Bachelor of Electrical and Electronic Engineering (EEE)

Permanent URI for this collectionhttp://dspace.iiuc.ac.bd/handle/88203/297

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Start date: 2011End date: 2019

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    Design And Analysis Of A High Gain Microstrip Patch Antenna For X-Band Satellite Applications
    (Department of Electrical and Electronic Engineering, 2017-05) Tamim, Ahmed Mahfuz; Chywdhry, Md. Abdur Rahman
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    Design And Implementation Of Wireless Charging System For Electric Vehicle
    (Department of Electrical and Electronic Engineering, 2018-05) Istiak, Mohammad; Al Mamun, Mohammad Abdullah
    Wireless power transfer (WPT) using magnetic resonance, it is the technology which could set human free from the annoying wires. WPT technology is developing rapidly in recent years. At kilowatts power level, the transfer distance increases from several millimetres to several hundred millimetres with a grid to load efficiency above 90%. The advances make the WPT very attractive to the electric vehicle (EV) charging applications in both stationary and dynamic charging scenarios. This project used the WPT technology to charge the battery of a car. By introducing WPT in electric vehicles, the obstacles of cost can be easily mitigated. In today’s world usage of vehicle rapidly increasing and at the same time decreasing the fuel level and now in electric vehicle wired technology is also repellent and cause electric shock sometimes due to several factors. And sometimes this wired technology of charging causes person injured. Also cost of wired technology is higher due to need of wires. Thus WPT technology can mitigate these factors greatly. By using this technology we can reduce the cost. And charging procedure of this type is very easy, convenient, and safe. In present time of technology wireless power transfer technology is more popular due to its smartness and advantages. By adopting this system it can helps to mitigate several problems occur due to wired technology such as electric shocks, cost, hassles due to wire, charging procedure
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    Design And Implementation Of Long Range Spy Robot
    (Department of Electrical and Electronic Engineering, 2018-05) Hasan, Mohammad Rafiqul; Hasan, Md. Rabiul
    With the sophisticated technological advancement nowadays robotics has become a hot field for research. Robots are now used by military forces for reducing risk of their causalities and to defeat their enemies. The major focus of this project is the use of robot in war, peace and as well as their impact on society. Here DTMF signals are used for robot control system. Night vision monitoring system has been added which will capture and transmit the information surrounding the robot to the operator. With this feature the robot can not only transmit real time videos with night vision capabilities but cannot also be identified by the enemies in war zone. A metal detector and GSM module has also been added which will inform us about any bomb underneath the robot vehicle and the location of the robot. The existing sensors in the robot are able to monitor the weather of the robots location. In this paper, Mobile operated Long range spy Robot is a small robot designed for long range surveillance and inspection purpose.
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    Design And Implementation Of A Solar-Based Railway Track Crack Detection System Using Ultrasonic Sensor
    (Department of Electrical and Electronic Engineering, 2018-12) SHOVON, MOHAMMAD ABDUL AHAD; HASAN, RAFI
    In Bangladesh, railway communication is very important due to its low cost involvement. But there is an accident issue as well which a real concern for this sector. In the current railway system, it is more necessary to have safety elements in order to avoid accidents. One of the important causes that can provoke serious accidents is the existence of crack on the track. At present, the cracks in the railway tracks is checked by manual system. Therefore, this project works deals with one of the efficient method to avoid train accident and crack detection. The design of while system consists a Global Position System (GPS) module, Global System for Mobile (GSM) module and Ultrasonic sensor. In this project work, ultrasonic sensor is used to detect the crack in the railway tracks by measuring distance from track to sensor, If the distance is greater than the assigned value, then the microcontroller identifies there is a crack. The longitude and latitude of the track location is messaged to the nearest railway station using GPS and GSM module. It is an effective and cost efficient system for railway applications
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    Design And Implementation Of Automatic Three Phase Cable Fault Detection For Underground Cable
    (Department of Electrical and Electronic Engineering, 2018-12) BISWAS, AMIT; JOBAYER, KAZI MD
    This project is to determine the distance of underground cable fault from the base station in kilometers and displayed on the LCD screen. Underground cable system is a common followed in major areas in Metro cities in developed countries. While a fault occurs for some reason, at that time the fixing process related to that particular cable is difficult due to exact unknown location of the fault in the cable. This technology is used to find out the exact location of the fault and to calculate data in onboard system of this proposed hardware module at the same time it display on the LCD screen. This system uses the standard theory of Ohms law, i.e., when a low DC voltage is applied at the feeder end through a series resistor i.e. cable lines, then the current would vary depending upon the location of the fault in the cable as the resistance is proportional to the distance. In case, there is a short circuit (Line to Ground), the voltage across series resistors changes according to the resistance that changes with distance. This is then fed to an ADC to develop precise digital data, which the programmed microcontroller of the ATmega328 family displays in kilometers.
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    Design And Implementation Of Accident Protection Technology Of Launch
    (Department of Electrical and Electronic Engineering, 2018) ISLAM, MD. RAYHANUL; NATH, SABUJ KANTI
    Bangladesh is a riverine country and Inland water transport plays a vital role in the national life. In places inaccessible by land transport like roads and railways, water transport acts as a gateway to communication with the rest of the country. Every year thousands of people die in the waterway accidents. The major focus of this project is to build a prototype system which can prevent accidents for overcrowded, overloaded, underwater obstacle and forward collision problems in waterways. Here ultrasonic sensor is used to prevent forward collisions. Load cell has been added which will provide overload Protection. Obstacle sensors have also been installed for man counting purpose, so that no extra man can travel in the system beyond systems capacity. Another assistive feature here added that is a waterproof ultrasonic sensor has been added. With this feature the system can detect obstacles under the water too.
