RESEARCH

Research Areas

Research Areas of our Faculty Members includes, but not limited to, listed areas below:

Electrical Engineering

• Power Generation, Transmission and Distribution Systems
• Steady and Transient State Analysis and Control of Interconnected Grids
• Power Quality Analysis and Improvement
• Harmonics and Filters
• Renewable Energy Sources
• Reliability Analysis of Electric Power Systems
• Protection, Control, Operation and Management of Power Systems
• Smart Grid Systems
• Distributed Power Plants and Their Integration with the Grid
• Deregulation and Cost Analysis of Power Systems
• Microprocessors and Data Communication Systems
• Smart Electronics Devices and Remote Monitoring
• Remote and Automatic Metering Methods
• Design of Power Transformers, Electromagnetics, Electrostatics and Thermal Strength Analyses
• Computer Aided Design of Electrical Machinery, Electromagnetic Strength Analysis, Stability and Control

Electronics Engineering

• Physics and Modeling of Electronic Devices
• Analog Circuit Design
• Digital Circuit Design
• Integrated Circuit Design
• Microelectronic Fabrication Technologies
• Neural Networks and Applications
• Circuits and Systems Theory
• Advanced Video Systems

Telecommunications Engineering

• Digital / Analogue Communications Theory, Channel-source Modeling, Coding Theory
• Antenna Design and Applications
• Video, Image, Audio Processing and Recognition
• Microwave Circuits and Systems
• Satellite and Optical Communication Systems
• Remote Sensing
• Wıreless Communication Network Management and Optimization
• Multicarrier Multi-antenna Communication Systems
• Cognitive Networks

Biomedical Engineering

• Biological Signal Processing, Analysis, Interpretation and Telemedicine
• Magnetic Resonance and Computed Tomography Imaging and Image Processing
• Hyperthermia Applications in Multi-layered Tissue
• Sensing of Embedded Objects and Tumors
• Calculation/Estimation of SAR as a Result of Exposure to Electromagnetic Radiation and Comparison with Standards
• Physiological, Anthropometric and Psychological Performance Tests and Modeling of Performance
• Modeling of Biological Systems Using Petri-nets
• Biometric Applications
• Modeling of Cognitive Processes
• Biomedical Optics
• Biomedical Instrumentation
• ASIC Design for Biomedical Applications
• Biomedical informatics

Control and Automation Engineering

• Theory of Control and System
• Modelling, Simulation and System Determination
• Industrial Automation
• Robotics and Mechatronics
• Process Control
• Driver Systems (Electrical, Electronics, Pneumatic and Hydraulic)
• Intelligent Systems (Fuzzy control, Artificial Neural Networks, Genetic Algorithms etc.)
• Computer– Based Real Time Control Systems (PC, DSP, PLC, MC etc.)

Mechatronics Engineering

• Unmanned Land Vehicles
• Hybrid Vehicles
• Unmanned Aerial Vehicles (Helicopter, Plane and Zeppelin)
• Electrical Minibus
• Automotive Mechatronic
• Humanoid Robotic
• Humanoid Playing Football
• Image Processing
• Motion Control and Applications
• Rapid Controller Prototyping
• Simulations with Equipment and Simulators
• Micro and Nano Dimensional Manipulation and Control, Small Scaled Robotics
• Sensor & Actuator Activist Design
• MEMS
• Tribology
• Resonance (Vibration)
• Artificial Neural Network—Algorithm Studies of Fuzzy Logic Learning

Railway Systems Engineering

• Planning of Railway Systems
• Operation and Maintenance
• Infrastructure Planning and Design
• Onboard Design and Optimization
• Signalization and Electrification
• Source Management