Final Year Project Report (BUES): Recent submissions

  • Pak-E-health & Telemedia Consultants (P-0570) (MFN 4820) 
    Usman Azad, 01-133102-248; Qasim Abdullah, 01-133102-156 (Software Engineering, Bahria University Engineering School Islamabad, 2014)
    The aim of this project is to design the Pak‐E‐Health and telemedia consultants for the users to interact through mobile devices. This project consists of two modules such as Web Portal and android Mobile Application ...
  • Automated Quran Referencing System (P-0595) (MFN 4821) 
    Hafiz Muhammad Hashim Khalid, 01-133112-103; Muhammad Fahad, 01-133112-118 (Software Engineering, Bahria University Engineering School Islamabad, 2015)
    Many systems (E‐Hifz system) are available which assist in Arabic pronunciation, learning and memorization of the Holy Quran. They do not provide facility of referencing based on audio input (Quranic verse). Reference to ...
  • Solar Powered School System (P-0100) (MFN 4822) 
    Hassan Gul, 01-133102-200; Osama Bin Zubair, 01-133102-223; Osama Shafiq, 01-133102-224 (Computer Engineering, Bahria University Engineering School Islamabad, 2014)
    The following report details the research and development of a solar powered school system. Solar energy is rapidly gaining importance as an energy resource as fossil fuels prices fluctuate at educational level it is ...
  • Detection of Lung Cancer Nodules through CT scan Image (P-0101) (MFN 4823) 
    Saqib Riaz Maken, 01-133102-232; Rabnawaz Gondal, 01-133102-229 (Computer Engineering, Bahria University Engineering School Islamabad, 2014)
    Lung cancer is very dangerous for health. It mostly occurs in men due to smoking. It is important to detect the lung cancer nodules and give them to doctors so that they start treatment. This project is design to standardize ...
  • Wireless Health Monitoring System for Patients (P-0102) (MFN 4824) 
    Abdul Rauf Roofi, 01-133102-189; Farhal Sajjad, 01-133102-196; Mamoon Rashid, 01-133102-209 (Computer Engineering, Bahria University Engineering School Islamabad, 2014)
    In real life, almost all the projects have strict requirements of time and cost. This wireless health monitoring system was designed and implemented to achieve a lower power, lower cost and reliable monitoring system ...
  • Real time Image Stitching Using BeagleBoard (P-0103) (MFN 4825) 
    Hamza Ahmed Khan, 01-133102-195; Salman Shahid, 01-133102-231; Ramsha Chaudhry, 01-133102-227 (Computer Engineering, Bahria University Engineering School Islamabad, 2014)
    In surveillance areas security is the main issue. Use of multiple cameras for surveillance always has limitation of the limited field of view. In our project, we try to tackle this problem by using image stitching technique. ...
  • Fracture analysis of Stratigraphic succession exposed in Margalla Hill, Shah alla Ditta section, Islamabad Pakistan (P-0922) (MFN 4839) 
    Ibrar Yousaf (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2014)
    The basic intent of this study is to decipher the variation of fracture development in Samana suk, Lockhart, and Margalla Formations. Data for the fracture analysis was collected from 07 station points with an average ...
  • Petrophysical Analysis of Sonro-04 well, Southern Indus Basin, Pakistan (P-0947) (MFN 4840) 
    Abdul Wasay Bin Zahid; Hassaan Anwer; Maaz Ali (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2015)
    The main objective of the study is to evaluate the petrophysical properties of Sonro-04, Southern Indus Basin, Pakistan. This is located in Hyderabad district, Sindh about 1395 km south of Islamabad having coordinates ...
  • Petrophysical Analysis of Qadirpur-14, Central Indus Basin Pakistan (P-0946) (MFN 4841) 
    Uzair Shoaib; Muhammad Faheem Asghar; Muhammad Umar Shahzad Khan (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2015)
    The main objective of the study area is to evaluate hydrocarbon potential of Qadirpur-14. Qadirpur gas field administratively lies in Ghotki and Jacobabad districts of Sindh Province. The study area i.e. Qadirpur well 14 ...
  • Petrophysical Analysis of Nara-01, Miano Block, Lower Indus Basin, Pakistan (P-0948) (MFN 4842) 
    Mazhar Hussain; Syed Majid Hussain; Syed Huzaifa Hussain (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2015)
    The main rationale of this study is to evaluate the hydrocarbon potential using well log data of Nara-01, Miano Block, Lower Indus basin, Pakistan. The well under study lies in Sindh monocline which is bounded in north ...
