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BEE (BUES-FYP): Recent submissions

  • Industrial Power Factor Correction (P-0194) (MFN 2826) 
    Tariq Ajmal; Rashid Aleem (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    The main idea behind the project was to design and implement a real time power factor monitoring and correction system. Power factor calculation can be done by measuring the lead/lag angle between the voltage and the current ...
  • I-Robot (P-0193) (MFN 2827) 
    Aeman Ibrar; Shahzada M Shahrukh; Tayyaba Qaiser Qurashi; Zeeshan Asghar (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    Our project is the construction of an autonomous line tracking and color sensing robot, with the added enhancement of a voice module for wirelessly controlling the robot. The autonomous robot is capable of tracking white ...
  • Design and implementation of a control system for de-mineralized water plant (P-0192) (MFN 2828) 
    Rana Ali Arslan; Faheem Khalid (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    Design & Implementation of a Demineralized Water Plant,as the name indicates,is a fully automated plant which continuously monitors and maintains the pH of water at a certain value.The main purpose and theme of doing this ...
  • Voice Enabled Automation System (P-0191) (MFN 2829) 
    Awais Malik, 01-133072-091; Mehtab Bashir, Mehtab Bashir; Momena Malik (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    The aim of the project is to design a voice enabled home automation system. The general idea behind this project is that whenever a voice command is given to the system, then the system should understand the command and ...
  • Automated environment control chamber intelligent green house control system (P-0190) (MFN 2830) 
    Adeel Aslam Cheema; Ahsan Bin Sarfaraz (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    Automated control systems are very essential for the environment control in the greenhouses. The increase in plantation productivity is also becomes urgent thing in human life. The appropriate environment conditions are ...
  • Hardware Design and Implementation of Online Energy Calculator through Wireless Sensor Node for Fixed Time Interval (P-0189) (MFN 2831) 
    Faisal Mahmood; Hafiz Asad Aziz; M. Fahad Ali (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    The project which we have worked on and have explained the theoretical and practical results in this booklet is about the wireless sensor networks. In wireless sensor networks we have to face many issues in the designing ...
  • GPS Based Smart University Bus Via Mobile Communication (P-0188) (MFN 2832) 
    Salman Munir; Shahzad Hassan; Nasir Ali (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    The project is to implement a system in a University bus with a full control room, where the server terminal controls different services of the bus. The project is based on three functional divisions. These three divisions ...
  • Wireless IP video encoded surveillance (P-0187) (MFN 2833) 
    Umair Iqbal; Usman Khawar (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    It is a system designed for remote surveillance through an IP Camera with PnP capabilities and power redundant features. The System is easily connected to a Wi-MAX device and enables real-time updates of high-quality video ...
  • Rotating led message display system (P-0186) (MFN 2834) 
    Syed Ali Yawar; Umair Abbasi (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    The project constitutes a message displaying device, in which it uses fast rotating LEDs as the o/p device. This implementation is based on a matrix display system using LEDs. The matrix display system displays messages ...
  • Low cost solar panel with DC cooling system and electronic banner (P-0185) (MFN 2835) 
    M. Amar Siddique; Osama Iftikhar; Sajid Mehmood (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    Low cost solar panel is of 180 watt. (20volts and 9amps) and drive two applications. First application is dc cooling system. And second one is Electronic LED banner. Cooling system will run through batteries and as well ...
  • Improvisation of GSM Core Network KPIs (P-0184) (MFN 2836) 
    Muhammad Waqas; M. Owais Shabbir, 01-133052-067 (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    As in the current scenario of Pakistan telecom operators, the network deployment is completed. No new expansion in case of network entities as well as software up gradation is required. Each operator here has same network ...
  • RFID Based Attendance and Monitoring System (P-0183) (MFN 2837) 
    Waqaace Jalal Bhatti; Wahaab Jalal Bhatti; Waleed Bin Rashid (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    In this world we live in change world and change perspective of time.
  • Design and implementation of an Algorithm for Sustainable Quad Copter Flight (P-0182) (MFN 2838) 
    Nauman Yousaf Toor; Munim Mirza; Uzair Amir (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    In this technologically fast and advance world many inventions are made on daily basis. One such practically appreciable innovation in copters design is the quad rotor/copter. Although the idea was as ancient as the other ...
  • Voice Controlled Hands Free Cell Phone Kit (P-0181) (MFN 2839) 
    Ahsan Hafeez Abbasi; Shaikh Mubashir Khalid; M. Bilal Mansoor (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    Technology can be good when used positively or can be hazardous when used inappropriately. Mobile Phone has brought a revolution in communication but is also the culprit behind numerous traffic accidents. According to an ...
  • Indoor Positioning System (P-0180) (MFN 2840) 
    Sana Latif, 01-133072-053; Wajiha Haq, 01-133072-068; Rafia Tariq, 01-133072-047 (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    Our project INDOOR POSITIONING SYSTEM is a system in which we can locate the position of an object in an indoor environment utilizing ultrasonic waves generated by narrow directional ultrasonic transmitter. To achieve the ...
  • Real Time 16-Bit Microprocessor Design & Implementation (P-0179) (MFN 2841) 
    Muhammad Ahmed; Arslan Malik; Mohsin Ghaffar (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    This project is about the design and implementation of a real time 16-Bit microprocessor called Machine Architecture that is Really Intuitive and Easy (MARIE). MARIE is a Reduced Instruction Set computing (RISC) machine. ...
  • Barcode based security system (P-1559) (MFN 2981) 
    Sohail Safdar; M. Usman; Zeeshan Arif Haral (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    This project is bascially GSM communication project with refernence to other electrical purpose and computer engineering with help of electrical engineering is envolve
  • Simulation of Smart Antenna with Different Algorithms (P-0178) (MFN 2982) 
    Shahroze Mehdi Sial; Talal Jehandad (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    The project is about simulation of smart antennas with different algorithms and noting different characteristics of the smart antenna like beam formation, directionality, antenna diversity, beam-width etc. There are lots ...
  • Stabilization of Cart Pole System (P-0177) (MFN 2983) 
    Ali Hassan, 01-133062-003 (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    To stabilize an inverted pendulum is quite a challenge in control theory and engineering. Many researchers and scientists adopted different techniques for solving this problem. This part of control theory is an area of ...
  • Industrial Process Control (P-0176) (MFN 2984) 
    Haroon Rasheed, 01-133052-013 (Electrical Engineering, Bahria University Engineering School Islamabad, 2011)
    The following report details the research and development of an Industrial Process Control. This is an Industrial Process Control in which the sequence of process flow is decided for controlling the parameters like liquid ...

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