BEE (BUES-FYP): Recent submissions

  • Electric Car (Designing and Development) (P-0175) (MFN 2985) 
    Usama Bin Riaz; Muhammad Umair Bin Saleem; Muhammad Ehtehshaam Sabir (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    We are trying to introduce a new electric car in our country that will overcome the ordinary running cars on petrol, diesel or CNG. This car would be capable of running within a city easily. It would be a front wheel ...
  • Power Line Communication (P-0174) (MFN 2986) 
    Qasim Zia; Adeel Khalid, 01-133052-002 (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    In the modern age of I.T (Information Technology), our focus is on the creation of information dispersion. In order to reach the end user for the provision of information, the most popular technologies that are now being ...
  • Predaid based GSM energy meter (P-0173) (MFN 2987) 
    Mohammad Saad Qamar; Sharjeel Ikram Jamali (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    Every month we can see a person standing in front of our house from Electricity whose duty is to read the energy meter and handover the bills to the owner of that house. This is nothing but meter reading. According to ...
  • Solar Tracker Energy Generation System (P-0172) (MFN 2988) 
    Armughan Sohail; Haris Azher Qureshi (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    This project is a source of renewable and clean form of energy for either business or home usage. It incorporates the design of a micro based controller solar tracking system which stores energy via photovoltaic arrays ...
  • Bottle Filling Machine Using PLC and SCADA (P-0171) (MFN 2989) 
    Adnan Shaffi; Afaq Khan; Mahd Rashid Malik (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    The object of this project is to design a Bottle Filling System an Industrial Process Control using Programmable Logic Controllers (PLC) and Supervisory Control and Data Acquisition (SCADA) software for continuous monitoring ...
  • Automated mixing and packing system (P-0170) (MFN 2990) 
    Jawad Ahmed; Danish Rahim Baig (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    In today’s world technology is so advance that all the big things are converted into small and by having this concept in mind this project is about converting the canning system into a small system which works same as a ...
  • Automated Stair Climbing Robot (P-0169) (MFN 2991) 
    Ahsan Habib; Hassan Shahid; Muhammad Haseeb (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    ABSTRACT This project is about building an automated robot which will find its track on its own, and will also sense the stairs and climb it. It will be able to overcome any obstacle that comes in its way. Nowadays engineers ...
  • Automation based cooling tower and home heating system (P-0168) (MFN 3043) 
    Naeem Ur Rehman (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    Automation based cooling tower and home heating system is an idea emerged from the famous EU Company ‘Vaillant’. Vaillant provides home heating solutions using Natural Gas or Solar Energy as the main source of energy. This ...
  • Robotic Alarm Clock (P-0167) (MFN 3102) 
    Sana Abid; Mehr Ijaz; Komal Rizwan (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    The following report details the research and development of a Robotic Alarm Clock. Robotics is an inspirational field. It generally gives you the sense of giving birth to an invention by pouring in your talents and skills, ...
  • Poor Man's BMW (Electric Bicycle) (P-0166) (MFN 3187) 
    Asif Bilal; Nishat Afza; Nauman Latif Raja; Muhammad Usman Tahir (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    The objective is to design an electric bicycle beneficial for the common people by providing an efficient and cheaper mode of transportation. It covers a distance of 40 km on a fully charged battery attaining maximum ...
  • Automated Car Parking System (P-0165) (MFN 3188) 
    Shahrukh Abbas, 01-133082-040,; Muhammad Waleed Khan, 01-133082-042,; Irfan Khan, 01-133082-026 (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    This thesis presents parking of a car in a parking system autonomously . Parking a car in a parking is something that many drivers struggle or find it hard although there are a handful of utilities available with regard ...
  • Autopilot Navigation System (P-0164) (MFN 3189) 
    Ali Aqdas, 01-133082-209,; Syed Basharat Hussain Shah, 01-133082-105 (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    Autopilot enables an airplane to fly autonomously. This project is an inspiration from UAV drone. The project has two phases. One phase is for construction of airplane and second phase of development of autopilot system ...
  • GSM based Car automation and security (P-0163) (MFN 3190) 
    Faiz ur Rehman, 01-133072-099 (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    The motivation behind GSM based car automation is extreme temperature conditions and unsecure environment. This system provides two functionalities i.e. automation and security. The automation part of the system deals ...
  • Smart digital energy meter (P-01620) (MFN 3191) 
    Hafiz M. Ahmed; Soman Aksar; Ahmed Shahid (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    The project is entitled to replace conventional energy meters with digital meters. Digital Meters are more accurate and can be enhanced according to technology up gradations. The technological up gradations enhance ...
  • Concentrated Solar Cell Power Generation (P-0161) (MFN 3192) 
    M. Rahaman Azam; Umar Riaz; Syed Atif Rafiq Shah (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    The Concentrated Solar Cell Power Generation is a mechanism which enables the user to enhance the efficiency of a solar panel. By using reflective mirrors, we have enhanced the efficiency of the solar panels by allowing ...
  • Finding Radar Cross Section of an object and reducing it (P-0160) (MFN 3193) 
    Syed Osama Hassan; Mubashir Saeed (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    Radar Cross Section of an object is the measure of its size seen by a radar and is expressed as m2. RCS depends upon the relative size of the object. An object is modeled in 2D system using different materials and then its ...
  • Electronic Voting Machine (P-0159) (MFN 3194) 
    Muhammad Kamran; Maaz Ajab (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    Electronic voting machine is created which is integrated with Visual Studio 6 software using with finger print recognition. The fingerprint bio-metric machine uses image processing for voter identification. After completing ...
  • Accelerometer Glove as an Input Device for Personal Computers (P-0158) (MFN 3195) 
    Fahad Tariq; M. Rashid Sultan; Anam Nishat Satti (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    This project presents the implementation of new hardware for human computer interface (HCI) i.e. mouse and keyboard. We implemented mouse and keyboard in air with the help of accelerometer ADXL 335. The method performs ...
  • Three Phase Automatic Generator Interface with GSM (P-0157) (MFN 3196) 
    Zahid Habib Satti; Mubasher Irfan Abbasi (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    In this fast and advance world many inventions on daily base. As the world is getting busier the demand of the automated system is also increasing as well. It is not possible to promote development in our country with ...
  • 8-Bit 8051 Microcontroller Design Using FPGA (P-0156) (MFN 3197) 
    Kaynat Zia; Ahsan Ikram; Asim Altaf Shah (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    The project is to design and implement 8-bit 8051 Microcontroller using FPGA. The design parameter includes ALU (Arithmetic Logic Unit), Memories, Instruction register (IR) and Program counter (PC) and control Finite State ...

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