Research Posters
Registration of peer-reviewed academic discoveries, conceptual insights, and empirical studies from various academic departments.
Hotel Booking System
Attendance System
Attendance Management System is a software used to record and manage attendance digitally. It reduces manual work and errors while saving time. It helps in maintaining accurate records and generating reports easily.
Smart Food Donation Management
The Smart Food Donation Management System is designed to connect food donors with people in need reducing food wastage and supporting underprivileged communities. It stores and manages data of donors, receivers and donations in a structured database. The system allows users to donate, request and track food efficiently while the admin ensures proper management and transparency. Overall it provides a simple and effective solution for better food distribution. It also improves coordination and ensures timely delivery of food to the right recipients.
Graphic Engine
A Graphic Engine is a software system designed to render, process, and display visual content efficiently for applications such as games, simulations, and multimedia.
3D Learning Platform
A 3D Learning Platform is an interactive digital system that uses three-dimensional environments to enhance learning through immersive and engaging experiences.
The Touchless Pilot.
A Touchless Pilot is a system that enables control of devices or vehicles using gesture recognition and motion sensing without physical contact.
2D Void Strike
A 2D Void Strike is a two-dimensional action-based game concept where players navigate and battle through a dark, empty space filled with enemies and obstacles.
Music Player
A Music Player is a software application designed to play, organize, and manage audio files for user listening.
Sql Injection Detection System
A SQL Injection Detection System is a security solution that identifies and prevents malicious SQL queries to protect databases from unauthorized access and attacks.
Synctalk
SyncTalk is a communication platform that enables real-time, synchronized messaging and collaboration between users across devices.
Hostel Management System
A Hostel Management System is a software application designed to efficiently manage hostel operations such as room allocation, student records, and billing.
Signsync
SignSync is a system that enables real-time translation and synchronization of sign language into digital text or speech for improved communication.
Smart Blind Stick
A Smart Blind Stick is an assistive device equipped with sensors that helps visually impaired individuals navigate safely by detecting obstacles and providing alerts.
Age Based Word Game
A Student Grade Management System is a software solution designed to efficiently manage, store, and analyze students’ academic performance. The system enables teachers and administrators to record grades, track progress, and generate reports with accuracy and ease. It minimizes manual errors associated with traditional record-keeping methods while improving data accessibility and security. Students can also view their results and performance trends, promoting transparency and engagement. Overall, the system enhances academic management by streamlining grading processes and supporting better decision-making in educational institutions.
File Organizer Tool
A File Organizer Tool is a software application designed to automatically sort, categorize, and manage files efficiently for easy access and improved productivity.
Pac-Man
Pac-Man is a classic arcade game project in which the player controls a character navigating a maze to collect points while avoiding enemies, aiming to complete all levels for a high score.
Endless Runner Game (Velocity Nexus)
An Endless Runner Game (Velocity Nexus) is a fast-paced game where the player continuously runs through an obstacle-filled environment, avoiding hazards and collecting rewards to achieve the highest possible distance or score.
Online Quiz System
A 2D Void Strike is a two-dimensional action-based game concept where players navigate and battle through a dark, empty space filled with enemies and obstacles.
Expiry Reminder
An Expiry Reminder is a system or tool that automatically alerts users before products, documents, or subscriptions reach their expiration date to ensure timely action or renewal.
Mood Based Music
A Mood Based Music system is an application that recommends or plays songs according to the user’s current emotional state to enhance listening experience and emotional well-being.
Food Delivery System
SyncTalk is a communication platform that enables real-time, synchronized messaging and collaboration between users across devices.
Roomseek
A Roomseek project is a room-finding or booking system that helps users search, compare, and reserve available rooms based on location, budget, and preferences.
Air Detection System
An Air Detection System is a monitoring application that measures and analyzes air quality levels in real time to detect pollution and provide health safety alerts.
Agahi Clone
An Agahi Clone is a classified ads platform similar to “Agahi,” where users can post, browse, and search advertisements for buying, selling, or renting various products and services.
Roomseek
A Roomseek system is a room-search and booking application that allows users to find available rooms, compare options, and reserve accommodations based on their preferences.
