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.
Ai based job matching portal real life problem
Description An AI-Based Job Matching Portal is a smart web platform that connects job seekers with relevant job opportunities using Artificial Intelligence. Unlike traditional job platforms such as LinkedIn and Indeed, this system analyzes...
House Bidding System
Project Description: House Bidding System (Mobile App) 1. Problem it solves: In traditional property buying, people have to contact agents, visit multiple locations, and negotiate prices manually. This process is time-consuming, less tr...
predictive health care and recommendation system
Project Description - Problem Solved*: The healthcare system lacks an integrated AI‑powered platform that addresses: - Patients’ difficulty in accessing reliable medical consultation, especially in emergencies or off‑hours. ...
Siege of Drones (An Arcade game)
Current arcade shooters on Windows PC often suffer from repetitive gameplay due to static enemy spawning and "aim-bot" style AI that lacks realistic physics. Most survival games are confined to a horizontal plane, failing to challenge the player's 3D spatial awareness or strategic maneuvering. There is a clear need for a more dynamic aerial combat experience where enemy difficulty and vertical positioning adapt to the player's skill level.
Smart agriculture monitoring system
# Project Description The Smart Agriculture Monitoring System is a technology-based solution designed to help farmers monitor and manage their agricultural fields using sensors, automation, and data analysis. Traditional farming often re...
AI-based resume screening system
Here is the detail. Include: An AI-based system designed to automate resume screening for companies receiving large volumes of applications. The system uses NLP techniques to extract skills and relevant information from resumes and match...
Farm To Home (Organic Grocery Store)
The Farm To Home system is a web-based application designed to connect farmers directly with consumers, enabling the delivery of fresh and organic agricultural products without the involvement of middlemen. The platform allows users to brow...
Learnify – Smart Learning System
This project solves several key problems in traditional and existing e-learning systems. The main issue is the lack of personalized learning, where all students receive the same content regardless of their understanding level. This makes it difficult for weaker students to keep up and for stronger students to stay challenged. Another major problem is the manual workload for teachers, especially in creating quizzes, assignments, and evaluating student performance. This process is time-consuming and often inconsistent. The project also addresses the issue of delayed feedback, where students do not get immediate results or explanations for their mistakes, which slows down learning progress. In addition, many systems lack effective performance tracking and prediction, making it difficult to identify student strengths and weaknesses over time. Learnify solves these issues by introducing an AI-based system that automates quiz generation and evaluation, provides instant feedback, tracks student progress, and offers personalized learning recommendations. It also includes an AI assistant to help students resolve their doubts instantly, improving accessibility and engagement in learning.
Ai based career mismatch and unemployment prediction system
Idea: The idea of this project is to develop an intelligent system that uses Ai to analyze a user’s education, skills, interests, and experience, and then determine whether they are in the right career path or facing a career mismatch. Th...
| Project Information | Status | Batch | Technologies | Action |
|---|---|---|---|---|
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Ai based job matching portal real life problem
Description
An AI-Based Job Matching Portal is a smart web platform that connects job see...
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Active | FA23 (2026) |
|
Details |
|
House Bidding System
Project Description: House Bidding System (Mobile App)
1. Problem it solves:
In tradit...
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Active | FA23 (2026) |
Flutter
Firebase
|
Details |
|
predictive health care and recommendation system
Project Description
- Problem Solved*: The healthcare system lacks an integrated
AI...
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Active | FA23 (2026) |
Flutter
Firebase
React Native
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Details |
|
Siege of Drones (An Arcade game)
Current arcade shooters on Windows PC often suffer from repetitive gameplay due to static ...
|
Active | FA23 (2026) |
Python
|
Details |
|
Smart agriculture monitoring system
# Project Description
The Smart Agriculture Monitoring System is a technology-based sol...
|
Active | FA23 (2026) |
Python
SQL
C++
+4
|
Details |
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AI-based resume screening system
Here is the detail. Include:
An AI-based system designed to automate resume screening f...
|
Active | FA23 (2026) |
Python
JavaScript
React
+16
|
Details |
|
Farm To Home (Organic Grocery Store)
The Farm To Home system is a web-based application designed to connect farmers directly wi...
|
Active | FA23 (2026) |
|
Details |
|
Learnify – Smart Learning System
This project solves several key problems in traditional and existing e-learning systems. T...
|
Active | FA23 (2026) |
HTML/CSS
JavaScript
Python
+4
|
Details |
|
Ai based career mismatch and unemployment prediction system
Idea:
The idea of this project is to develop an intelligent system that uses Ai to analyz...
|
Active | FA23 (2026) |
HTML/CSS
Bootstrap
JavaScript
|
Details |
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Siege of Drones (An Arcade game)
Dynamic AI Behavior: Implementation of Slerp-based (Spherical Linear Interpolation) turning to give drones a realistic turning radius, allowing players to dodge incoming strikes.
Vertical Combat Mechanics: A height-scaling system where drones spawn at different tiers (from 1.2m up to 20m) to force 360-degree environmental scanning.
In-Game Economy & Shop: A system to track "Drone Credits" earned from kills, enabling the purchase of anti-drone machines and weapon upgrades.
Player Health & Damage Tracking: Real-time monitoring of player HP with visual feedback (screen shake) and a "Game Over" logic upon death.
Positional 3D Audio: Integration of spatial sound to help players locate incoming threats through audio cues.
Data Persistence: Local storage of high scores and player statistics across different play sessions.
- Skill-Based Dodge AI: Drones have a physical turning limit, making them dodgeable through clever movement rather than just "perfect" AI accuracy.
- Adaptive Height Tiers: Strategic verticality that increases the combat ceiling as the game progresses, up to 20 meters high.
- Infinite Progressive Difficulty: Four distinct phases (Easy, Medium, Hard, Extreme) that ensure the challenge never plateaus.
- Advanced 3D Asset Integration: Procedural map animations and custom-rigged 3D drone models developed in Blender and Godot.
Usability: Intuitive keyboard and mouse controls for precise aiming and movement within a 3D space.
Robustness: Proper error handling for asset loading (models and sounds) to prevent game crashes during wave transitions.
Visual Polish: High-quality visual effects including Bloom, WorldEnvironment glow, and emission-based explosions for immersive feedback.