Final Year Project Report (BUES): Recent submissions

  • Design of a Wind Turbine Conversion System for Lab (P-0296) (MFN 6047) 
    Ahmad Khan, 01-133132-216; Saifullah Khan, 01-133132-239; Nowshed Hussian, 01-133132-274 (Electrical Engineering, Bahria University Engineering School Islamabad, 2017)
    Conventional energy systems are very costly and have very adverse effect on the environment. Renewable energy resources are very concerned in these day. These systems are should be cost effective and reliable. Wind turbines ...
  • Health Monitoring System (P-0295) (MFN 6042) 
    Saad Amjad, 01-133132-237; Muhammad Daud Bashir, 01-133132-227; Aiza Gondal, 01-133132-217 (Electrical Engineering, Bahria University Engineering School Islamabad, 2017)
    Our project is a health-monitoring device that consists of multiple health sensors attached to raspberry pi 3 module. And a web interface would be used to collect the data form sensors and store it in centralized database ...
  • Wireless Gesture Control Robotic Arm (P-0294) (MFN 6039) 
    Awais Saddaqat, 01-133132-279; Muhammad Noman Shehzada, 01-133132-054; Nashet Nadeem, 01-133132-062 (Electrical Engineering, Bahria University Engineering School Islamabad, 2017)
    Robots are designed to make our life easier. The robotics hardware and control techniques have advanced rapidly for over a decade now. Today robots have become so common they are even used in daily which reduces our daily ...
  • Automatic Train Gate System (P-0293) (MFN 6036) 
    Usama Umer, 01-133132-095 (Electrical Engineering, Bahria University Engineering School Islamabad, 2017)
    In Pakistan, every year a lot of people have been died in train accidents. It happened just due to the unmanned level crossing i.e. either there is no gate present at the level crossing or no one is present to open or close ...
  • Android Based Wireless Home Automation (P-0292) (MFN 6031) 
    Karar Haider, 01-133132-221; Maryam Khalid, 01-133132-222 (Electrical Engineering, Bahria University Engineering School Islamabad, 2017)
    “Home Automation” is a system or technique of controlling home appliances using an electronic device to reduce human effort to a minimum. This project presents a design in which home appliances are monitored and controlled ...
  • Development of Bit Synchronizer (P-0291) (MFN 6030) 
    Aleena Faheem, 01-133132-218; Rizwan Asif Awan, 01-133132-236; Malik Faheem Asif, 01-133132-295 (Electrical Engineering, Bahria University Engineering School Islamabad, 2017)
    This thesis demonstrates about the development of bit synchronizer. A bit synchronizer is developed which would receive PCM data on input lines, synchronizes the bit stream as 10Mbps in bit synchronizer and transmit the ...
  • Development of a High Voltage Generator, Load and Voltage Measurement (P-0290) (MFN 6029) 
    Qain Ali Shah, 01-133132-292; Sohail Abbas, 01-133132-243 (Electrical Engineering, Bahria University Engineering School Islamabad, 2017)
    Voltage generation using transformers is common. Such system has been made but less efficient as compared to purposed system. The purposed system has additional features. There are two way to get low voltage and high voltage ...
  • Simulating Human Actions through EMG (P-0289) (MFN 6025) 
    Muhammad Moeez Haider, 01-133132-083; Noman Saeed, 01-133132-065; Tahir Niaz, 01-133132-086 (Electrical Engineering, Bahria University Engineering School Islamabad, 2017)
    A huge number of people suffer from paralysis throughout the world. There are different types of paralysis out of which we will focus on monoplegia which basically affects one limb of the body. To date there is no cure for ...
  • Fault Diagnosis and Detection in Power Systems using Artificial Neural Networks (P-0287) (MFN 6024) 
    Talha Bin Tahir, 01-133132-247; Usama Malik, 01-133132-259; Zeeshan Ahmed Abbasi, 01-133132-250 (Electrical Engineering, Bahria University Engineering School Islamabad, 2017)
    In power circulation system it is fundamental to limit faults, voltage line dips and spikes that occur because of fault. As it happens in power framework, the fundamental strides will be taken to evacuate the fault utilizing ...
  • Digital Profiling (P-0622) (MFN 6014) 
    Muhammad Zuriaz, 01-133132-140; Syed Mudassar Akhtar, 01-133132-155 (Software Engineering, Bahria University Engineering School Islamabad, 2017)
    In this era of internet everyone is using social networks whether for recreation or for professional purposes. Huge amount of data is being generated per second by users of social networks on the internet. This data conceals ...
