Final Year Project Report (BUES): Recent submissions

  • Petrophysical analysis of Qadirpur-14&15 wells, central Indus basin Pakistan (P-0873) (MFN 3279) 
    Waqas Talib; Asif Gondal; Khawaja Fahd Noor (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2012)
    The main objective of the study area is to know about the geological setting and perform the petrophysical analysis to evaluate hydrocarbon potential of Qadirpur-14&15 wells. The project was initiated by taking into account ...
  • Petrophysical analysis using wireline log data of Rajian-01 well, district Chakwal, upper Indus basin Pakistan (P-0871) (MFN 3280) 
    Ahmed Bilal; Jamshed Akhtar (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2012)
    Pakistan occupies a total onshore and offshore sedimentary area of about 828,800 square kilometers. It represents the most extensive active collision region in the world. Its sedimentary exposures and geological structures ...
  • Geotechnical properties of soil and its implication on the foundation design of park enclave, Chak Shehzad, Islamabad (P-0870) (MFN 3281) 
    Faisal Mushtaq; Saqib Pervez (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2012)
    Islamabad, the capital city of Pakistan is a planned city constructed since 1960 at the foot of the Margalla Hills just north of the old city of Rawalpindi. Expert engineering is required for construction purposes because ...
  • A balanced cross section from Balkasar to Lillah across central Salt Range, Kallar Kahar, Punjab Pakistan (P-0872) (MFN 3282) 
    Ehtisham Javed; Qaisar Farooq; Shahbaz Bahadar (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2012)
    Islamabad, the capital city of Pakistan is a planned city constructed since 1960 at the foot of the Margalla Hills just north of the old city of Rawalpindi. Expert engineering is required for construction purposes because ...
  • Petrophysical analysis of Nandpur well #02, central Indus basin, Pakistan (P-0874) (MFN 3283) 
    Shakeel Ahmed Awan; Waqas Manzoor; Muhammad Azeem (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2012)
    The main purpose of the study is to evaluate the petrophysical analysis of the study area,Nandpur reservoir was identified by OGDCL in 1984 and 1985 through the completion and evaluation of 170 kilometers of seismic survey ...
  • Structural evaluation of Dandot Area, Kallar Kahar, Punjab, Pakistan (P-0875) (MFN 3284) 
    M. Owais Shahzad Khattak; Hassan Ali; Shakeeb Ur Rahman (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2012)
    The balanced and restored structural model in this research suggests that the Salt Range thrust emanating from the basal detachment at crystalline evaporites interface evolved as blind thrust with staircase trajectory. No ...
  • Petrophysical analysis of choti-01 well, Central Indus basin, Pakistan (P-0869) (MFN 3285) 
    Abdullah Sharjeel; Waqas Gillani; Wasiq Ayub (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2012)
    Choti well # 1 was drilled by oil and gas developing company limited (OGDCL). There was no significance gas discovered in this well & it is currently abandoned. Climate of Choti village is arid and vegetation is low. The ...
  • 2-D Seismic Interpretation, evaluation of reservoir characteristics and reserve estimation of Bhangali-01 Well, Potwar Sub-basin, Pakistan (P-0868) (MFN 3286) 
    Muhammad Ghazi Hunain; Muhammad Talha Butt; Sheikh Aqeel Ahmed (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2012)
    Bhangali oilfield is located approximately 50 km south-east of Islamabad in Gujjarkhan District, Rawalpindi. Bhangali field was discovered in 1989 and started production from Bhangali-01 in October 1989. The purpose of ...
  • Base Transiver Station (bts) Alignment (P-0283) (MFN 5451) 
    Mehtab Khan (Electrical Engineering, Bahria University Engineering School Islamabad, 2016)
    The principle aim of my work is to introduce an automated alignment system for directional antennas in order to provide reliable communication services in the coverage area of the system. It can reduce consumption of ...
  • Audience Based Smart Advertisement Selection (P-0284) (MFN 5453) 
    Fahad Nayyar, 01-133122-025; Salman Tauqeer, 01-133122-079 (Electrical Engineering, Bahria University Engineering School Islamabad, 2016)
    Observer Based Advertisement (OBA) is an innovative and smarter way to display the commercials or ads. As most of the advertisement now a days are not means of concern to the people and majority of advertisement is ignored ...
