Books

  • High Sensitive Microwave Micro-Fluidic Sensor Using Split Ring Resonator

Rsearch Interests

  • RF & Microwave Software: ANSYS HFSS, CST Microwave Studio, Advanced Design System (ADS). Mathematical & Data Modelling: MATLAB, Python, Neural Network Implementation for Microwave Signal Synthesis.

Qualifications

  • M. Sc. degrees in communication engineering .

Experiences

  • Successfully completed 25 verified peer review records for 20 distinct manuscripts for leading international, Scopus, and Web of Science (Clarivate) indexed journals. Chronological record (newest first) includes: Reviewed: Jul 20, 2026 (Round 1) for Sensing and Imaging (Springer) Reviewed: Jun 26, 2026 (Round 1) for IEEE Transactions on Electromagnetic Compatibility Reviewed: Jun 16, 2026 for IET Microwaves, Antennas & Propagation Reviewed: Apr 28, 2026 for Progress in Electromagnetics Research (PIER) Reviewed: Apr 23, 2026 for IET Microwaves, Antennas & Propagation Reviewed: Feb 9, 2026 (Round 1) for IET Microwaves, Antennas & Propagation Reviewed: Jun 17, 2025 for Sensing and Imaging (Springer) Reviewed: Jun 16, 2025 (Round 1) for Sensing and Imaging (Springer) Reviewed: May 22, 2025 for Microsystem Technologies (Springer) Reviewed: Feb 28, 2025 for IEEE Sensors Journal Reviewed: Feb 25, 2025 (Round 1) for IEEE Sensors Journal Reviewed: Feb 24, 2025 for Scientific Reports (Nature Portfolio) Reviewed: Nov 27, 2024 for Discover Sustainability (Springer) Reviewed: Aug 22, 2024 for International Conference on Engineering and Science to Achieve the Sustainable Development Goals (ICASDG) Reviewed: Aug 1, 2024 (Round 2) for International Conference on Engineering and Science to Achieve the Sustainable Development Goals (ICASDG) Reviewed: Jul 31, 2024 (Round 1) for International Conference on Engineering and Science to Achieve the Sustainable Development Goals (ICASDG) Reviewed: Jun 12, 2024 for Al-Furat Journal of Innovations in Electronics and Computer Engineering Reviewed: Dec 14, 2023 for IEEE Transactions on Electromagnetic Compatibility Reviewed: Nov 19, 2023 for Journal of Advanced Research in Applied Mechanics Reviewed: Aug 30, 2023 (Round 3) for IEEE Transactions on Electromagnetic Compatibility Reviewed: Jul 23, 2023 (Round 2) for Australian Journal of Electrical & Electronics Engineering Reviewed: Jul 20, 2023 (Round 1) for Australian Journal of Electrical & Electronics Engineering Reviewed: Jun 15, 2023 (Round 1) for IEEE Transactions on Electromagnetic Compatibility Reviewed: Dec 24, 2022 for Optical and Quantum Electronics (Springer) Reviewed: Apr 7, 2022 for Academia Letters

Scientific Research

  • A Multi-Band Microwave Sensor Designed to Sense the Shelf-Life of Raw Fresh Milk
  • Design of a new flow injection system using a double split ring resonance sensor for the determination of azithromycin and some antibiotics.
  • Breakdown Voltage Measurement of High Voltage Transformers Oils Using an Active Microwave Resonator Sensor
  • Microstrip Stopband Split Ring Resonator For Microwave Microfluidic Sensing
  • New star-fractal antenna devised as wireless sensor of the permittivity characterization measurement of Na2SO3 solutions
  • High-Precise Microwave Active Antenna Sensor (MAAS) formulated for sensing liquid properties
  • High Sensitive Microwave Microfluidic Sensor Based on Split Ring Resonator for Determination Liquid Permittivity Characterization
  • A Miniaturised Māra Cross-Inspired Fractal Microstrip Sensor for Edible Oil
  • Circular Patch 1x2 Active Antenna Array for 5G Applications

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