Students should contact their supervisors regarding conducting design/graduation project course requirements. Students are expected to fill out the online project request form via the link below. Deadline of request form submission is November 6th, 2020, 11.59pm, local time in Istanbul.

Request Form

Note that students should abide by the general guidelines described on [https://ww4.ticaret.edu.tr/ee/2019/10/24/design-project-graduation-project-assignments-for-19-20/]. In case no special set of rules defined by any supervisor, the general guidelines and responsibilities defined on [https://ww4.ticaret.edu.tr/ee/2019/10/24/design-project-graduation-project-assignments-for-19-20/] will prevail.

Project topics to be supervised by Serhan Yarkan:

  • [SY] Harmonic analysis with linear methods on embedded systems
  • [SY] Digital controlled FM transmitter
  • [SY] Acoustic direction finder
  • [SY] Relaying TV signals with wireless relay
  • [SY] Power/cable network diagnosis (cable fault finder, cable network probe, etc.)
  • [SY] Home appliances power profile identification
  • [SY] Universal TV remote control
  • [SY] Visible Light Communication
  • [SY] Digital demodulation for known standards
  • [SY] Celestial object tracking and focusing with electromechanical system

Project topics to be supervised by Cengiz Riva:

[CR] 2D Autonomous border/layout finding robot
Using lidar and microntroller, vehicle will autonomously wander around and draw the layout.
[CR] Quin-McCluskey Boolen function simplifier laboratory equipment
A teaching assistant equipment will be developed to simplfy a given Boolean function using Quin-McCluskey tabular method.
[CR] Electromagnetic Gun
An equipment will be designed to throw an object to ceratin distance using electromagnetic force to launch high velocity projectiles.
[CR] Smart Cellular Conveyor
Conveyor will route the boxes in 4 ways using the routing barcode information on the boxes.
[CR] Digital Variable Speed Control of Single Phase Induction Motor and RPM counter
A microcontroller controled equipment with keypad and display will be designed to change rpm of an Induction Motor and RPM counter
[CR] Energy Harvesting and Wireless Power Transfer Based On Resonant Inductive Coupling
Energy will be harvested by piezo-electric/Electromagnetic waves will charge battery using wireless power transfer based on resonant ınductive coupling.
[CR] Breath, Cough And SPO Monitor and Analyzer System for COVID-19 Patients
A system will be designed to measure Breath, cough and Saturated Oxygen and analyze it for prossible COVID-19 disease or monitor for COVID-19 Patients.
[CR] Digitally Controlled Buck-Boost Converter in a defined voltage range
A microcontroller controlled equipment with keypad and display will be designed to supply DC-DC converter in a defined voltage range.
[CR] Wearable Technology Controlled Artificial Hand
An artificial hand will replicate the movements of a human hand with sensors attached to handglove.
[CR] Obstacle size/distance finding and creative warning walking stick with waerable technology for Blind people
According to the sensors attached to walking stick of a blind person, obstacle size/distance will be measured and this information will be transferred to the person in a creative way.
[CR] Storing green energy wihout using battery

Project topics to be supervised by Amer Alshava:

[AA] IR sensors (infrared LEDs) to make an object-detection circuit
There are various applications of IR sensors such as TV remote controllers, burglar alarms and object counters. Here we have used IR sensors (infrared LEDs) to make an object-detection circuit and a proximity sensor for path-tracking robots. The basic idea is to transmit the infrared light through an IR LED, which is then reflected by any obstacle ahead and sensed by the receiving LED.
[AA] Faulty Car Indicator Alarm
Before taking a turn, either left or right, car drivers need to switch on the car turn indicator lamps so that the approaching vehicle drivers can take precaution accordingly. An accident is likely to occur in case your car turn indicator lamps fail to glow due to some reason or the other.
[AA] Play with Robotic Eye (IR Sensor)
There are various applications of IR sensors such as TV remote controllers, burglar alarms and object counters. Here we have used IR sensors (infrared LEDs) to make an object-detection circuit and a proximity sensor for path-tracking robots. The basic idea is to transmit the infrared light through an IR LED, which is then reflected by any obstacle ahead and sensed by the receiving LED.
[AA] Sound Operated Light
While living in rent or in hostel the problem like stealing is often in absent time. Here is the circuit of simple and inexpensive sound – operated light to overcome this type of problem which can turn on the light when someone claps, or tries to open your door or even inserts a key in the door lock. The switching of light is alternately i.e. light on by one sound pulse and off by another. It is also called clap operated light or clap switch.
[AA] Solar Tracking System
Generally, solar panels are stationary and do not follow the movement of the sun. Here is a solar tracker system that tracks the sun’s movement across the sky and tries to maintain the solar panel perpendicular to the sun’s rays, ensuring that the maximum amount of sunlight is incident on the panel throughout the day. The solar tracker starts following the sun right from dawn, throughout the day till evening, and starts all over again from the dawn next day.
[AA] Solar Battery Charger Circuit
Here is the simple circuit to charge 6V, 4.5Ah rechargeable Lead-acid battery from the solar panel. This solar charger has current and voltage regulation and also has over voltage cut off facilities. This circuit may also be used to charge any battery at constant voltage because output voltage is adjustable.
[AA] Underwater Optical Wireless Communication Project
Transferring of information wirelessly underwater plays an essential role in different applications like monitoring of pollution, oil control, tactical surveillance, monitoring the change of climate & research in oceanography. This can be achieved by arranging different devices underwater which has high capacity & bandwidth to transfer the information underwater. This project mainly focuses on understanding the possibility of high data rate optical links undersea because of a variety of propagation occurrences. This occurrence will impact on the system performance.

Project topics to be supervised by Vedat Tavas:

[VT] Project 1
Design and fabricate your own arduino–mega board with a small difference of adding a memory chip to it at least 256KB. The student must show how to upload the arduino operating system in to it. Also a small application must be shown on board under the test to prove the board is working.
[VT] Project 2
Design and fabricate your own arduino–nano board with a small difference of adding wifi and bluetooth module on it. The student must show how to upload the arduino operating system in to it. Also a small application must be shown on board under the test to prove the board is working.
[VT] Project 3
Design an electromechanical system, that goes staight by using PID controller. Also the system has its own precautions not to hit any obstacle. If an obstacle determined the system must return 180 degress from a convenient side (right or left) otherwise it must stop.
[VT] Project 4
Design a solar power generation system that the solar panel must follow the direction of the light to get max energy. Analyze the system in a shiny day that which angle is the best for energy generation.
[VT] Project 5
Design a piezo-electric system to generate energy. Analyze the energy efficiency of system if it is laid to the all off the division corridors.
[VT] Project 6
Design a solar system that it powers an AC system. Total energy stored in the system is at least 100W. System operation should be approved using a fluorescent lamb.
[VT] Project 7
Wireless charger design and realization.
[VT] Project 8
Automatic greenhouse irrigation system : The system that measures the moisture in the soil and operates the irrigation system if the soil is dry, and turns off the system after sufficient irrigation.
[VT] Project 9
Automatic thermometer system: design a system that measures the fever of a livestock and informs the center by wireless communication if the fever exceeds the critical level.
[VT] Project 10
Implementation of computer arithmetic algorithms on FPGA
[VT] Project 11
Students can suggest other projects they want to do. If the project is deemed appropriate, it will be built.

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