full Automated safety system for air pollution detection via android / Ahmad Badrun Amin Samsul Kamal and Muhammad Daneal Hakim Mohd Adli
title_fullStr Automated safety system for air pollution detection via android / Ahmad Badrun Amin Samsul Kamal and Muhammad Daneal Hakim Mohd Adli
title_full_unstemmed Automated safety system for air pollution detection via android / Ahmad Badrun Amin Samsul Kamal and Muhammad Daneal Hakim Mohd Adli
title_sort automated safety system for air pollution detection via android / ahmad badrun amin samsul kamal and muhammad daneal hakim mohd adli
publishDate 2019
url https://ir.uitm.edu.my/id/eprint/66532/1/66532.pdf
https://ir.uitm.edu.my/id/eprint/66532/
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score 13.211869