  • Intelligent Vehicular Accident Prevention System (P-0285) (MFN 5477) 
    Muhammad Waqas; Abdul Qadir Shahbaz (Electrical Engineering, Bahria University Engineering School Islamabad, 2016)
    To design a system that can sense accidental condition by communicating other vehicle. This system is capable of generating warning and insure safety by automatically applying brakes in a critical condition. Convenient ...
  • Auto Car Parking (P-0286) (MFN 5478) 
    Waqas Ahmad; Rahmatullah Safder; Hassan Bin Tariq; Muhammad Bilal (Electrical Engineering, Bahria University Engineering School Islamabad, 2016)
    Parking is a major issue for a driver of any age which can be complex and difficult in some situations. This project enables us to design a prototype for cars that can park and retrieve back automatically. The main ...
  • CardioCare (P-0118) (MFN 5485) 
    Muhammad Farhan Mushtaq; Taha Sheryar; Arslan Tariq (Computer Engineering, Bahria University Engineering School Islamabad, 2016)
    Lack of health facilities is a huge problem for the rural population as satisfactory health facilities are all concentrated in urban centers, thus leaving a huge population for quacks and general physicians.. Due to the ...
  • Digital Steth Based Pneumonia Detection (P-0119) (MFN 5486) 
    Tahir Mehmood; Muhammad Nouman Nasir; Usman Naveed (Computer Engineering, Bahria University Engineering School Islamabad, 2016)
    Respiratory sound signal analysis helps in distinguishing normal respiratory sounds from abnormal respiratory sounds and this can be used to accurately diseases as is done by a medical specialist via auscultation. A ...
  • Smart Internet of Things Device (P-0120) (MFN 5487) 
    Muhammad Essa; Muhammad Rafaqat; Nouman Ilyas (Computer Engineering, Bahria University Engineering School Islamabad, 2016)
    This report presents a low-cost and flexible solution to control and monitor home and industrial appliances. The Popularity of automation devices has increased greatly in recent years due to higher affordability and ...
  • Learning Management System (P-0121) (MFN 5488) 
    Maria Mehmood (Computer Engineering, Bahria University Engineering School Islamabad, 2015)
    Learning Management System is taking into account E-learning i.e. online learning. LMS can give the understudy to visit the course site where understudy can view course data like course outline, FAQs, useful links, related ...
  • Sign Language Translator (P-0122) (MFN 5490) 
    Umar Mukhtar; Hamza Riaz; Bilawal Hussain (Computer Engineering, Bahria University Engineering School Islamabad, 2016)
    Language has provided humans a mean to communicate with each other. Humans communicate with each other through a language they understand but some humans are not blessed with this. Some humans are not normal enough to ...
  • Wireless Sensor Network Security System (P-0123) (MFN 5491) 
    Junaid Imtiaz; Rizwan Khalid; Saad Ahmad Malik (Computer Engineering, Bahria University Engineering School Islamabad, 2016)
    Intrusion detection is a surveillance dilemma of rational importance that is well suited to wireless sensor networks. In this project, we study the functions of sensor networks to the intrusion detection problem and ...
  • Parking Guidance System Using Wireless Sensor Networks (P-0124) (MFN 5492) 
    Ammar Ahmad Malik; Hassaan Ali Khan (Computer Engineering, Bahria University Engineering School Islamabad, 2016)
    The aim of the study was to develop a smart parking system using Wireless sensor networks (WSN) that are now used in almost all fields for different application such as Monitoring a marine life in oceans, health monitoring, ...
  • Accident Prevention System (P-0125) (MFN 5493) 
    Syed Wasim Haidar; Farhan Haroon (Computer Engineering, Bahria University Engineering School Islamabad, 2016)
    This project is based on providing an automatic pre-crash danger indication strategy in order to avoid a collision. As the name indicates that this project focuses on providing an attractive, low in price and intelligent ...

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