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Active Projects (this semester)
See also the participants page.

The following projects are currently being performed.

Prj #StatusSupervisorProject titleAllocation date#Student(s)
1159 Active Seydi Kaçmaz Motion Detection and Tracking System 4 (1st Edu) Emre Bostancıeri,Ugur Demirel,Onur Savas ,Mert Mercan
1171 Active Nuran Dogru Design of high efficienyc class D power amplifier 3 (1st Edu) Ali Sakrak, Ilbey Anıl Yaman, Abdullah Toygar
1173 Active Nuran Doğru 3D LED Cube 1 (1st Edu) Musab Taskesen
1194 Active Mete Vural Wearable gas sensor 1 (2nd Edu) Ahmet İmir
1202 Active Arif Nacaroğlu Design an realization of number location system. 1 (2nd Edu) Furkan Kogce
1217 Active Musa Bute Improvement on Position control of Micro DC motor 3 (1st Edu) Hamza Fatih Cakmak, Mehmet Ali Unlu, Muhammed Huseyin Calıskan
1249 Active Arif Nacaroglu Design an realization of the parallel plate system 2 (2nd Edu) Emirhan Cengel, Ekin Arman Dogan
1257 Active Serkan Özbay Autonomous Parking Robot Design 4 (1st Edu) ABDELRAHMAN SALAH MAAROUF KAMEL, FATİH SIMSEK, YAMEN MUSTAFA, Murad Shirinli
1259 Active Sema Kayhan Smart Car Parking System 3 (1st Edu) Abdurrahman Aljaser , Muhammed elsiveg, Moaaz Reda Fawzi
1260 Active Sema Kayhan Smart Car Parking System 3 (2nd Edu) Malek Barakat, Fares Bazazoa, Esra Cetinkaya
1261 Active Ali Osman Arslan PV Panel Cleaner 3-4 (1st Edu) Yusuf Sahin, Talha Kursat Ozdemir, Berat Baldız
1262 Active Ali Osman Arslan PV Panel Cleaner 4(2nd Edu) İbrahim OKUDUCU ,Mehmet kapgı ,Ebubekir Dogan,Abdullah Yigit Kalaz
1269 Active Ergun Erçelebi Devepolment of Connected weareble ECG Device 3 (1st Edu) Nisa Nur Aksahin, Zeynep Akgun, Zeynep Mecan
1271 Active Taner İnce Solar Panel Cleaning Robot 3 (2nd Edu) Ipek Tıstık, Dilara Gürkan, Hasan Bedir Ates
1272 Active Uğur Cem Hasar Microwave sensor for detection of concentration of phosphate and nitrite mixture in water. 4 (2nd Edu) Ahmet Hakan Acıkgoz, Mehmet Akif Gursoy, Necla Sincar, Betul Aydın
1273 Active Serkan Özbay Sea Wave Energy Harvesting 4 (2nd Edu) Murat Bahadır Eyice, Utku Celik, Furkan Bahçekapılı, Nihat Cakmak
1274 Active Musa Bute Design of face recognition glasses for the visually impaired 4 (2nd Edu) Cengiz Sen, Mustafa Karatas, Yunus Karageyik,Alper Bulut


1275 Active Arif Nacaroğlu Design, construction and application of motor and motor driver for electrical vehicles 1 (1st Edu) Dogukan Yazıcı
51 students \ 18 projects

Details

1159 Active Seydi Kaçmaz Motion Detection and Tracking System 4 (1st Edu) Emre Bostancıeri,Ugur Demirel,Onur Savas ,Mert Mercan

Title: Motion Detection and Tracking System

Overview of the project

This project aims to develop an image processing system capable of real-time object tracking and detection from video streams. The system will utilize computer vision algorithms to identify and follow objects within the video frames, making it suitable for various applications such as security camera systems and robotics.

What is the design in this project?

  • The project design will involve implementing image processing algorithms and techniques, including background subtraction, object detection, object tracking, and real-time video analysis. It will also require the integration of suitable hardware components like cameras and processors.

    What realistic constraints is the project outcome expected to satisfy?

  • Real-time processing of video streams
  • Robust object tracking under varying lighting conditions
  • Efficient memory and computational resource utilization

    Under which realistic circumstances is the designed product/system supposed to operate?