  • Petrophysical Analysis of Qadir Pur 11 Lower Indus Basin, Pakistan (P-0924) (MFN 4843) 
    Hamza Bin Tareen; Muhammad Abubakr; Muhammad Ozair (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2014)
    The main rationale of this study is to evaluate the hydrocarbon potential using well log data of Qadirpur-11,Lower Indus basin, Pakistan.The field is located in the province of sindh. Field is approximately 70 km to the ...
  • Petrophysical Analysis of Pirkoh-01 Central Indus Basin, Pakistan (P-0945) (MFN 4845) 
    Ahsan Mehmood; Shabir Hussain; Mehak Shehzad (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2015)
    For the hydrocarbon exploration, petrophysical study has been carried out in Pirkoh-01 located in Sulaiman fold belt, sub part of central Indus basin Pakistan. Tectonically, Pirkoh structure is an attractive anticline, ...
  • Petrophysical Analysis of Chanda-02 Well, Upper Indus Basin, Pakistan (P-0921) (MFN 4846) 
    Muhammad Zeeshan Munir; Bilal Ahmad (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2014)
    Chanda oil field is located in Shakardara area, Kohat District which lies in Upper Indus basin. The petrophysical analysis is carried out on Chanda-2 well to identify reservoir zone and to evaluate the reservoir ...
  • Petrophysical Analysis of Kundi Well -X1, Upper Indus Basin, Pakistan (P-0923) (MFN 4847) 
    Hafiz Asif Ali; Khalil Akbar; Yaqoob Ali (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2014)
    This research mainly involves the petro-physical analysis of KUNDI # X1and to mark the best reservoir zone. KUNDI #X1 was drilled at Bannu city, District Kohat, KPK.GeographicallyKUNDI # X1 lies in Bannu Division having ...
  • Petrophysical Analysis of Naimat Basal-01, Khipro Block, Lower Indus Basin, Pakistan (P-0926) (MFN 4848) 
    Danial Ahmed Nizami; Jawad Farooq; Muhammad Khyzer Jehangiri (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2014)
    The main rationale of this study is to evaluate the hydrocarbon potential using well log data of Naimat Basal-01, Khipro block, Lower Indus basin, Pakistan. The well under study lies in Sindh monocline which is bounded in ...
  • Petrography of Warcha Sandstone of Permian age, Warcha Village, Salt Range Pakistan (P-0943) (MFN 4849) 
    Abdul Muqeet; Muhammad Asif Nawaz (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2015)
    Warcha sandstone of Early Permian age is present in the Salt Range and Trans Indus Ranges. The stratigraphic section selected for detailed petrography at Warcha Gorge aims for classification on basis of modal composition, ...
  • Petrophysical Analysis of Panairi-01, lower Indus Basin, Pakistan (P-0942) (MFN 4850) 
    Ali Raza; Arbab Daniyal; Waqar Shaukat (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2015)
    The main purpose of this study is to evaluate the hydrocarbon potential using well log data of Panairi-01, Sanghar North, Lower Indus basin, Pakistan. The above mentioned well is exploratory. The target horizon is Lower ...
  • Petrophysical Analysis and Stratigraphic Correlation of Zamzama 03 and Zamzama 05 Wells, Southern Indus Basin, Pakistan (P-0941) (MFN 4851) 
    Haider Ali; Ali Raza Shaukat; Muhammad Faheem (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2015)
    The main objective of the study area is to determine the geological setting and perform the petrophysical analysis to evaluate hydrocarbon potential of Zamzama 03 and Zamzama 05. The purpose has been achieved by utilizing ...
  • Petrophysical Analysis of Pirshah-01 Lower Indus Basin Pakistan (P-0944) (MFN 4852) 
    Junaid Malik; Nasir Shafiq; Syed Musa Alam (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2015)
    The well Pir Shah-01 is situated in Thatta District, Sindh, which geologically falls in Lower Indus basin. Due to extensive oil&gas exploration and exploitation the area has become distinctive amongst others. The lower ...
  • Petrophysical Analysis and Stratigraphic Correlation of Miano 04 and Miano 05 Wells, Lower Indus Basin, Pakistan (P-0925) (MFN 4853) 
    Badar Habib; Umair; Nadeem Khan (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2014)
    The main resolution of the study is to evaluate hydrocarbon potential and stratigraphical correlation of Miano well 04 and 05. The area is located in Taluka Saleh Pat, District Sukkur of Sindh Province, Pakistan bounded ...

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