  • Arsenic Contamination and Mobilization across Alluvial Plains of District Gujrat, Pakistan (P-0816) (MFN 5950) 
    Salman Maqsood; Waleed Abbas Khan; Waleed Ahmad (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)
    The current research was conducted to investigate the impacts of irrigation well water on the irrigation soil quality of the flood plain areas of Gujrat district. During October 2016, a total of 15 wells samples were ...
  • Effect of Dye Contaminated and Treated Water Application on Maize (Zea Mays) by using Plant Growth Promoting Rhizobacteria (P-0815) (MFN 5949) 
    Sana Khan; Muhammad Usman Fayyaz; Areeba Shakir (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)
    The present water and land resources are under immense pressure due to the alarming increase in the rate of population, which in turn increases the demand for basic life necessities. Many industries in Pakistan including ...
  • Evaluation of Cardio-Respiratory Symptoms in Young Quarry Workers of Bohti Pind and Kacha, Punjab - Pakistan (P-0814) (MFN 5948) 
    Syed Abdullah Mumtaz; Ummaid Ali (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)
    Stone crushing is one of the common but most dangerous industries to work in relative to other industries globally. The workers are exposed to a variety of health hazards. The current study was conducted in Bohti Pind and ...
  • Volumetric Analysis, Reserves Estimation and Structural Interpretation of Gujar Khan Area, Upper Indus Basin, Pakistan (P-1214) (MFN 5947) 
    Fahad Khan; Mubashra Zubair; Sanaan Ahmad (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)
    The seismic data and log data for Kal area is located in Gujjar Khan Tehsil; Upper Indus Basin, Pakistan was analyzed using kingdom software. The method employed involves interpretation, mapping, petrophysical analysis and ...
  • 2D Seismic Interpretation and Petrophysical Analysis of Khushalgarh Area, Upper Indus Basin, Pakistan (P-1210) (MFN 5946) 
    Waqas Akhtar Hasan Khan; Sharjeel Sharif; Zia Bin Abad (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)
    This thesis presents the 2D seismic interpretation of Khushalgarh area in Upper Indus Basin. The Area is related to the North Potwar deformed zone (NPDZ) as a part of active fold and thrust belt formed by the Indo-Eurasian ...
  • Physical and Chemical Hydrogeology of Chenab Nagar, Chiniot, Punjab (P-1178) (MFN 5945) 
    Abdul Hadi Zain Abbassi; Ziafat Ali; Muhammad Waqar (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2016)
    The study area is located in Chenab Nagar, Chiniot, Punjab. Groundwater has been explored using electrical resistivity survey. Groundwater table depth and subsurface geology has been studied by acquiring the subsurface ...
  • 2D Seismic Interpretation and Petrophysical Analysis of Dina Area, Upper Indus Basin, Pakistan (P-1213) (MFN 5944) 
    Muhammad Usman; Umar Jamil; Waseem Sajjad (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)
    The purpose of the study is to delineate the structure and hydrocarbon potential leading to the future prospects. This can be performed by analyzing migrated seismic lines. Seismic data analysis involves identification and ...
  • Rock Physics Modeling and 2D Seismic Interpretation of Pindori Area, Upper Indus Basin, Pakistan (P-1212) (MFN 5943) 
    Muhammad Hassan Kamran; Muhammad Junaid Alam; Rahman Waheed (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)
    The purpose of this thesis is to perfom 2D seismic interpretation and rock physics in the Pindori area, Upper Indus Basin, Pakistan. Pindori is situated in Jhelum District, Punjab, Pakistan. The data issued form DGPC ...
  • Structural Delineation and Hydrocarbon Evaluation of Pindori Oil Field, Upper Indus Basin, Pakistan (P-1211) (MFN 5942) 
    Ammar Yousaf; Haroon Rasheed; Usman Mazhar (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)
    The purpose of this thesis is to evaluate the structure and hydrocarbon potential by using the seismic and well log data of Pindori area, Upper Indus Basin, Pakistan. Pindori area lies near Chakwal District of Punjab region ...
  • Rock Physics Modelling and Reservoir Analysis of Basal Area ,Upper Indus Basin, Pakistan (P-1209) (MFN 5941) 
    Bakhtawar Jumani; Saad Ali Sajid; Aneeza Jaffari (Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)
    OGDCL discovered the basal oil field in 1999 is an exclusive Development and Production Lease of Oil and Gas Development Corporation. It lies in Attock district and situated about 77 km Northwest of Islamabad. Basal oil ...

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