  • The designed motion detection and tracking system should be able to operate in indoor and outdoor environments, capable of tracking objects in different weather conditions and lighting situations. It may be deployed in security applications or incorporated into robotic systems for navigation and object interaction.

    What are the specific criteria for the success of the project?

  • High accuracy in object detection and tracking
  • Minimal latency in real-time processing
  • Adaptability to different camera types and resolutions
  • User-friendly interface for configuration and monitoring

    Division of Tasks [for Group Projects]:

  • Development of image processing algorithms (Student 1)
  • Selection and integration of hardware components (Student 2)
  • Design and development of the user interface (Student 3)
  • Execution of performance tests and analysis of results (Student 4)

    Specific Components/Tools:

  • High-resolution cameras
  • Image processing libraries (e.g., OpenCV)
  • Microcontrollers or processors (e.g., Raspberry Pi, NVIDIA Jetson)
  • Development environments (e.g., Python, C++)

    The completed project will be kept by the students to do with as they wish.

    • 1171 Active Nuran Dogru Design of high efficienyc class D power amplifier 3 (1st Edu) Ali Sakrak, Ilbey Anıl Yaman, Abdullah Toygar

    Title: Design of high efficienyc class D power amplifier

    Overview of the project

    High efficiecy amplifier will be designed to drive computer speakers or a set of stereo headphones.

    What is the design in this project?

  • Class D power amplifier

    What realistic constraints is the project outcome expected to satisfy?

  • Efficiency should be %75 or greater

    Under which realistic circumstances is the designed product/system supposed to operate?

  • System should be operated between 20 Hz to 20 kHz

    What are the specific criteria for the success of the project?

  • Efficiency should be %75 or greater

    Division of tasks [for group projects]

  • Specific components/tools

  • The project will be kept by the students to do with as they wish.

    • 1173 Active Nuran Doğru 3D LED Cube 1 (1st Edu) Musab Taskesen

    Title: 3D LED Cube

    Overview of the project

    LEDs are placed in three dimensions to generate the lighting effects.

    What is the design in this project?

  • 3D LED cube will be designed.

    What realistic constraints is the project outcome expected to satisfy?

  • At least cube must include 8x8x8 LEDs

    Under which realistic circumstances is the designed product/system supposed to operate?

  • At room temperature

    What are the specific criteria for the success of the project?

  • 8x8x8 LED cube
  • Size of cube will be determined during the design
  • Minimum Refresh Rate of 100Hz

    Division of tasks [for group projects]

  • Specific components/tools

  • The project will be kept by the students to do with as they wish.

    • 1194 Active Mete Vural Wearable gas sensor 1 (2nd Edu) Ahmet İmir

    Title: Wearable gas sensor

    Overview of the project

    In this project, a wearable gas sensor for industrial harsh conditions will be developed. The system will consist of a vest, a gas sensor, a suitable Arduino board, and additional components. The function of this vest will be as follows: The system should be able to continuously check the following gas densities (minimum 2 gas types are required). The ppm level of the gas can be shown on an LCD display. If the ppm level of the gas becomes greater than the predefined threshold level, the system will alert the user. This system will be connected to a mobile phone by Bluetooth. The system should be able to continuously measure the environment temperature and humidity. Other details can be discussed with the supervisor.

    For this project, the ppm level of minimum 2 gas types from the following list should be continuously monitored:

  • Carbon monoxide CO 1 - 1000ppm
  • Nitrogen dioxide NO2 0.05 - 10ppm
  • Ethanol C2H5OH 10 - 500ppm
  • Hydrogen H2 1 - 1000ppm
  • Ammonia NH3 1 - 500ppm
  • Metan CH4>1000ppm
  • Propan C3H8>1000ppm
  • İzobütan C4H10>1000ppm

    What is the design in this project?

  • The design in this project is a wearable gas sensor.

    What realistic constraints is the project outcome expected to satisfy?

  • The ppm levels of minimum 2-gas types of should be monitored.
  • The system should continuously monitor the temperature and humidity of the environment.

    Under which realistic circumstances is the designed product/system supposed to operate?

  • The robot should be operated under room temperature conditions.

    What are the specific criteria for the success of the project?

  • The ppm levels of minimum 2-gas types of should be monitored.
  • The system should continuously monitor the temperature and humidity of the environment.

