| No |
Name Surname |
Program |
Advisor |
Topic/Title |
Sustainable Development Goals |
| 1 |
C. K. |
PHD |
Asst. Prof. Burcu BAKIR GÜNGÖR |
Development of a Network-Based Multi-Omics Data Analysis Management to Understand Molecular Mechanisms of Human Complex Diseases |
Goal 3 (Good Health and Well-being) |
| 2 |
Y. G. |
PHD |
Assoc. Prof. Zafer AYDIN |
Deep Learning Methods for Predicting Structural Properties of Proteins |
Goal 3 (Good Health and Well-being) |
| 3 |
N.B. |
PHD |
Asst. Prof. Burcu BAKIR GÜNGÖR |
Machine Learning and Bioinformatics - Development of Iterative Clustering Elimination-Based Machine Learning Approaches for Omics Data Analysis: Identification of Biomolecular Patterns Associated with Disease Phenotypes |
Goal 3 (Good Health and Well-being) |
| 4 |
M.F.F. |
PHD |
Asst. Prof. Talha ERDEM |
Optoelectronic Sensing Systems |
Goal 3 (Good Health and Well-being)
Goal 9 (Industry, Innovation, and Infrastructure)
Goal 17 (Partnerships for the Goals) |
| 5 |
M.S. |
PHD |
Asst. Prof. Talha ERDEM |
Light-Absorbing Optoelectronic Devices |
Goal 3 (Good Health and Well-being)
Goal 9 (Industry, Innovation, and Infrastructure)
Goal 11 (Sustainable Cities and Communities) |
| 6 |
E.T. |
PHD/INTEGRATED |
Asst. Prof. Talha ERDEM |
Self-Assembling Optoelectronic Devices - Production of Optoelectronic Devices Using Smart Self-Assembly Method |
Goal 4 (Quality Education) |
| 7 |
M.A.A. |
PHD |
Asst. Prof. Rifat KURBAN |
Artificial Intelligence and Machine Learning Theory and Applications / Design of Deep Learning Architectures That Can Learn with Small Datasets Using Optimization Techniques |
Goal 8 (Decent Work and Economic Growth)
Goal 9 (Industry, Innovation, and Infrastructure)
Goal 12 (Responsible Consumption and Production)
Goal 17 (Partnerships for the Goals) |
| 8 |
H.A. |
PHD |
Asst. Prof. Burcu BAKIR GÜNGÖR |
Stock Price Prediction System - Machine Learning-Based Stock Price Prediction with Social Media and News Headline Analysis |
Goal 4 (Quality Education) |
| 9 |
İ.F.T. |
PHD/INTEGRATED |
Asst. Prof. Talha ERDEM |
Design and Implementation of Nanophotonic Structures Based on Smart Self-Assembly of Nanoparticles - Nanophotonic Architectures Created by Self-Assembly of Colloidal Nanoparticles |
Goal 4 (Quality Education) |
| 10 |
N.K.A. |
MASTER |
Asst. Prof. Burak TEKGÜN |
Electrical Machines |
Goal 4 (Quality Education) |
| 11 |
M.S. |
MASTER |
Asst. Prof. Rifat KURBAN |
Disease Detection in Chest X-Rays Using Deep Learning |
Goal 3 (Good Health and Well-being)
Goal 4 (Quality Education) |
| 12 |
M.İ. |
PHD |
Asst. Prof. Veli Tayfun KILIÇ |
Broadband RF - Applications and Designs for Broadband RF |
Goal 3 (Good Health and Well-being)
Goal 9 (Industry, Innovation, and Infrastructure) |
| 13 |
M.Y.A. |
MASTER |
Asst. Prof. Veli Tayfun KILIÇ |
Reducing Mutual Interaction at Broadband RF Frequencies in Antenna Arrays |
Goal 4 (Quality Education) |
| 14 |
İ.E.Y. |
PHD |
Asst. Prof. Samet GÜLER |
Robotic Systems in IoT Applications / Collaboration and Coordination in Autonomous Robot Teams for IoT Applications |
Goal 9 (Industry, Innovation, and Infrastructure)
