Final Year Project Report (BUES): Recent submissions

  • Electronic Eye for BVI (Blindness and Visual Impairment) (P-0022) (MFN 6693) 
    Rohina Roma Dutt, 01-133142-248; Qurat-ul-Ain, 01-133142-244; Sibtain Ali, 01-133142-252 (Computer Engineering, Bahria University Engineering School Islamabad, 2018)
    Individuals with visual disability confront different issues in their everyday life as the cutting edge assistive gadgets are frequently not meeting the customer prerequisites in term of cost and level of help. This paper ...
  • Assistive Device for Mute People (P-0023) (MFN 6692) 
    Hadia Tahir, 01-133142-220; Adda Fatima, 01-133142-213; Mahnur khan, 01-133142-226 (Computer Engineering, Bahria University Engineering School Islamabad, 2018)
    Researches indicate that electroencephalography (EEG) can be used to classify data of imagined speech. It can be further utilized to develop speech prosthesis and synthetic telepathy systems. The objective is to show a ...
  • Anti-Drowning System (P-0024) (MFN 6691) 
    Rehan Waleed Khalid, 01-133142-246; Syed Hassan Faraz, 01-133142-268; Mirza Saad Kamal, 01-133142-262 (Computer Engineering, Bahria University Engineering School Islamabad, 2018)
    This framework is extremely useful for sparing the life of a man suffocating in the water. This is finished by educating the pulse rate of any individual in the water to the lifeguard/concerned individual. Our framework ...
  • Miniature Self Driving Car (P-0025) (MFN 6690) 
    Rafi Ullah, 01-133142-245; Rida Maryam, 01-133142-247; Ali Saeed, 01-133142-215 (Computer Engineering, Bahria University Engineering School Islamabad, 2018)
    It is believed that human error is the primary cause of vehicular accidents. The human driver makes a driving mistake once in about 88 miles. Traffic related issues like traffic congestion, failure to obey traffic signals ...
  • Rfid Based Toll Collection System (P-0026) (MFN 6689) 
    Dildar Hussain, 01-133142-218; Abdul Basit, 01-133142-211; Shujaat Hussain, 01-133142-251 (Computer Engineering, Bahria University Engineering School Islamabad, 2018)
    While driving along Highway, we all encounter single or multiple booths in which we have to pay a fixed amount of money to the Highway authority, this mechanism is toll collection. Manual Toll Collection is the most widely ...
  • Health Care Robot (P-0027) (MFN 6688) 
    Muhammad Muzammil Qadri, 01-133142-236; Muhammad Ali, 01-133142-231; Abdul Haseeb, 01-133142-212 (Computer Engineering, Bahria University Engineering School Islamabad, 2018)
    This report depicts the methods for examining, outlining, controlling and enhancing the administration arrangement of medicinal services. A health care line following robot is specially designed for the purpose of delivering ...
  • Biometric Chelan System (P-0028) (MFN 6687) 
    Shahab Khalid, 01-133142-249; Muhammad Kashif Sohail, 01-133142-235 (Computer Engineering, Bahria University Engineering School Islamabad, 2018)
    The current traffic challan system is lacking in providing basic deliverables which causes the general public to suffer at the hands of the traffic warden. Corruption carried out by the traffic personals is the most reported ...
  • Smart Restaurant & Autonomous Serving (P-0029) (MFN 6686) 
    Adil Khurshid, 01-133142-214; Jawad Shakrullah, 01-133142-223; Muhammad Naeem, 01-133142-238 (Computer Engineering, Bahria University Engineering School Islamabad, 2018)
    Restaurant automation means the use of restaurant management system to automate the major operations of a restaurant. More recently, restaurants or cafes that are completely or partially automated in the services they are ...
  • Internet based vehicle tracking and Surveillance system for CPEC route (P-0030) (MFN 6685) 
    Syed M. Sarmad Abbas, 01-133142-255; Misha Amer, 01-133142-229; Muheed Naseem, 01-133142-240 (Computer Engineering, Bahria University Engineering School Islamabad, 2018)
    The security and safety of Pakistan is vulnerable and according to the new advancements in Pakistan, CPEC route is the big development and containing transfer of goods from one place to another on big vehicles, now to ...
