Final Year Project Report (BUES): Recent submissions

  • Wireless Power Transfer From Cell Phone To Cell Phone 
    Muhammad Ajlal Khan, 01-133172-061; Talal Zeb Khan, 01-133172-146 (Electrical Engineering, Bahria University Engineering School Islamabad, 2021)
    The previous few decades have seen a restoration of the interest in wireless power transfer (WPT) long after the main tests dating as far back as Nikolai Tesla in the nineteenth century. The ascent of the self-sufficient ...
  • Inflatable Airbag Vest For The Motorcyclists 
    Muhammad Saud, 01-133192-093; Rafay Zahid, 01-133192-108; Muhammad Saad Saleem, 01-133192-089 (Electrical Engineering, Bahria University Engineering School Islamabad, 2023)
    Motorcyclists are more vulnerable on the road and are more likely to be injured or killed. Motorcycles are hard to control, difcult for other drivers to see, and crashes often put the rider’s life in danger. Dozens of ...
  • IoT Based Flood Detection and Avoidance System 
    Atiq Hanif, 01-133192-025; Hamas Shahid, 01-133192-078; Muhammad Zain, 01-133192-102 (2023)
    In order to lessen the effects of natural disasters, it is essential to identify flooding. Machine learning has become a viable method for predicting floods thanks to the development of technology. Through the analysis of ...
  • Electric Cycle With Brush less DC Motor 
    Rizwan Jamil, 01-133192-118; Husnain Shakoor, 01-133192-043; Bilal Ahmed, 01-133192-143 (Electrical Engineering, Bahria University Engineering School Islamabad, 2023)
    Due to the increased environmental pollution, the world is moving towards an alternative which is environment friendly and power-efficient. Nowadays, the use of green energy is of great preference.As we know about the hike ...
  • Switched Capacitor DC-DC Converter For Electrical Application 
    Abdul Mannan, 01-133192-001; Ghulam Muhammad Mustafa, 01-133192-035; Hasnain Raheem, 01-133192-144 (Electrical Engineering, Bahria University Engineering School Islamabad, 2023)
    Utilizing DC distribution and transmission can offer a reliable, cost-efcient alternative to traditional energy providers. To support the development of future DC grids and multi-terminal High voltage DC systems, it is ...
  • Design Prototype of Grid Tied Inverter 
    Naqeeb Hasham, 01-133192-172; Raja Zia Ur Rehman, 01-133192-112; Muhammad Numan Khan, 01-133192-087 (Electrical Engineering, Bahria University Engineering School Islamabad, 2023)
    As the demand for electric energy is increased day by day, so perpetual electricity is required by every sector of life, whether it is domestic demand or commercial demand. Grid stations will not be able to fulfll this ...
  • Occupational Exoskeleton (Upper limb) 
    Muhammad Fahad bin Asad, 01-133192-074; Umar Saeed, 01-133192-099; Kainat Rashid, 01-133192-146 (Electrical Engineering, Bahria University Engineering School Islamabad, 2023)
    Many workers report high level physical pain from overhead work and resulting muscular disorder. These conditions far beyond everyday working life effect the quality of life of these workers. One of the solutions to this ...
  • Electric Kite 
    Ibad Atif, 01-133192-044; Raja Salar Haider, 01-133192-113; Waleed Farooq, 01-133192-138 (Electrical Engineering, Bahria University Engineering School Islamabad, 2023)
    Using fossil fuels to produce electricity has various issues, such as excessive expenses, contamination, and geopolitical complications. To confront these challenges, it is advisable to opt for renewable energy sources ...
  • From Off Grid To On Grid UPS 
    Muhammad Farooq Haider, 01-133192-174; Ahmer Haseeb, 01-133192-166; Anas Rukhsar, 01-133192-017 (Electrical Engineering, Bahria University Engineering School Islamabad, 2023)
    The world today we live in is facing problems of global warming and energy crisis due to the increase in the number of emission emitting automobiles, new industrial estates, etc. Solar energy has become the most famous ...
  • 2D Seismic Interpretation And Petrophysics Analysis Of Balkassar Oil Field, Upper Indus Basin, Pakistan 
    Saher Ahmed, 01-166191-009; Arafat Khawaja, 01-166191-012 (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2023)
    The goal of this study is to understand the structural foundation and reservoir potential of the Balkassar area. The Potwar Sub basin, well recognized for its hydrocarbon structural traps, encloses the Balkassar area in ...
