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

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    Results for "Morolake Oladayo Lawrence"

    2 of 2 articles

    MTUSep 29, 2024

    Development of a Web-Based Rapid Response System for Medical Emergencies in University Clinics: A Case Study of Tai Solarin University of Education

    Olayinka Olufunmilayo Olusanya, Akeem Ayoade Owoade, Ademola Abiodun Omilabu et al. (9 contributing authors)

    Tai Solarin University of Education (TASUED) has faced challenges in the efficiency and coordination of its clinic emergency response system, leading to delays and raising concerns about the safety of students, staff, and visitors. This study aims to design and implement a computerized TASUED Clinic Emergency Response System to enhance emergency management capabilities. Leveraging technology, the proposed system seeks to streamline communication channels, improve response times, and ensure effective coordination during emergencies. Observational methods and interviews conducted at the TASUED Medical Center revealed inefficiencies in patient registration, waiting times, and staff scheduling. Based on these findings, the system was developed using a top-down design approach and modular testing strategy, ensuring robust and reliable functionality. The implementation includes a user-friendly login interface and a comprehensive dashboard for healthcare professionals, facilitating efficient emergency response. This system's deployment is a significant step towards improving emergency management at TASUED and can serve as a model for other institutions facing similar challenges.
    Clinic Emergency Response SystemTechnologyEfficiencyCoordination
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    MTUSep 29, 2024

    An Automated Web-Based Enabled Correctional Centre’s Management System

    Olayinka Olufunmilayo Olusanya, Ayoade Akeem Owoade, Ademola Abiodun Omilabu et al. (8 contributing authors)

    Nigerian correctional facilities rely on inefficient manual record-keeping processes, hindering effective prisoner information management and inter-agency coordination. This study aims to develop a comprehensive, centralized, web-based Prison Management System (PMS) to modernize and streamline operations in Nigerian correctional centers. The research employed a multifaceted data collection approach, including interviews, observations, and form evaluations. System development utilized the Incremental Model, incorporating MySQL, PHP, and JavaWeb technologies. The proposed PMS introduces a unified platform consolidating prisoner profiles, including demographic details, biometric data, parole status, visitor records, and departure logs. The system enables remote access, real-time information exchange, and intelligent administration through cloud computing integration. This digital transformation promises to elevate the Nigerian correctional system's efficiency, accountability, and inter-agency coordination, contributing to a more effective and secure justice framework.
    Prison Management SystemCentralizedCloud ComputingInformation SharingDigital Transformation
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