    Division of tasks:

  • Specific components/tools:

  • A suitable Arduino board
  • MICS-6814 gas sensor 
  • Battery
  • A compatible temperature and humidity sensor
  • A compatible Bluetooth module
  • A mobile phone or tablet supports Bluetooth connection
  • Other related hardware/components

    The project will be kept by the students to do with as they wish.

    • 1202 Active Arif Nacaroğlu Design an realization of number location system. 1 (2nd Edu) Furkan Kogce

    Title: Design an realization of number location system.

    Overview of the project

    In this Project the system will be designed to locate the numbers from 1 to 10 by using some carrirying mechanism.

    What is the design in this project?

  • The system to recognize the number using image processing will be prepared and a mechanism will hold the number and will locate it on to specific position on some base.

    What realistic constraints is the project outcome expected to satisfy?

  • The dimension of the plate will be 30x30 cm. There will be signs from 1 to 10 on the plate and an arm will hold and carry the number to that position.

    Under which realistic circumstances is the designed product/system supposed to operate?

  • The numbers will g oto the correct position.

    What are the specific criteria for the success of the project?

  • Both software and hardware must be realized.

    Division of Tasks:

  • Specific components/tools

  • The completed project will be kept by the students to do with as they wish or donated to the department for display or lab.

    • 1217 Active Musa Bute Improvement on Position control of Micro DC motor 3 (1st Edu) Hamza Fatih Cakmak, Mehmet Ali Unlu, Muhammed Huseyin Calıskan

    Title: Improvement on Position control of Micro DC motor

    Overview of the project

    Project Overview:

  • Biomedical devices will be designed for patients with glasses problems.
  • All designs must be considered unique.
  • There should be a DC motor hidden inside the glasses and moving 30 degrees.

    What is the design in this project?

  • DC motor motion system must be designed.
  • Autonomous electronic card should be designed.

    What realistic constraints is the project outcome expected to satisfy?

  • Biomedical apparatues will be active with a slightly in accordance with the patients requests.
  • It should be operated by portable battery source.
  • It should be appropriate for all people head largeness.

    Under which realistic circumstances is the designed product/system supposed to operate?

  • While sitting or walking it should operate correctly.
  • Designed apparatues should be as much as small that can be kept in a small bag so apparatues can be designed in a compact form.

    What are the specific criteria for the success of the project?

  • It should operate in autonomously or with hand control.

    Specific components/tools

  • PCB, ESP32(microcontroller),charge module, diode, switch, battery
  • Amplifier, Dc motor, integrated circuits

    Division of tasks

  • No group members.

    The completed project will be kept by the students to do with as they wish.

    • 1249 Active Arif Nacaroglu Design an realization of the parallel plate system 2 (2nd Edu) Emirhan Cengel, Ekin Arman Dogan

    Title: Design an realization of the parallel plate system

    Overview of the project

    In this Project the system will be designed to keep the plate paralel to ground to hold the free moving sphere on it. The plate located on to the controllable system will move in required direction to keep the Rolling sphere at the center.

    What is the design in this project?

  • Control mechanism both software and hardware will be originally designed according to the chosen method. To follow the motion of the sphere and to transfer that information to mechanic structure are main parts of the system.

    What realistic constraints is the project outcome expected to satisfy?

  • The dimension of the plate will be 30x30 cm. The plate may be centers or may be holded on some edges or corners. 2 dimensional motion of the plate must be satisfied by servo motors.

    Under which realistic circumstances is the designed product/system supposed to operate?

  • The free moving sphere must be kept on plate at least 10 sec.

    What are the specific criteria for the success of the project?

  • Both software and hardware must be realized.

    Division of Tasks:

  • All students will be responsible from all part of the system. Students may focus their power on some part of the Project.

    Specific components/tools

  • The completed project will be kept by the students to do with as they wish or donated to the department for display or lab.

    • 1257 Active Serkan Özbay Autonomous Parking Robot Design 4 (1st Edu) ABDELRAHMAN SALAH MAAROUF KAMEL, FATİH SIMSEK, YAMEN MUSTAFA, Murad Shirinli

    Title: Autonomous Parking Robot Design

    Overview of the project

    It is known that autonomous vehicles will be the future of transportation systems. The purpose of this project is to design a robot car which maneuvers through a miniature parking lot to find open perpendicular or parallel spots and then automatically parks the robot car.

