Author:
Prof. Mohammed Juned Shaikh Shabbir, Shraddha. R. Sonone, Shraddha. S. Narkhede, Poonam. S. Katkar
Published in
Journal of Science Technology and Research
( Volume 6, Issue 1 )
Page No: 1 - 10
Volume 6, Issue 1
Article Type: Research article
Published Date: 2025/06
Published by: Journal star
Abstract
The MediMind Blood Bank Management System is an innovative solution that encounters the challenges of the blood banking sector through the integration of advanced technology and artificial intelligence. The main purpose of this project is to improve the efficiency of blood donation management by creating actual connections between donors, hospitals and blood banks. Mern Stack's MongoDB, Express.js, React.js, node.js This system ensures a robust and scalable architecture for seamless operation. This multilingual support is intended to bridge communication barriers and enable users to effectively use the system in different backgrounds. Google's Generated AI (Gemini) integration improves user commitment by providing contextual answers to medical research and promoting blood compatibility reviews. Realtime notifications for emergency inquiries and persecution of blood units streamline the donation process and allow for faster responses to urgent requirements. The analytics dashboard further enables users by providing insights into donation trends and stock usage patterns. This ultimately increases resource allocation. In summary, the MediMind Blood Bank Management System does not only improve blood bank management through innovative properties and AI integration. This project demonstrates the potential of technology that will improve operational efficiency and user experience in the health sector and will be valuable benefits for stakeholders involved in blood donation and transfusion services.
Keywords
Blood bank management system, web applications, blood donation, inventory management, database security.
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Web-Based Blood Bank

The choice of technology stack is central to the enhancement of efficient and strong blood bank web
application.
This Blood Bank web application uses Mern Stack, MongoDB, Express.js, React.js, and node.js. Each
component in this stack uniquely contributes to the overall functionality and execution of the system [5].
MongoDB: As a NOSQL database, MongoDB provides a flexible scheme design that takes into account
complex relationships and provides to the lively nature of blood banks. This suppleness is important for
organizing a variety of data types, containing donor data, blood inventory, and transaction files [8]. This
allows for efficient handling of requirements and answers, making it easier to implement features such as
user authentication and role-based access control. This modularity allows developers to create reusable UI
components. This leads to a more listenable and recoilable interface for the user. This is particularly
advantageous in scenarios where actual data updates are very important. B. Inventory management and
donor notification [3].

Web-Based Blood Bank For Efficient Blood

The evolution of Blood Bank web applications is marked by significant advancements, particularly with the
integration of innovative features and AI. Looking ahead, several key improvements can further enhance
the system’s capabilities and user experience. Developing a dedicated mobile application offers significant
advantages by providing reliable on- the-go access to system functionalities. The key benefits of a mobile
app include [1]:

  • Increased Accessibility: Users can conveniently manage their dashboards, view inventory, and
    communicate directly with AI assistants from their mobile devices, making the platform more user-friendly
    and accessible.
  • Gamification for Engagement: Incorporating gamification elements, such as rewards for regular
    donations, can foster stronger participation and long-term commitment among donors.
  • Real-time Data Exchange: Hospitals gain access to up-to-date inventory information from blood banks,
    enabling them to make informed decisions regarding blood requests and utilization. Furthermore, hospitals
    can leverage comprehensive analytics to identify trends in blood usage and donation patterns, which can
    inform future strategies for resource allocation and outreach efforts
Web-Based Blood Bank For Efficient Blood Donation And Distribution

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