FATIH ALKURT
İskenderun Technical University, Gaziantep University
Research areas: Engineering · Electrical and Electronic Engineering · Advanced Antenna and Metasurface Technologies · Metamaterials and Metasurfaces Applications · Antenna Design and Analysis
About
Fatih Özkan Alkurt is an Associate Professor in the Department of Electrical and Electronics Engineering at Iskenderun Technical University, Türkiye. He also serves as the Vice Head of the Department. His research interests include metamaterials and metasurfaces, RF and microwave engineering, antenna design, reconfigurable and deployable antenna systems, electromagnetic sensors, terahertz technologies, and artificial intelligence-assisted electromagnetic applications.
His research focuses particularly on the design and experimental characterization of metamaterial-based devices, microwave and millimeter-wave antennas, electromagnetic sensors, and origami-inspired reconfigurable structures for advanced communication and sensing applications. He has experience in electromagnetic simulation, prototyping, and measurement using platforms such as CST Studio Suite, Ansys HFSS, COMSOL Multiphysics, and vector network analyzer-based measurement systems.
Dr. Alkurt has contributed to numerous national and international research projects, including projects supported by TÜBİTAK and TÜSEB, and has participated in international research collaborations and COST Actions. His current research aims to bridge advanced electromagnetic design with reconfigurable structures, intelligent sensing, satellite and space communication technologies, and next-generation RF/microwave systems.
Employment
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İskenderun Technical University Professor (Assistant)2025 - Present
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İskenderun Technical University Research Assistant2017 - 2025
Education
- 2019 - 2024
- 2017 - 2019
- 2011 - 2016
Projects & Funding
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2024 LEOPOLD B FELSEN EXCELLENCE in ELECTROMAGNETICS AWARD Felsen Fund2024 - Present
Publications (94)
- Numerical and experimental verification of equation driven Frequency Selective Surface (FSS) for wireless communication applications Save
- ULTRA THIN METAMATERIAL ABSORBER FOR 5G APPLICATIONS Save
- DIELECTRIC CHARACTERIZATION AND MICROWAVE APPLICATION POTENTIAL OF BIOMATERIALS OBTAINED FROM CUTTLEFISH (SEPIA OFFICINALIS) INNER SHELL AND BEAKS Save
- MEANDERLINE BASED MICROSTRIP ANTENNA DESIGN FOR LIVER TUMOR DETECTION Save
- A novel AI-enhanced microwave sensor employing defected ground structure for non-invasive glucose monitoring Save
- Compact omega-shaped metamaterials enabling bandwidth and isolation control in antennas Save
- Electromagnetic shielding performance and mechanical properties of vermiculite-based lightweight geopolymer mortars Save
- Exploiting Rössler Chaos for the Development of Advanced High-Efficiency Broadband Microwave Absorbers in Modern Microwave Applications Save
- Investigation of Electromagnetic Shielding Effectiveness and S-Parameter Analysis of Nano-Graphene Coated Perlite-based Geopolymer Composites Save
- Utilizing a Microwave Transmission Line Structure as a Biosensor for Blood Glucose Level Analysis Save
- Innovative application of marine biomaterials in microwave and antenna technologies: The study of Monodonta turbinata Save
- Deep Analysis of Patella caerulea Calcined Shells for Microwave Applications Save
- Design and Experimental Verification of an Origami Based Compact Helix Antenna with High Gain Characteristics Save
- A Dynamic Beamforming at 5.4 GHz: Design and Validation of an Integrated Metasurface Reflectarray-Horn Antenna System for Wireless Communications Save
- A NOVEL WEARABLE RESPIRATION SENSOR WITH FLEXIBLE MICROWAVE ANTENNA FOR CONTINUOUS HEALTH MONITORING Save
- Chaotic System-Inspired Microwave Absorbers: Sakarya Attractor in Electromagnetic Design Save
- Chaotic system based ultra-wideband microwave absorber designed by resistive ink modeling Save
- Compact horn antenna design based on origami folding process for satellite communication Save
- Design and Optimization of a Dual-band F-Shaped Monopole Antenna for 2.45/5.8 GHz ISM Medical Applications Using ANN and PSO Save
- Design, Simulation, and Experimental Investigation of a 7.24 GHz Pattern Reconfigurable Monopole Antenna for Enhanced Wireless Communication Save