    What is the design in this project?

  • Hardware design for autonomous robot car
  • Software design for the microcontroller-based operation

    What realistic constraints is the project outcome expected to satisfy?

    The robot car must park automatically without hitting other cars in the parking lot.

    Under which realistic circumstances is the designed product/system supposed to operate?

  • The robot car must have its own battery.
  • Parking must be accomplished using techniques from image processing and remote sensing to interpret data from a camera and/or lidar and use basic control theory for robot car movement. However, there is freedom in the design and sensors to be used.

    What are the specific criteria for the success of the project?

    The robot car must be able to park autonomously both parallel and perpendicularly whenever needed.

    The completed project will be kept by the students to do with as they wish.

    • 1259 Active Sema Kayhan Smart Car Parking System 3 (1st Edu) Abdurrahman Aljaser , Muhammed elsiveg, Moaaz Reda Fawzi

    Title: Smart Car Parking System

    Overview of the project

    In smart parking systems a car is parked without the driver entering into the carpark. The basic operation is that the vehicle comes in /on to the pallet(elevator), then according to the information received from the sensors, the vehicle is automatically parked into the empty spaces without a driver with the help of a pallet. Here, the pallet's going up and down, the movements in x and y coordinates can be provided with the help of a suitable controllers. Position of the cabin is determined with respect to states of border switches. All the processes in the system will be controlled by PLC/PIC/microcontroller.

    What is the design in this project? In this study, a prototype automatic parking having three floors and three arrays resulting 12 vehicles capacity has been designed.

    What realistic constraints is the project outcome expected to satisfy?

    The car elevator system should be moved succesfully in x and y axis for automatic car parking.

    Under which realistic circumstances is the designed product/system supposed to operate?

  • The motion of elevator should be, in right and left directions.
  • The vertical motion of the system will be on the y axis.
  • The system will go up to down or down to up according to command of microcontroller.
  • The axis on which the pallet moves on the z-axis.
  • Vehicle which carried on the pallet will enter to the empty slot by movements on the x-y-z axes.

    What are the specific criteria for the success of the project?

  • In this project, 3-storey smart parking system with a capacity of 12 vehicles must be designed.
  • Working mechanism of this parking should allow the vehicle to park before the driver enters the parking lot.
  • The project should achieve to pick up the vehicle by the elevator and then park it automatically in empty spaces without a driver, according to the information coming from the switches

    Specific components/tools

    PLC/PIC/microcontroller, DC motors, sensors

    The completed project will be kept by the students to do with as they wish.

    • 1260 Active Sema Kayhan Smart Car Parking System 3 (2nd Edu) Malek Barakat, Fares Bazazoa, Esra Cetinkaya

    Title: Smart Car Parking System

    Overview of the project

    In smart parking systems a car is parked without the driver entering into the carpark. The basic operation is that the vehicle comes in /on to the pallet(elevator), then according to the information received from the sensors, the vehicle is automatically parked into the empty spaces without a driver with the help of a pallet. Here, the pallet's going up and down, the movements in x and y coordinates can be provided with the help of a suitable controllers. Position of the cabin is determined with respect to states of border switches. All the processes in the system will be controlled by PLC/PIC/microcontroller.

    What is the design in this project? In this study, a prototype automatic parking having three floors and three arrays resulting 12 vehicles capacity has been designed.

    What realistic constraints is the project outcome expected to satisfy?

    The car elevator system should be moved succesfully in x and y axis for automatic car parking.

    Under which realistic circumstances is the designed product/system supposed to operate?

  • The motion of elevator should be, in right and left directions.
  • The vertical motion of the system will be on the y axis.
  • The system will go up to down or down to up according to command of microcontroller.
  • The axis on which the pallet moves on the z-axis.
  • Vehicle which carried on the pallet will enter to the empty slot by movements on the x-y-z axes.

    What are the specific criteria for the success of the project?

  • In this project, 3-storey smart parking system with a capacity of 12 vehicles must be designed.
  • Working mechanism of this parking should allow the vehicle to park before the driver enters the parking lot.
  • The project should achieve to pick up the vehicle by the elevator and then park it automatically in empty spaces without a driver, according to the information coming from the switches

    Specific components/tools

    PLC/PIC/microcontroller, DC motors, sensors

    The completed project will be kept by the students to do with as they wish.

