Dr. Mahmoud Mohammed Khodeir, Beihang University,China
Mahmoud M. Khodeir is a dedicated researcher and engineer specializing in the fields of electric field probes, ultrawideband technology, and electromagnetic compatibility (EMC). With a robust academic background, Mahmoud holds a Bachelor of Science in Communication from the Military Technical College in Cairo and a Master of Science in Electronic Engineering from the same institution. Currently pursuing his Ph.D. at Beihang University in Beijing, Mahmoud’s research focuses on advancing near-field measurement techniques and designing high-speed data acquisition systems. His contributions to the field are evident through several significant publications, including his work on miniaturized ultrawideband E-probes and quad-tip wideband E-field probes, aimed at enhancing the spatial resolution and effectiveness of near-field measurements. Mahmoud’s expertise also extends to the design of horn-tip ultrawideband probes for radiated electromagnetic interference (EMI) measurements up to 50 GHz, showcasing his proficiency in high-frequency technologies. Throughout his career, Mahmoud has been actively involved in both academic and industrial research projects, demonstrating a strong commitment to advancing technological solutions in EMC and related disciplines. His work not only contributes to the scientific community but also addresses practical challenges in fields requiring precise electromagnetic measurements and data acquisition systems.
Professional Profile
ORCID
📚 Education and Qualifications
- Ph.D. in Electronic and Information Engineering, Beihang University, Beijing, China (2018-present)
- M.S. in Electronic Engineering, Military Technical College, Cairo, Egypt (2011-2015)
- B.S. in Communication Department, Military Technical College, Cairo, Egypt (2002-2007)
🔬 Research Focus and Achievements
Mahmoud’s research focuses on advancing measurement techniques in Electromagnetic Compatibility and Near-Field Measurement. His innovative designs include the development of high-resolution quad-tip and V-shaped tip E-Probes, enabling precise E-field measurements across ultrawideband frequencies up to 50 GHz. His work is published in reputable journals and conferences, contributing significantly to the field’s theoretical framework and practical applications.
📝 Publications
- “A Miniaturized Ultrawideband V-Shaped Tip E-Probe for Near-Field Measurements” (2024)
- “A Quad-Tip Wideband E-Field Probe With High Spatial Resolution” (2023)
- “A Horn-Tip Ultrawideband E-Probe for Radiated EMI Measurements Up To 50 GHz” (2023)
- “Design of a Wide-Band Front-End for a High-Speed Data Acquisition System” (2020)
- “Optimal Choice of Using PN Code For a DDS Transmitter” (2015)
- “Optimal Selection of PN Code Sequence for a DDS Frequency Hopping Transmitter” (2014)
🌍 International Collaboration
Mahmoud has actively participated in European and international projects, enhancing global cooperation in research and development. His involvement in EU-funded initiatives underscores his commitment to advancing technological frontiers in eHealth and data acquisition systems.
Publication top Notes
A Miniaturized Ultrawideband V-Shaped Tip E-Probe for Near-Field Measurements
A Quad-Tip Wideband E-Field Probe With High Spatial Resolution For Near-Field Measurement
A Horn-Tip Ultrawideband E-Probe for Radiated EMI Measurements Up To 50 GHz
Design of a Wide-Band Front-End for a High Speed Data Acquisition System
Optimal Choice of Using PN Code For a DDS Transmitter