Experienced researcher in next-generation wireless networks (5G/6G), currently Assistant Professor at Aswan University. PhD from NUSTPB (Romania) on RF propagation and 5G site positioning, with postdoctoral research at PUC-RIO (Brazil) on 6G resource allocation (FAPESP project). Core expertise: Reconfigurable Intelligent Surfaces (RIS), mmWave/THz communications, beamforming, radio resource management, positioning-based networks, and AI-driven communication algorithms (deep learning, fuzzy logic, optimization). Proficient in MATLAB, Python, NetSim, THz software.
Strong track record in EU-funded projects: Marie Skłodowska-Curie Actions (MOTOR5G, grant no. 861219) and RECOMBINE, focusing on human blockage impact, RIS beamforming, and resource allocation. Published 14 journal papers (4 Q1, 6 Q2) including IEEE OJCOMS, IEEE Access, Ad Hoc Networks, and 19 conference papers (GlobeCom, MeditCom, BlackSeaCom, etc.). Citations: 265 (Google Scholar), h-index 11.
Editorial role: Area Editor at Physical Communication (Elsevier). Peer reviewer for Q1/Q2 journals (IEEE TCOM, IEEE TVT, Ad Hoc Networks). Supervised 4 Master + 1 PhD students; co-supervised 3 Master students (resulting in 3 journal + 2 conference papers).
Teaching experience (2000+ hours): wireless comm., digital comm., signal processing, electromagnetic fields. Leadership: ex-President of Aswan Engineering Student Union, co-founder of student skills initiative.
Seeking to contribute to 6G SNS EU projects in areas: RIS-empowered THz communications, AI-native radio resource management, integrated sensing and communications, positioning-assisted beamforming, and non-invasive biomedical sensing for 6G healthcare applications. Ready to leverage extensive collaboration experience and strong publication record to drive innovative research and dissemination.