    • 1261 Active Ali Osman Arslan PV Panel Cleaner 3-4 (1st Edu) Yusuf Sahin, Talha Kursat Ozdemir, Berat Baldız

    Title: PV Panel Cleaner

    Overview of the project

    This project aims to design a PV panel cleaner to improve the efficiency of photovoltaic (PV) panels used in solar energy systems. Dirt and dust accumulation significantly reduce the performance of solar panels. The designed system will be an automatic or semi-automatic cleaning system that is resistant to environmental conditions. It should operate with minimal energy consumption and perform the cleaning process without damaging the panels.

    What is the design in this project?

    The project will involve the integration of mechanical and electronic components. The design phase will include the development of the cleaning mechanism (brush, water spray, etc.) and the automation of the system via a microcontroller. Furthermore, the system will be optimized to consider the tilt of the panels, the level of dirt, and environmental conditions.

    What realistic constraints is the project outcome expected to satisfy?

  • Economic: The project should be low-cost and provide a commercially viable solution.
  • Environmental: The system should minimize water and energy consumption and be environmentally friendly.
  • Safety: The cleaning process must be safe and not damage the PV panels.
  • Sustainability: The system should be durable and require minimal maintenance.

    Under which realistic circumstances is the designed product/system supposed to operate?

    The system must be robust enough to operate under outdoor conditions (wind, rain, temperature changes, etc.) and be flexible to work on PV panels with different tilts. It should also be equipped with a timer or sensor-based triggering mechanism to regularly clean daily dust and dirt buildup.

    What are the specific criteria for the success of the project?

  • The effectiveness of the cleaning mechanism (percentage of efficiency increase)
  • Low energy consumption
  • Long-term durability and minimal maintenance
  • Water-saving system design
  • The ability to clean without damaging the panels

    Division of Tasks:

  • Mechanical Design: Design and fabrication of the cleaning mechanism.
  • Electronic Design: Integration of the microcontroller and sensors.
  • Software Development: Programming control algorithms.
  • Testing and Evaluation: System testing and performance assessment.

    Specific components/tools

  • Microcontroller (Arduino, Raspberry Pi, etc.)
  • Sensors (dust sensor, water level sensor, etc.)
  • Brushing/Cleaning Mechanism
  • Water pump and nozzles
  • Test stand for simulating solar panel performance

    The completed project will be kept by the students to do with as they wish.

    • 1262 Active Ali Osman Arslan PV Panel Cleaner 4(2nd Edu) İbrahim OKUDUCU ,Mehmet kapgı ,Ebubekir Dogan,Abdullah Yigit Kalaz

    Title: PV Panel Cleaner

    Overview of the project

    This project aims to design a PV panel cleaner to improve the efficiency of photovoltaic (PV) panels used in solar energy systems. Dirt and dust accumulation significantly reduce the performance of solar panels. The designed system will be an automatic or semi-automatic cleaning system that is resistant to environmental conditions. It should operate with minimal energy consumption and perform the cleaning process without damaging the panels.

    What is the design in this project?

    The project will involve the integration of mechanical and electronic components. The design phase will include the development of the cleaning mechanism (brush, water spray, etc.) and the automation of the system via a microcontroller. Furthermore, the system will be optimized to consider the tilt of the panels, the level of dirt, and environmental conditions.

    What realistic constraints is the project outcome expected to satisfy?

  • Economic: The project should be low-cost and provide a commercially viable solution.
  • Environmental: The system should minimize water and energy consumption and be environmentally friendly.
  • Safety: The cleaning process must be safe and not damage the PV panels.
  • Sustainability: The system should be durable and require minimal maintenance.

    Under which realistic circumstances is the designed product/system supposed to operate?

    The system must be robust enough to operate under outdoor conditions (wind, rain, temperature changes, etc.) and be flexible to work on PV panels with different tilts. It should also be equipped with a timer or sensor-based triggering mechanism to regularly clean daily dust and dirt buildup.

    What are the specific criteria for the success of the project?