Hang Man Game
A Hang Man Game is a word-guessing application where the player tries to discover a hidden word by suggesting letters within a limited number of incorrect attempts.
Work Her: Digital Marketplace For Woman A Digital Marketplace For Woman Entrepreneurs
Smart Gas Leakage Detection & Alert System
The Smart Gas Leakage Detection & Alert System is a hardware-based COAL project designed to detect harmful gas leakage and provide early warning alerts. The system continuously monitors gas levels using a gas sensor and activates a buzzer and LED indicators when the gas concentration exceeds a safe threshold. Inspired by recent fire and safety incidents in Karachi that highlighted the importance of early detection systems, this project demonstrates practical hardware–software integration using Assembly-level logic concepts such as looping and condition checking. The proposed system aims to provide a simple, cost-effective solution to enhance preventive safety measures.
Bicycle Pedal Renewable Energy System
A small-scale renewable energy setup that converts mechanical energy from bicycle pedaling into electrical energy and stores it in a rechargeable battery for later use. The stored energy can power low-consumption devices such as LED lights, mobile phones, and small fans. The system also includes monitoring features programmed in Assembly Language to control sensor readings, manage power flow, and display voltage and output data, demonstrating low-level hardware interaction and efficient system control.
Motion Tracking Digital Smart Pen System
This project aims to develop a digital smart pen capable of capturing hand motion and displaying written or drawn content on a laptop screen in real-time. The system will use an IMU motion sensor attached to a pen-like device to detect movement. A microcontroller will process the sensor data and transmit it to a computer through USB serial communication.
Motorcycle Rfid Immobilizer & Anti-Snatch Kill Switch
Bike snatching is a daily crisis in Pakistani cities, and existing anti-theft solutions fail because they either require visible rider action or can be bypassed within seconds. This project solves both problems through a two-factor RFID and PIN ignition lock combined with a hidden 60-second hardware kill switch.
Ai-Based Code Complexity Optimizer
AI-Based Code Complexity Optimizer assembly programs. analyzes assembly code to measure complexity based on instruction count, loops, and memory usage. It uses rule-based AI techniques to detect redundant or inefficient instructions. The optimizer suggests improved instruction sequences while maintaining program functionality. The goal is to reduce code complexity and improve execution efficiency.
Lie Detector
This project implements a microcontroller-based system to detect physiological stress using sensors (GSR or heart rate). Assembly code processes real-time signals, compares them to a baseline, and triggers alerts via LCD or buzzer. It demonstrates low-level CPU operations, memory use, interrupts, and I/O interfacing.
Smart Electricity Theft Detection
Electricity theft is a major challenge in power distribution systems, leading to financial losses and inefficient energy management. This project implements a microcontroller-based detection system that continuously monitors and compares supply and consumption data to identify abnormal usage. By using real-time threshold analysis and hardware alerts, it provides an automated solution for detecting and preventing unauthorized electricity usage.
Biometric Keystroke Security Vault
This project proposes a high-security vault system that authenticates users not just by a 4-digit PIN, but by their unique typing rhythm. An Arduino captures exact millisecond keystroke timing data (dwell and flight times) from a physical keypad and sends it to a PC. An x86 Assembly program acts as the security engine, utilizing the Floating-Point Unit (FPU) to calculate the statistical variance of the typing rhythm. If the biometric profile math matches the owner's stored profile, the Assembly code sends a signal back to the Arduino to disengage the lock.
Smart Traffic Light System
This project makes a small traffic light using Arduino that changes lights automatically. A button lets pedestrians cross safely, and sensors can detect cars to adjust timing. It teaches basic coding skills like loops, conditions, and controlling lights with inputs
Automatic Car Parking Toll Gate
The project automates a parking toll gate using an Ultrasonic Sensor and Servo Motor controlled by an Arduino microcontroller. When a vehicle is detected within a set distance, the gate opens automatically and closes after the vehicle passes. The system provides a low-cost and efficient automation solution and highlights the use of low-level Assembly programming in embedded systems.
Smart Rain Guard System
The Smart Rain Guard System is an automated system designed to protect clothes hung outside from sudden rainfall. It uses a rain sensor to detect moisture and automatically takes action, such as retracting or covering the clothes, to prevent them from getting wet. This low-cost solution reduces the need for manual monitoring and ensures quick response when rain starts unexpectedly.