  • 2-D seismic structural and petrophysical analysis with reservoir evaluation of Sinjhoro area, lower Indus basin, Pakistan (P-1205) (MFN 6434) 
    Muhammad Danish Rasheed; Muhammad Sumair; Owais Ali (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)
    The main purpose of the study is to evaluate hydrocarbon potential of Sinjhoro area that lies in Sindh monocline, Southern Indus basin for delineation of potential leads for future prospects. This is based on the seismic ...
  • 2D seismic interpretation and petrophysical analysis of Meyal area, upper Indus basin, Pakistan (P-1204) (MFN 6433) 
    Abdul Wahab; Anil Anis; Shahrukh Khan (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)
    In the present study the subsurface structure analysis and hydrocarbon potential of the Meyal area was determined by the seismic interpretation and petrophysical analysis, respectively. The utilized data in the study ...
  • Petrophysical analysis of Qadirpur # 3 well, central Indus basin Pakistan (P-0971) (MFN 6432) 
    Mamoor Anwar Khan (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2016)
    The main objective of the study is to evaluate the hydrocarbon potential of Qadirpur # 3 well. The well is located approximately 70 Ian to the northeast of Sukkur and 100 Ian to the east of Jacobabad in Ghotki, Sindh ...
  • 2D seismic interpretation and petrophysical analysis of Dhodhak area, central Indus basin, Pakistan (P-1222) (MFN 6363) 
    Usman Nasir; Muhammad Jehanzeb; Muhammad Nouman Faisal (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2018)
    The main purpose of this study is to evaluate the hydrocarbon potential of Dhodhak area, Middle Indus Basin, Pakistan. The major structure present in the area is the Sufaidkoh anticlinolium. A structure marked in the study ...
  • 2D seismic structural and petrophysical analysis of Ziarat area, middle Indus basin, Pakistan (P-1221) (MFN 6362) 
    Muhammad Rizwan; Muhammad Saadullah; Tayyab Saleem (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2018)
    The main purpose of the study is to evaluate hydrocarbon potential of Ziarat area that lies in middle Indus basin for delineation of potential leads for future prospects. This is based on the seismic and well data respectively. ...
  • 2D seismic interpretation and petrophysical analysis of Dhurnal area, upper Indus basin, Pakistan (P-1220) (MFN 6361) 
    Hina Hussain; Nayab Batool; Sobia Aslam (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2018)
    This research work aims to understand the structural framework and reservoir potential of Dhumal area. The study is divided into two parts. In the first section, interpretation of available seismic lines was carried out ...
  • 2D seismic interpretation and crustal shortening analysis of Khaur area, upper Indus basin, Pakistan (P-1219) (MFN 6360) 
    Faheem Shabbir; Syed Ali Shabbar; Zain ul Hassan (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2018)
    The major aim of this thesis is to study the Structure and Hydrocarbon potential of Khaur Area, with the help of Seismic Data. Khaur area lies. The Potwar sub-basin is situated at the northern margin of the Pakistan in the ...
  • 2D seismic data interpretation of Meyal area upper Indus basin, Pakistan (P-1217) (MFN 6359) 
    Muhammad Usman Zafar; Wahab Saleem; Khirman Farrukh (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2018)
    In the present study the subsurface structure analysis of Meyal area was determined by the seismic interpretation. The utilized data in the study consists of four dip lines and one strike line. In the seismic data ...
  • 2D seismic interpretation and petrophysical analysis of Minwal oil field upper Indus basin, Pakistan (P-1202) (MFN 6357) 
    Bilal Nawaz; Fawad Ahmad; Zain Ali (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)
    Minwal block lies in the southeastern part of Potwar sub-basin. 2D seismic data has been used for the delineation of the subsurface structure of Minwal block and for the reservoir rock analysis, wireline log data of two ...
  • Structural interpretation and petrophysical analysis of Kandra area, central Indus basin, Pakistan (P-1200) (MFN 6356) 
    Aleesha Ahmed; Misbah Zahid; Mesam Raza (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)
    The main purpose of this study is to estimate hydrocarbon potential of Kandra area, Central Indus Basin based on its structural geology and petrophysical analysis. Geographically, the study area lies in Sukkur district, ...
  • 2D seismic interpretation of Meyal area, upper Indus basin, Pakistan (P-1218) (MFN 6355) 
    Muhammad Uzair Hamza; Tallat Mehmood; Muhammd Zain-Ul-Abideen (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2018)
    The area of Meyal lies to the north of Potwar Sub-basin, Upper Indus basin, Pakistan. 2D seismic interpretation on the area of MEYAL reveals that the area is abundantly faulted and structurally complex owing to the ...

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