Active Final Year Projects Showcase
Explore verified, ongoing final year projects advancing across all academic batches. Filter by emerging tech stacks, discover architectures, and explore student innovation.
Woman security app
This is a smart women safety mobile application designed to provide quick emergency alerts and live location sharing during unsafe situations. It helps improve women’s security by enabling instant SOS signals to trusted contacts. The app ...
AI Based GPA Prediction System
Problem It Solves Many students struggle to track how their current academic performance (assignment scores, quiz grades, midterm marks) will affect their final GPA. Traditional GPA calculators only work with final grades, offering no pred...
Vguide: multilingual chatbot for comsats vehari campus FAQS
VGuide is an intelligent multilingual chatbot developed for COMSATS University Islamabad to help students, visitors, and applicants quickly get answers to frequently asked questions (FAQs). The chatbot can communicate in multiple languages ...
AI-Powered Blood Bank and Emergency Donor Response System
Traditional customer support and communication systems often depend on human interaction, which can result in delayed responses, higher operational costs, and limited availability. Many users require instant answers and interactive communication through mobile applications available 24/7. Existing simple chat applications lack intelligent conversation capabilities and real-time AI-based interaction. Therefore, there is a need for an Android-based AI chatbot application that can provide automated, intelligent, and human-like conversations using artificial intelligence technologies and API integration.
Raahikaam: A Community-Based Travel Task Sharing Platform
RaahiKaam addresses several real-world problems in Pakistan’s inter-city travel and logistics ecosystem: 1.1 High Travel Cost Problem Fuel prices in Pakistan have significantly increased, making frequent inter-city travel expensive and unaffordable for many individuals. People often avoid necessary trips due to cost constraints. 1.2 Underutilized Travel Capacity Thousands of travelers move between cities daily with unused capacity in terms of time, vehicle space, and travel opportunity. This unused capacity is not monetized or utilized efficiently. 1.3 Lack of Task Fulfillment Services People frequently need small errands done in other cities (parcel delivery, document submission, shopping, medicine pickup), but there is no dedicated platform connecting them with travelers. 1.4 No Trust-Based Task Sharing System Currently, such informal task exchanges happen through WhatsApp, Facebook groups, or personal contacts, which lack: Security Tracking Payment protection Accountability 1.5 Inefficient Coordination Between Cities There is no structured system to match travelers with people needing tasks in destination cities, resulting in delays, high cost, and unreliable service.
Smart class
A smart class is a modern way of teaching where technology is used instead of traditional methods like chalk and blackboard. It makes learning more interactive, engaging, and easy to understand. In a smart classroom, teachers use digital t...
Wasteless:IntelligentWebSolutionforFoodSurplus
Wasteless is a web-based Real-time Surplus Food Management and Redistribution Platform designed to reduce food waste by connecting businesses that have surplus food with nearby shelters and food banks. Problem it solves: Millions face f...
Online voting system
Online Voting System is a digital platform used for secure and easy voting through the internet. It solves the problem of long lines, time waste, and manual counting errors in traditional voting systems. Users can vote from anywhere using t...
AI based career path and skill gap analysis system
The AI-Based Career Path and Skill Gap Analysis System is an intelligent web-based application designed to help students and professionals identify suitable career paths based on their current skills, interests, and qualifications. The syst...
| Project Information | Status | Batch | Technologies | Action |
|---|---|---|---|---|
|
Woman security app
This is a smart women safety mobile application designed to provide quick emergency alerts...
|
Active | FA23 (2026) |
JavaScript
Kotlin
Flutter
+14
|
Details |
|
AI Based GPA Prediction System
Problem It Solves
Many students struggle to track how their current academic performance ...
|
Active | FA23 (2026) |
|
Details |
|
Vguide: multilingual chatbot for comsats vehari campus FAQS
VGuide is an intelligent multilingual chatbot developed for COMSATS University Islamabad t...
|
Active | FA23 (2026) |
Python
Django
Flask
+2
|
Details |
|
AI-Powered Blood Bank and Emergency Donor Response System
Traditional customer support and communication systems often depend on human interaction, ...
