Mountain Top University
MTU JournalsMountain Top University
HomeJournalsArticlesEditorial BoardsAboutSubmit
Mountain Top UniversityMountain Top University

The journal network of
Mountain Top University

Open-access scholarly publishing from Mountain Top University. Free to read, free to publish.

JESDJHUMASSMUJAST

Discover

  • Search Articles
  • Editorial Boards
  • Submit Manuscript
  • Claim Publications
  • Register as Author

Governance

  • Terms of Use
  • Privacy Policy
  • Cookie Policy
  • All Policies
  • Account

    • Sign In
    • Author Dashboard
    • Reviewer Portal
    • Editorial Panel

    Contact Us

    • journals@mtu.edu.ng
    • Km 12, Lagos–Ibadan
      Expressway, Prayer City
      Ogun State, Nigeria

    © 2026 Mountain Top University. All rights reserved.

    Terms of UsePrivacy PolicyCookie Policy
    Home
    MTU Journal Network

    Article Archive

    Explore 52 peer-reviewed articles across the MTU journal network.

    101

    Submissions

    52

    Published

    Filters

    Journal

    • All Journals
    • JESD
    • JHUMASS
    • MUJAST

    Access Type

    Results for "Uzoma Ifeanyi Oduah"

    3 of 3 articles

    MTUSep 29, 2024

    Towards the Development of an Affordable, Miniaturized, Low Power Consumption Liquefied Petroleum Gas Leakage Detector for Environmental Safety

    Uzoma Ifeanyi Oduah, Agbakansi Uche Kingsley, Oluwasegun Adewumi et al. (4 contributing authors)

    There is limited availability and usage of cooking gas leakage detectors for fire safety purposes in developing countries of Africa owing to their high cost, unstable electric power supply source and inefficient gas sensor architecture although over 80% of the population relies on liquefied petroleum gas (LPG) for cooking. Unfortunately, LPG cookers are associated with most fire and gas explosions in this region because of its high flammability emanating from gas leakages within the system, leading to environmental hazards. This paper presents the development of low cost, reduced electric power consumption, miniaturized LPG gas leakage detector. The developed device implements unique system for the detection of LPG gas, triggers an alarm through a buzzer upon detection of leakage, and delivers a warning short message service (SMS) to the enrolled users prompting them of the LPG gas leakage or incomplete combustion of the LPG gas at the burners. The deployed circuitry demonstrates high levels of efficiency, reliability, and is affordable, therefore is attractive for low-income countries of Africa. 
    Environmental HazardFire safetyGas Leakage detectorGas SensorGas Explosion&nbsp
    Read Article
    MTUFeb 14, 2022

    The Development of an Advanced Road Vehicle Safety Device

    Uzoma Ifeanyi Oduah,\r\nOnyedikachi Alanwoko and Shola Folarin

    We hereby present an advanced road vehicle safety device. The device tackles the problem of loss of lives, arising from late medical attention to care for accident victims after an accident as a solution that enables fast response to persons involved in ghastly vehicle accidents. It uses ultrasonic sensor to detect the changes in the body of the vehicle due to a mechanical impact from an accident and sends a signal to the microcontroller which is connected to a buzzer. The buzzer in response to the signal triggers an alarm and simultaneously a Short Message Service (SMS) and recorded phone call are sent to registered contacts in the device. Arduino ATMega328P microcontroller monitors and activates the system when there is impact detected by the ultrasonic sensor. Then the buzzer outputs the warning sound to alert while the Global System for Mobile communication (GSM) module sends SMS alert and places a call when there is significant impact on the vehicle. This device senses any Izod Impact causing up to 10cm penetration at the impact zone of the vehicle. The system has a response time of 0-3 seconds for activation of the buzzer and 5-10 seconds for the GSM module.
    Road Vehicle SafetyGSM ModuleMicrocontrollerShort MessageService (SMS)Ultrasonic Sensor.
    Read Article
    MTUJan 1, 2021

    The Development of an Advanced Road Vehicle Safety Device

    Uzoma Ifeanyi Oduah, Onyedikachi Alanwoko and Shola Folarin

    We hereby present an advanced road vehicle safety device. The device tackles the problem of loss of lives, arising from late medical attention to care for accident victims after an accident as a solution that enables fast response...
    Road Vehicle SafetyGSM ModuleMicrocontrollerUltrasonic Sensor
    Read Article