  • Land Slide Susceptibility Mapping And Modelling, Utilizing Remote Sensing And Gis Data: A Case Study Along The Karakoram Highway (KKH), Gilgit Area, Pakistan 
    Waheed Murad (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2023)
    Identification of potential landslide zones along KKH (CPEC). The study area starts from Jaglot geographically lies between a latitude of 35ᵒ76′977″ N and a longitude of 74ᵒ57′402″ E to Khunjarab. This study is significant ...
  • Site Classification Of F-9 Park And Comsats University Cricket Ground By Calculating Shear Wave Velocity Using Masw And Mam Survey 
    Ehtesham Haider, 01-166192-003; Najwa Ahmer Abbasi, 01-166192-013 (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2023)
    Seismic hazards and their damages have been substantially serious on unconsolidated or soft rocks then on rock sites even if they are very close to Earthquake epicenter. To find or characterize shallow subsurface soil by ...
  • Evaluation Of Reservoir Properties And Subsurface Structural Interpretation Of Miano Field, Central Indus Basin Pakistan 
    Adnan Ahmad; Kaleem Tahir Choudhry (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2023)
    The current study's goal is to use seismic and well data to better understand the underlying geology and hydrocarbon potential of the Miano region. On eight seismic lines, subsurface structural interpretation has been ...
  • 2D Seismic Data Interpretation And Petrophysical Analysis Of Meyal Area, Upper Indus Basin, Pakistan 
    Hamza Shahid, 01-166191-013; Shahbaz Ather Ansari, 01-166191-016 (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2023)
    Meyal Field is one of the main hydrocarbons producing fields in Pakistan. Located in the Potwar Basin, this Meyal field is the focus of study. The utilized data to carry out this research consisted of three dip-lines, one ...
  • 2d Seismic Data Interpretation and Petrophysical Analysis of Dhurnal Area, Upper Indus Basin, Pakistan 
    Wajahat Maqsood, 01-166191-011; Abdul Rafay Nabeel Abbasi, 01-166182-002 (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2023)
    This research work aims to comprehend the Dhurnal area's structural interpretation and reservoir potential. There are two sections to study. In the first section, horizons were marked and time, depth, and velocity maps ...
  • Petrophysical Analysis Of Sawan-01 And Sawan-02, Lower Indus Basin, Pakistan 
    Eamaan Nazir; Shahid Rehman (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    In the current study, the main goal was to identify reservoir zones and to delineate their hydrocarbon potential for Sawan-01 and Sawan-02 wells. Sawan-01 and Sawan-02 wells are located at 68 54’25.17” E, 26 59’30.58” N ...
  • Geotecnical Statistical Evalauation Of Site Proposed For Courtyard By Marriot, G-11 Islamabad 
    Ali Shahriyar, 01-165191-017; Muhammad Ali, 01-165191-011 (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    The primary goal of this study is to determine the soil's bearing capacity in Evaluation of Courtyard by Marriot in G11 Islamabad. 2 boreholes up to 100ft depth have been performed. The boreholes were drilled using a ...
  • Geotechnical Statistical Evaluation Of Site Proposed For 11 Central Apartments, G-11, Islamabad 
    Monus Tayyab Rana, 01-165191-019; Mishal Arshad, 01-165191-020 (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    The primary goal of this study is to determine the bearing capacity of the foundation. Two (2) boreholes were drilled up to 45ft depth. The boreholes were drilled using a rotary machine and samples were collected in air ...
  • Petrophysical Analysis Of Balkasar Oil Field, Upper Indus Basin, Pakistan 
    Muhammad Ammar Alvi; Momin Ahmed Butt; Haroon Zameer (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    The main theme of the research is the petro-physical analysis of Balkasar oil field Geographically, the area lies in Attock District, Punjab, Pakistan. Tectonically, the area lies in eastern Potwar division of Upper Indus ...
  • Petrophysical Analysis Of Missa Keswal-03 Well, Upper Indus Basin, Pakistan 
    Ahmed Hassan Ghauri; Misbah Riaz (Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2022)
    The objective of this study is to find the hydrocarbon potential of Missa Keswal- 03 well. Upper Indus Basin, Pakistan. In Missa Keswal-03, drilling has been done up to Khewra Sandstone of Early Cambrian age. Missa Keswal ...

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