Goal 11 (Sustainable Cities and Communities) |
| 15 |
A.K. |
MASTER |
Asst. Prof. Burcu BAKIR GÜNGÖR |
AI-Based Traffic Light Management |
Goal 7 (Affordable and Clean Energy)
Goal 11 (Sustainable Cities and Communities) |
| 16 |
E.K. |
PHD |
Asst. Prof. Burak TEKGÜN |
Power Electronics / Soft Switching in Converters |
Goal 7 (Affordable and Clean Energy)
Goal 9 (Industry, Innovation, and Infrastructure)
Goal 11 (Sustainable Cities and Communities) |
| 17 |
A.M.A.A.Q |
MASTER |
Asst. Prof. Samet GÜLER |
Drug Repositioning Based on Twin Neural Network Learning |
Goal 3 (Good Health and Well-being)
Goal 9 (Industry, Innovation, and Infrastructure) |
| 18 |
A.B. |
PHD/INTEGRATED |
Asst. Prof. Veli Tayfun KILIÇ |
Coils and Related Systems - Coil and System Designs for Various Applications Including MRI |
Goal 4 (Quality Education) |
| 19 |
R.D. |
MASTER |
Asst. Prof. Abdulkadir KÖSE |
Development of an IoT System Supported by Embedded Machine Learning (TinyML) for Vulnerable Road User Safety |
Goal 4 (Quality Education) |
| 20 |
A.M. |
MASTER |
Asst. Prof. Burak ÜNAL |
Design and Performance Evaluation of FPGA-Based Min-Sum Algorithm for 5G Decoding |
Goal 4 (Quality Education) |
| 21 |
B.E. |
MASTER |
Asst. Prof. Mehmet Gökhan BAKAL |
Representation Vector Transformation-Based Drug Repositioning Study |
Goal 4 (Quality Education) |
| 22 |
Y.G. |
PHD/INTEGRATED |
Assoc. Prof. Zafer AYDIN |
Machine Learning, Deep Learning - Deep Learning Approaches for Analysis of Biomedical Images |
Goal 4 (Quality Education) |
| 23 |
M.A.A. |
PHD/INTEGRATED |
Asst. Prof. Rifat KURBAN |
Artificial Intelligence and Machine Learning Theory and Applications - Design of Deep Learning Architectures That Can Learn with Small Datasets Using Optimization Techniques |
Goal 4 (Quality Education) |
| 24 |
M.K.Ç. |
MASTER |
Assoc. Prof. BURAK BAL |
Monitoring and prevention of hydrogen embrittlement with the internet of things and artificial intelligence-supported systems |
Goal 4 (Quality Education) |
| 25 |
N.K. |
MASTER |
Asst. Prof. Talha ERDEM |
Detection of mental fatigue with EEG |
Goal 4 (Quality Education) |
| 26 |
A.S.E. |
MASTER |
Asst. Prof. MEHMET BOZDAL |
Development of a real-time intrusion detection system in CAN communication |
Goal 4 (Quality Education) |
| 27 |
D.P.S. |
PHD |
Asst. Prof. Burcu BAKIR GÜNGÖR |
Developing an artificial intelligence-based trait selection method to analyze complex data and improve prediction models in the field of health- A new hybrid trait selection method that combines unsupervised learning and biological knowledge for biomarker discovery |
Goal 4 (Quality Education) |
| 28 |
A.B. |
MASTER |
Asst. Prof. Abdulkadir KÖSE |
Multi-factor powered scalable digital twin systems based on artificial intelligence productive for internet of things networks in smart cities |
Goal 4 (Quality Education) |
| 29 |
A.K |
MASTER |
Asst. Prof. Burak TEKGÜN |
Portable wireless EEG ECG EMG device |
Goal 4 (Quality Education) |
| 30 |
İ.V.A. |
MASTER |
Asst. Prof. Burak ÜNAL |
Design of an FPGA-based simulation environment for neuroformic computing. |
Goal 4 (Quality Education) |