|
Active | FA23 (2026) |
|
Details |
|
Raahikaam: A Community-Based Travel Task Sharing Platform
RaahiKaam addresses several real-world problems in Pakistan’s inter-city travel and logist...
|
Active | FA23 (2026) |
React
Node.js
Flutter
+3
|
Details |
|
Smart class
A smart class is a modern way of teaching where technology is used instead of traditional ...
|
Active | FA23 (2026) |
React
Tailwind CSS
Express.js
+3
|
Details |
|
Wasteless:IntelligentWebSolutionforFoodSurplus
Wasteless is a web-based Real-time Surplus Food Management and Redistribution Platform des...
|
Active | FA23 (2026) |
React
Express.js
Node.js
+3
|
Details |
|
Online voting system
Online Voting System is a digital platform used for secure and easy voting through the int...
|
Active | FA23 (2026) |
HTML/CSS
|
Details |
|
AI based career path and skill gap analysis system
The AI-Based Career Path and Skill Gap Analysis System is an intelligent web-based applica...
|
Active | FA23 (2026) |
MongoDB
Express.js
React
+3
|
Details |
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AI-Powered Blood Bank and Emergency Donor Response System
The system shall allow donors, hospitals, blood banks, authorized requesters, and administrators to log in according to their assigned roles.
2. Profile Management:
The system shall allow users to manage their profiles and relevant information.
3. AI-Powered Chatbot:
The system shall allow users to submit blood requests in natural language and collect essential details, including blood group, quantity, location, and urgency.
4. Blood Request Confirmation:
The system shall ask for missing information when necessary and allow users to review and confirm request details before submission.
5. Blood Bank Inventory Management:
The system shall allow registered blood banks to manage blood groups, available quantities, blood components, and expiry information.
6. Inventory Availability Checking:
The system shall check registered blood bank inventory for suitable available blood before initiating donor matching.
7. Donor Notifications:
The system shall notify suitable donors about relevant blood requests according to the request's urgency and notification rules.
8. Emergency Escalation:
The system shall escalate requests according to predefined emergency rules when the required donor response is not received within the specified time.
9. Donor Response Tracking:
The system shall record donor responses, including acceptance and rejection, and update request information accordingly.
10. Request Status Management:
The system shall maintain request statuses such as pending, matched, notified, fulfilled, cancelled, and escalated.
11. AI-Based Information Assistance:
The system shall use approved blood donation guidelines to answer relevant user questions through a Retrieval-Augmented Generation (RAG) approach.
12. Administrative Dashboard and Reports:
The system shall allow administrators to manage users and roles, monitor blood requests and inventory, and view relevant system reports.
13. Request Closure:
The system shall allow authorized users to update requests when blood has been arranged, the request has been fulfilled, or the request is cancelled.
The system shall provide a simple and user-friendly interface for all user roles.
2. Performance:
The system shall process routine requests and retrieve relevant inventory information within a reasonable response time under normal operating conditions.
3. Security:
The system shall protect user accounts and sensitive information through secure authentication, role-based access control, and appropriate data protection measures.
4. Reliability:
The system shall maintain accurate request statuses and inventory records and handle errors without silently losing important information.
5. Availability:
The system should remain accessible whenever the application server and required external services are operational.
6. Scalability:
The system architecture should support future growth in users, blood requests, donors, and inventory records.
7. Maintainability:
The system shall use modular code and documented APIs to simplify testing, debugging, and future updates.
8. Compatibility:
The web application shall support modern web browsers and responsive layouts for desktop, tablet, and mobile devices.
9. Data Integrity:
The system shall validate submitted information and apply appropriate database constraints to reduce duplicate, incomplete, or inconsistent records.
10. AI Response Quality:
The chatbot shall collect essential request details, ask for missing information when needed, and use approved knowledge sources for relevant blood donation guidance.
11. Privacy:
The system shall restrict access to personal and request information according to user roles and authorized permissions.
12. Error Handling:
The system shall provide understandable error messages and handle failures in database operations and external AI services appropriately.