Department of Electrical Engineering (BUES): Recent submissions

  • Distributed Control System (P-0151) (MFN 3202) 
    Atif Mehmood; Farrukh Anwar; Muhammad Usman (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    From the very beginning of industrial revolution, efforts are being made for a safe, efficient and modern control system. Distributed Control System (DCS) is one of control systems which control the parameters of the ...
  • Electric Bicycle (P-0150) (MFN 3203) 
    Humera Khalid; Asadullah Khan (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    Ambition of this report is to bestow the description of cognitive operation of planning, designing and testing an Electric bicycle that makes common people independent of expensive fuels, fuel shortage that have been a ...
  • Dissemination of hydrogen energy in Mobile charging (P-0149) (MFN 3204) 
    Muhammad Talha Ejaz; Muhammad Junaid Siddique; Muhammad Abdullah Badar (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    Hydrogen fuelled electricity generation is an emerging option to encounter the contemporary requirement of electricity. European Union parliament has passed a law that the transport system has to be transformed on to ...
  • Intelligent Cash Deposit System (P-0148) (MFN 3205) 
    Abdul Mannan Khan; Umair Ahmed; Faisal Ilyas (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    Self-service has undoubtedly helped banks stand out from the competition, by diverting routine tasks from employees so they can concentrate on serving customers. Banks in Pakistan mostly provide cash withdrawal services ...
  • Ultrasonic collision avoidance system for vehicles (P-0147) (MFN 3206) 
    Syed Qaiser Hussain (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    It is a common observation that smokes, fog or the negligence of drivers results in road accidents. I have a designed a system that is efficient enough to sense any obstacle, the motion of the car which is coming in front ...
  • Rescue Robotic Boat (P-0146) (MFN 3207) 
    Mansoor Khan; Rustam Khan; Sayed Qasim Shah (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    The main purpose of this project is to save water-based victims/objects. There are two methods to save water-based victims/objects i.e. through helicopters/sea planes or through boats. Air-borne vehicle is too expensive ...
  • Prosthetic bionic arm using EMG (P-0145) (MFN 3208) 
    Ch. Umair Amjad; Sheryar Ali (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    EMG mechanism is essential for efficient recording and analyzing the muscles activity, so the issue is addressed by implementing it in the field of autonomous prosthetic limbs. EMG based robotic arm is constructed and ...
  • PLC based pill packing system (P-0144) (MFN 3209) 
    Yaser Hameed; Umair Khan (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    PLC is one of the many widely used powerful and efficient tools in the automation industry. This machine is readily programmable and reliable for use, and can withstand harsh industrial conditions. The input from the ...
  • Prototype of Maglev Train (MFN 3210) (MFN 3210) 
    Mohsin Riaz; Syed Qalb-e-Muhammad; Fakhar Jahan Tipu (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    A levitation train is a train system which is levitated in the air with the help of a number of magnets on the railway track and the rail car. These magnets are fixed in such a way that the faces of magnets on the track ...
  • Unlicensed radio station monitoring system (P-0142) (MFN 3211) 
    Muhammad Ihsan; Farhan Ullah; Falak Ali Khan (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    The end product of this project is a device which scans and then identifies illegal FM radio stations broadcasting in the vicinity while pinpointing the direction of origination. Frequencies of unlicensed stations are ...
  • Design Analysis and manual Control of Response of sine PWM Inverter for speed control of DC motor (P-0141) (MFN 3212) 
    Kashif Mehmood (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    An inverter which converts DC (Direct Current) to AC (alternating current). With the use of suitable switching circuit (electronic circuit and control circuit), converted alternating current can be at any required voltage ...
  • Implementation of I/O modules of 8051 on FPGA (P-0140) (MFN 3213) 
    Zahra Abdullah; Aqsa Khan (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    The project is about design and implementation of input/output modules for 8051 microcontroller on FPGA. There are 4 input/output ports of 8051 microcontroller. The aim of this project is to implement SPI, UART, and ...
  • A system for Classification of Diabetic Retinopathy (P-0139) (MFN 3214) 
    Ibaa Jamal (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    Medical image analysis is very popular research area these days in which digital images are analyzed for the diagnosis and screening of di erent medical problems. Diabetic retinopathy (DR) is an eye disease caused by the ...
  • Designing the industrial auto picking dropping and stamping system (P-0138) (MFN 3215) 
    Fahad Aslam; M. Adil Malik (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    This project is the application of dropping & stamping mechanism. It consists of three modules robot-ic arm, conveyor belt and stamping machine. It covers various aspects of current industrial applica-tions. When system ...
  • MIMO System for Wireless Communication (P-0137) (MFN 3216) 
    Danish Ali Chaudhary; Adnan Yousaf; Luqman Tahir (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    Due to the growing power of communication industry wireless communication brought a revolutionary change and become the largest medium of providing high-speed and high-quality information globally. On the basis of encountering ...
  • WI-MAX based Self Navigating UGV with Optimal Path Planning (P-0136) (MFN 3217) 
    Maliha Rafiq; Farhana Afshan (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    The basic purpose of our final year project is to make WIMAX based surveillance UGV with optimal path planning. A project with this concept was completed by Bahria University final year engineering students last year. ...
  • Design, Simulation & Fabrication of Rectangular Patch Antenna at 2.5 GHz for ISM band Applications (P-0135) (MFN 3218) 
    Samak Rizwan; Waqas Farooq (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    ISM (Industrial, Scientific and Medical band) forms a part of the radio spectrum that can be used without a license in most of parts of the world. One of its most important unlicensed bands is the 2.5 GHz band (2500-2690 ...
  • Design, fabrication and control system of wind turbine (P-0134) (MFN 3219) 
    Farrukh Adeel; Saqib Munir; Saad Shamsher (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    Our wind turbine has efficient design. It consists of blades, low RPM three phase permanent magnet generator, Gear Box, Anemometer and Rudder. Wind blowing over the blades causes the blades to lift and rotate. Generator ...
  • Programmable Matter (P-0133) (MFN 3220) 
    Ubair Riaz; Zain Javaid; Muhammed Bukhash; Junaid Sultan (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    The purpose is to design such a digitized material; a basic building block which can perform computation ,sensing ,actuation ,orientation ,communication and displaying graphics at ultra low power as continuous abilities ...
  • EEG Data Acquisition (P-0132) (MFN 3221) 
    Omar Sarwar; M Shoaib Raza; Awais Ahmed Alvi (Electrical Engineering, Bahria University Engineering School Islamabad, 2012)
    The thesis discusses the integrated framework to design a simple and economical EEG data acquisition system. The research has been divided into blocks or components which when combined together deliver a system functionality. ...

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