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12 May

HARVEST 14 Exhibition: Celebrating Creativity, Innovation, and Sustainable Design

The Faculty of Arts and Design at October University for Modern Sciences and Arts (MSA University) is pleased to announce the upcoming HARVEST 14 Exhibition, a flagship annual event celebrating student creativity, innovation, and sustainability. Building...

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The Faculty of Engineering EMW Research Group Achievements | Spring 2025

With great pride, the Faculty of Engineering at October University for Modern Sciences and Arts (MSA University) celebrates the outstanding research contributions of the Electromagnetics & Microwaves (EMW) Research Group, under the esteemed supervision of:
 
– Prof. Mahmoud A. Abdalla
– Asst. Prof. Ahmed F. Daw
– Asst. Prof. Mohamed Z. El-Atrash
– Asst. Prof. Farah K. Raad
 
This semester marks a new chapter of research excellence, with impactful publications in high-citation journals and prestigious IEEE conferences, showcasing advanced work in wearable antennas, metamaterials, and reconfigurable microwave circuits.
 
A- High Citation Journal Publication
 
– Q3 Journal: Microwave and Optical Technology Letters
– Title: “A Compact Fully Fabric I-shaped Antenna Supported with Textile-based AMC for Low SAR 2.45 GHz Wearable Applications”
– Authors: Omar M. Youssef, Dr. Mohamed El Atrash, Prof. Mahmoud A. Abdalla
– Citations: 10+ and growing!
 
B- Conference Publications (2024/2025 MSA Research)
 
– 42nd National Radio Science Conference (NRSC), 2025
1. An All-Fabric Wideband Circularly Polarized Antenna for Low SAR Wearable Applications
2. Best Paper Award
“Design of a New Capacitive LCRLH Two-Way Power Divider Utilizing a Metamaterial-Based CR-Loaded LCRLH Cell for Stop-Band Control”
 
A remarkable achievement reflecting the innovation and quality of MSA’s applied research!
 
3. Dual Band Modified Textile Loaded Monopole Antenna with Bi-Directional Radiation
 
– 15th International Conference on Electrical Engineering (ICEENG), 2025 
 
4. Compact Circularly Polarized Conformal GPS Antenna for Vehicle Tracking
5. Reconfigurable LCRLH-Based Phase Shifter for High-Resolution Systems
 
These cutting-edge projects were led by our brilliant students in collaboration with MSA faculty, proving that MSA continues to stand at the forefront of practical, world-class engineering research.
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