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    Smart Waste Monitoring And Management System
    (Department of Electrical and Electronic Engineering, 2018) IMAM, MD. SAYED; AZAD, MD. HOSSAIN
    To keep our surrounding environment clean and healthy only two things are needed, the first one is the awareness of people and the other one is proper monitoring and management system of corresponding authority. In developed countries, their garbage system is very much efficient and strong. But in our country, due to lack of public awareness and proper management from authority, environment is becoming polluted day by day. A vast implementation of technology has appeared in waste management system in developed countries so that they can handle this huge work very easily. The authority of our country uses out-dated technology, for that reason their process cannot adapt with our ever-increasing population and problems. To make our existing waste management system efficient and effective, we have proposed a viable solution named Smart Waste Monitoring and Management System based on socio-economic status of Bangladesh. The proposed project is a website based dustbin and air quality regulation system which can be used in order to establish an efficient and smart garbage management protocol. The proposed website contains real time data visualization of the garbage level inside and the irritating gas level around the dustbin. Sulphureted Hydrogen (H2S), Ammonia (NH3), NOx, Alcohol (C2H5OH), Benzene (C6H6), Smoke, CO2 etc. are some of the unhealthy gases usually found around dustbins. For this purpose different gas detector sensors named MQ-135, MQ-136 and MQ-137 are used to detect toxic and uncomfortable gas level of the polluted area. To detect garbage level of the dustbins, we have used ultrasonic sensor. By tracking the position of garbage bin using GPS (Global Positioning System) system of Google, dustbin monitoring operator can inform the nearest waste collector if the waste level crosses its predefined mark or the toxic and unhealthy gas level increases over its tolerable limit. An effective and strong waste management system can increase awareness of public about cleanliness. Our proposed system is a solution which has a perfect collaboration of manpower and effective technology. If the authority decides to implement this system, it is likely to bring about a revolutionary improvement in this sector in Bangladesh.
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    Developing a self-learning braille kit for visually impaired people
    (Department of Electrical and Electronic Engineering, 2018) AHMED, RUBEL; NOMAN, MOHAMMAD IFTIKHAR RAHMAN
    Bengali Braille kit is a very essential device for learning of visually impaired people in Bangladesh. It is the method which helps them to learn bangle alphabet .The literacy rate in case of visually impaired people in our country in very low .Various factors lack government initiatives, limitations of tutors lack of personal attention etc are the possible reason of this state. Our project aims at developing a self learning Braille device which can help people with visually impairments .The solution aids at developing an easy to learn device that will behave as a teacher and teaches the visually impaired people for learning the Braille learning system .This device is operate by single AVR microcontroller. Braille device which consists of two (3*2) matrix cell one is (3*2) solenoid switch matrix cell and other is (3*2) IR sensor cell which is as like as the Braille cell. Also IR matrix cell developed one extra IR sensor which give instruction to the user to placed card on the sensor board properly .The device mainly operate two different modes i.e. learning mode and training mode .The user first listen the instruction and select the mode operation. In learning mode the Braille sensor cell sense the Braille character from the card and pronounce corresponding output to the speaker and show these Braille character in solenoid matrix cell .In training mode the solenoid matrix cell sequentially show the bangle alphabet character and pronounce corresponding Alphabet to the speaker. Our project is an attempt to utilize technology to educate the visually impaired students.
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    Design And Implementation Of An Arduino Based Solar Powered Weather Station
    (Department of Electrical and Electronic Engineering, 2018-08) SAHEEL, FAHIM ASHBAB; ISLAM, MOHAMMAD SAIFUL
    Weather is the state of the atmosphere and is a very essential part of human life. An important thing like living in a place or scientific experiments depends on weather of that particular area or state or room. For these, people need atmospheric measurements of temperature, humidity, pressure etc. and this information is providing by weather stations. This paper describes the approach to set up a weather station based on Arduino. The main attributes of this weather station is to measure the surrounding atmospheric readings of weather. These readings will be collected by some sensors which are temperature and humidity sensor (THD), barometric pressure sensor. A wifi module is also used in this weather station to maintain a connection to the internet to get more informations like sunrise, sunset, rainfall and wind speed. All these readings will be displayed on a LCD display and every steps of this station is directed by an arduino mega microcontroller. A matrix keypad is used in here to help the users to view the readings of current weather update, predictions of today and tomorrow easily. Also this weather station is powered by solar panel.
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    Design And Implementation Of Arduino Based Battlefield Assistive Robot
    (Department of Electrical and Electronic Engineering, 2017) SHORIF, MD. BAIJID HASAN; NURUZZAMAN, SHEKH
    With the sophisticated technological advancement nowadays robotics has become a hot field for research. Robots are now used by military forces for reducing risk of their causalities and to defeat their enemies. The major focus of this project is on the use of robot in war, peace and as well as their impact on society. Here Radio Frequency modules signals are used in wireless remote control system for transmitting and receiving wireless logic signals to control the motors and actuators of robot control system. Night vision monitoring system has been added which will capture and transmit the information surrounding the robot to the operator. With this feature the robot can not only transmit real time videos with night vision capabilities but cannot also be identified by the enemies in war zone. A metal detector and GSM module has also been added which will inform us about any bomb underneath the robot vehicle. Another assistive feature here added that is a robotic arm has been installed to pick or drop some particle if needed. In this paper, Remote operated Warfield assistive robot is a small robot designed for assistance, sort range surveillance and inspection purpose