  • The effectiveness of the cleaning mechanism (percentage of efficiency increase)
  • Low energy consumption
  • Long-term durability and minimal maintenance
  • Water-saving system design
  • The ability to clean without damaging the panels

    Division of Tasks:

  • Mechanical Design: Design and fabrication of the cleaning mechanism.
  • Electronic Design: Integration of the microcontroller and sensors.
  • Software Development: Programming control algorithms.
  • Testing and Evaluation: System testing and performance assessment.

    Specific components/tools

  • Microcontroller (Arduino, Raspberry Pi, etc.)
  • Sensors (dust sensor, water level sensor, etc.)
  • Brushing/Cleaning Mechanism
  • Water pump and nozzles
  • Test stand for simulating solar panel performance

    The completed project will be kept by the students to do with as they wish.

    • 1269 Active Ergun Erçelebi Devepolment of Connected weareble ECG Device 3 (1st Edu) Nisa Nur Aksahin, Zeynep Akgun, Zeynep Mecan

    Title: Devepolment of Connected weareble ECG Device

    Overview of the project

    As medical remote patient monitoring becomes more important, the need for wearable ECG capability has become ciritical. Connected wearable electrocardiogram (ECG) devices represent a significant advancement in the field of personal healthcare monitoring. These devices are designed to continuously track heart activity, offering real-time insights into cardiovascular health. With the integration of advanced sensors, wireless technology, and cloud-based platforms, connected wearable ECG devices are transforming how patients and healthcare providers manage heart conditions. In the project, students will develop a portable ECG measurement device with internet connectivity. Project details will be shared in the first meeting with the students.

    What is the design in this project?

  • Hardware Design
  • Software Design
  • Design for internet connection and data storage

    What realistic constraints is the project outcome expected to satisfy?

  • Battery Life: The device should operate for an extended period (e.g., 24 hours or more) on a single charge to ensure continuous monitoring without frequent recharging.
  • Data Transmission Range: The wireless communication module (e.g., Bluetooth or Wi-Fi) must maintain reliable connectivity within a certain range, typically up to 10 meters for Bluetooth and broader for Wi-Fi.
  • Data Accuracy and Precision: The ECG readings must meet clinically acceptable accuracy levels (typically ±2% for heart rate and ±2% for SpO2 if applicable) to ensure reliable monitoring and diagnosis.

    Under which realistic circumstances is the designed product/system supposed to operate?

  • Active Lifestyle: The device should function effectively during various daily activities, including walking, running, exercising, and engaging in sports. It must provide accurate readings even during physical exertion.
  • Sleep Monitoring: The device should be comfortable enough to wear during sleep to monitor heart activity and detect sleep-related issues like sleep apnea.
  • Variable Weather: The device should be operational in different weather conditions, including rain, humidity, and temperature variations. Water-resistant or waterproof designs will be important for outdoor use.
  • Different Settings: Users may wear the device in various settings, including at home, in the workplace, or while traveling. It should be unobtrusive and not interfere with normal activities.

    What are the specific criteria for the success of the project?

    The project outcome will be considered successful if it operates within the constraints specified in the constraints section.

    The completed project will be kept by the students to do with as they wish or donated to the department for display or lab.

    • 1271 Active Taner İnce Solar Panel Cleaning Robot 3 (2nd Edu) Ipek Tıstık, Dilara Gürkan, Hasan Bedir Ates

    Title: Solar Panel Cleaning Robot

    Overview of the project

    Solar panels are a vital component in renewable energy production, but their efficiency can be significantly reduced by the accumulation of dirt, dust, and debris on their surfaces. Manual cleaning methods are often labor-intensive and costly. This project aims to develop an autonomous robot designed to clean solar panels efficiently and effectively, thereby maintaining their optimal performance.

    What is the design in this project?

    A cleaning robot will be designed. It consists of mechanical and electrical parts to operate the robot efficiently.

    What realistic constraints is the project outcome expected to satisfy?

    The designed robot should take into account the followings:

  • It should be cost effective
  • It should be lightweight

    Under which realistic circumstances is the designed product/system supposed to operate?

    It should clean all the surface area of the panel.

    The robot must be able to work even if the solar panel has a tilt angle.

    What are the specific criteria for the success of the project?

    Efficiency and cost effectiveness play a vital role in this project. The robot should work under any weather condition.

