Final Year Projects
Electric Vehicle Charging Stations Management App
Description: The cloud-based app connects electric vehicle charging station owners to the electrical vehicle owners.
Students:
Syed Siraj ul Munir Hashmi (2019-CS-406)
Muhammad Zain ul Abidin (2019-CS-413)
Muhammad Tayyab (2019-CS-419)
IoT-based Smart Car App
Description: The smart car app provides several car sensor information and car control features on an Android app. Users can remotely lock/unlock doors, activate/deactivate air conditioning, indicator lights, and car windows. Connectivity is through Bluetooth. The mobile app displays car engine and ambient temperatures, fuel level, and fuel-to-destination readings.
Students:
Usama Shafiq (2018-CS-423)
Momina Farooq (2018-CS-411)
Farah Haleem (2018-CS-415)
IoT-based Smart Parking System and App
Description: The smart parking center allows advance booking and online payments to reserve space. The parking sensors provide information on whether a parking slot is empty or booked.
Students:
Faiq Asif (2017/R-16-CS-441)
Ali Hassan (2017/R-16-CS-424)
Mubashar Ahmed Khan (2016-CS-443)
Fuel-Free Transportation Using Solar-Powered Bicycle
Description: The bicycle is dual-powered, by pedals and by a solar panel roof. A 150 Watt BLDC hub motor and its driver run off the solar panels.
Students:
Irfan Ali (16-EE-509)
Muhammad Hamza (16-EE-534)
Abdullah Javed (16-EE-548)
Smart Dustbin with Machine Vision
Description: The smart dustbin is designed for office settings. When a user intends to use the dustbin, a whistle is sounded. The dustbin navigates to the user through machine vision and, after collection, returns to a corner location where it gets charged for future use.
Students:
M. Faisal (2015-EE-524)
Naveed Saleem (2015-EE-532)
Wajiha Zulifqar (2015-EE-534)
Wireless Controlled Rocker-Bogie Vehicle
Description: The robot car employs rocker-bogie suspension to climb stairs. Its uses include housekeeping, transportation of goods, and emergency search operations on any floor of a building.
Intelligent Vending Machine
Description: The snacks vending machine is designed to use GSM communication to manage and make payments via a mobile phone.
Students:
Amar Abbas (101519042)
Aqeel Ahmed (101519043)
Sohail Yasir (101519084)
Visible Light Communication Point-to-Point Link
Description: Laser lights and solar cells are used to communicate over large distances using the laser beam.
Students:
Semester Projects
Single Axis Solar Tracking System using Microcontroller
Students:
Owais Ahmad (14EE511)
Usama Ali (14EE514)
H. Samiullah (14EE522)
Danish Raza (14EE527)