Gas Leakage Detection And Alert System
Gas leakage is a serious safety hazard in homes, laboratories, and industries. Undetected gas leaks (such as LPG or methane) can cause fire accidents, explosions, health risks, and property damage. Traditional gas detection systems either lack real-time monitoring or do not provide remote alerts. There is a need for a low-cost, real-time, IoT-based gas leakage detection system that can continuously monitor gas levels, trigger immediate alerts, and send notifications to users remotely. This project aims to design such a system while demonstrating core Computer Organization & Assembly Language (COAL) concepts including I/O interfacing, instruction execution cycle, memory usage, ADC conversion, and interrupt-based processing.
Intelligent Parking Management
Intelligent Parking Management System is a hardware-based project that controls vehicle entry in a parking area. The system detects whether parking slots are available using sensors. If space is available, the gate opens and displays the specific slot number for parking. If the parking is full, the gate remains closed and shows a “Parking Full” message. This system helps in better parking management and reduces congestion.
Home Automation System
This project implements a Home Automation System using Assembly Language for the COAL course. It controls devices such as lights, fan, door lock, and alarm through basic microprocessor operations and I/O port instructions. The system demonstrates practical use of registers, loops, and conditional statements in an embedded environment, highlighting hardware-software integration.
Morse Code To Text Translator
This device bridges legacy telecom and modern logic by translating physical telegraph taps into real-time ASCII. It utilizes hardware interrupts and precision timers to decode dots, dashes, and character spacing.
Intent Based Home Automation System
This Projects implement Home Automation System which takes audio as an input understand the intent of what functionality user wants to perform and execute it.
Brain Activity And Diffrentiation(Neural Analysis)
This project explores how patterns of brain activity guide the differentiation of neural stem cells into specialized neuron types. It aims to map the precise molecular and electrical signals that determine a neuron's final identity and function. Understanding this link could unlock new therapies for neurodevelopmental disorders and brain injuries.
Itos ( Intelligent Transportation Optimization System )
ITOS (Intelligent Transportation Optimization System) is a calculus-based project that optimizes vehicle speed to minimize fuel consumption using the function F(v) = a·v² + b/v + c. It applies differential calculus to find the optimal speed v* = (b / 2a)^(1/3). The system includes simulation modes, real vehicle data from Pakistan, and real-time visualization. It demonstrates how calculus can improve fuel efficiency and reduce emissions in transportation systems.
Neural Network For Automatic Differentiation Of Quadratic Polynomials
This project explores the connection between calculus and artificial intelligence by demonstrating how a neural network can learn the derivative rule of quadratic functions. A quadratic function has the general form f(x)=ax^2+bx+c, and its derivative is f′(x)=2ax+b. In calculus, derivatives represent the rate of change of a function and the slope of the tangent line at any point on a curve. In this project, a dataset of randomly generated quadratic function coefficients (a,b,c) is used as input to train a neural network model. The model learns to map these coefficients to the corresponding derivative coefficients (2a,b). Using Python and TensorFlow, the neural network is trained through regression techniques and activation functions to identify the mathematical relationship between the function and its derivative. The results show that neural networks can successfully learn mathematical patterns and rules from data rather than being explicitly programmed. This project highlights how concepts from calculus can be combined with machine learning to build intelligent systems that recognize and model mathematical relationships.
Kinematics
What does a soaring cricket ball have to do with calculus? Everything! This project dives into the exciting mathematics behind projectile motion, using sports as a real-world playground. By applying differential calculus and analytical geometry, we derive velocity, acceleration, and position functions, and model the ball’s stunning parabolic trajectory on a coordinate system. We prove mathematically that 45° is the magic angle for maximum range Sand show how these same concepts power video game physics and robotics today. Kinematics is not just a chapter in a textbook it is the mathematics that moves the world!
A Vision–Language Model Framework For Multi-Modal Medical Imaging Classification Of Triple-Negative Breast Cancer
Ai Driven Smart Traffic And Lane Violation System
Manual policing cannot handle Karachi's rampant lane-cutting and wrong-way driving, leading to constant traffic gridlock and accidents.