    Division of Tasks:

  • Mechanical Part
  • Electronic Part
  • Software part

    Specific components/tools

    Microcontroller, Sensors, cleaning part, etc.

    The completed project will be kept by the students to do with as they wish.

    • 1272 Active Uğur Cem Hasar Microwave sensor for detection of concentration of phosphate and nitrite mixture in water. 4 (2nd Edu) Ahmet Hakan Acıkgoz, Mehmet Akif Gursoy, Necla Sincar, Betul Aydın

    Title: Microwave sensor for detection of concentration of phosphate and nitrite mixture in water.

    Overview of the project

  • Measuring phosphate and nitrite mixture level
  • Determination of any harmful effect based on concentration

    What is the design in this project?

    A microwave sensor unit will be designed for detection of concentration of phosphate and nitrite mixture in water. The system is expected to examine any harmful effects of the measured concentration to a human being.

    What realistic constraints is the project outcome expected to satisfy?

  • Perform measurements with a microwave sensor having either reflection or transmission resonance behavior
  • The sensor should have at least -30 dB value at the resonance
  • The sensor should resonance at a resonance frequency (or few resonance frequencies) between 0.1 GHz and 8.0 GHz

    Under which realistic circumstances is the designed product/system supposed to operate?

    The designed product can be used by home applications.

    What are the specific criteria for the success of the project?

  • Perform measurements with a microwave sensor having either reflection or transmission resonance behavior
  • The sensor should have at least -30 dB value at the resonance
  • The sensor should resonance at a resonance frequency (or few resonance frequencies) between 0.1 GHz and 8.0 GHz

    Division of Tasks:

  • Design of the microwave sensor system
  • Perform simulations
  • Validate by microwave measurements
  • Implement the sensor for few concentrations

    Specific components/tools

  • FR4 or other substrate material
  • VNA for measurements
  • CST Microwave Studio for simulations.

    The completed project will be kept by the supervisor for further use.

    • 1273 Active Serkan Özbay Sea Wave Energy Harvesting 4 (2nd Edu) Murat Bahadır Eyice, Utku Celik, Furkan Bahçekapılı, Nihat Cakmak

    Title: Sea Wave Energy Harvesting

    Overview of the project

    1274 Active Musa Bute Design of face recognition glasses for the visually impaired 4 (2nd Edu) Cengiz Sen, Mustafa Karatas, Yunus Karageyik,Alper Bulut


    Title: Design of face recognition glasses for the visually impaired

    Overview of the project

    This project focuses on the design of smart glasses developed for visually impaired individuals, integrating a face recognition system. This innovative technology aims to provide visually impaired individuals with the ability to recognize people around them.

    What is the design in this project?

  • A microwave sensor unit will be designed for detection of concentration of phosphate and nitrite mixture in water. The system is expected to examine any harmful effects of the measured concentration to a human being.
  • The glasses will audibly convey the names of individuals identified through face recognition technology, offering a richer social interaction experience for visually impaired users. This thesis aims to enhance the quality of life for visually impaired individuals by leveraging advancements in technology.

    What realistic constraints is the project outcome expected to satisfy?

    This system, which aims to address a significant gap by enabling visually impaired individuals to recognize and interact with people around them, is designed to be cost-effective and accessible to a wide range of users.

    Under which realistic circumstances is the designed product/system supposed to operate?

    The glasses are designed to be used by the user at home, on the street, in public transportation, or in indoor environments.

    What are the specific criteria for the success of the project?

  • The system should be able to recognize individuals' faces with a high degree of accuracy under different lighting conditions and from various angles.
  • The names of recognized individuals should be delivered to the user quickly and clearly via voice feedback.

    Division of Tasks:

  • Computer Vision
  • Deep Learning
  • Circuit Design

    Specific components/tools

  • Raspberry Pi 4
  • OpenCV
  • gTTS(Google Text-to-Speech)
  • Earphones

    The completed project will be kept by the students to do with as they wish. --!>

    • 1275 Active Arif Nacaroğlu Design, construction and application of motor and motor driver for electrical vehicles 1 (1st Edu) Dogukan Yazıcı

    Title: Design, construction and application of motor and motor driver for electrical vehicles

    Overview of the project

    51 students \ 18 projects