Dr. Zhi Li , China Electronics Standardization Institute , China.
Dr. Zhi Li 📡 is a specialist in computational electromagnetics and antenna engineering at the China Electronics Standardization Institute 🇨🇳. With a PhD from the Beijing University of Posts and Telecommunications 🎓, he focuses on metamaterials, metasurfaces, and advanced RF front-end systems including reflector and lens antennas 🛰️. His research has led to innovations in terahertz tri-reflector CATRs and E-band packaging structures ⚙️. Dr. Li’s peer-reviewed work in journals like Micromachines and Electronics highlights his impact in high-frequency technology and electromagnetic measurement 🚀.
Professional Profile
Education & Experience
-
🎓 Doctoral Degree
-
🏛️ Beijing University of Posts and Telecommunications (School of Electronic Engineering)
📅 September 2019 – June 2023
-
🧪 Technician / Assistant Researcher
-
🏢 China Electronics Standardization Institute, Beijing
📅 July 2023 – Present
-
👨🏫 Research/Academic Involvement
-
🏫 Beijing University of Posts and Telecommunications (Employment role during PhD)
Summary Suitability
Dr. Zhi Li, currently serving at the China Electronics Standardization Institute, stands out as a deserving nominee for the Best Researcher Award for his groundbreaking contributions to high-frequency antenna design, metamaterials, and computational electromagnetics. With a focused and impactful research trajectory, Dr. Li has demonstrated excellence in both theoretical innovation and practical engineering, particularly in developing next-generation RF technologies and compact antenna test systems
Professional Development
Dr. Zhi Li’s professional journey blends rigorous academic training with real-world research in high-frequency electromagnetic systems ⚡. During his PhD at BUPT, he investigated metamaterial antennas, low cross-polarization techniques, and waveguide systems 🔬. Post-graduation, he joined the China Electronics Standardization Institute, where he supports national projects and technology standardization 🏢. His development includes contributions to tri-reflector CATRs, E-band RF packaging, and compact antenna testing 📡. Dr. Li also actively publishes in indexed journals, demonstrating a commitment to both scientific advancement and engineering application 📘.
Research Focus
Dr. Zhi Li’s research lies in Antenna Systems and Computational Electromagnetics 🛰️. His work is particularly impactful in the design of metamaterials and metasurfaces, where he enhances electromagnetic wave control at high frequencies 🔍. He specializes in reflector and lens antennas, metamaterial-based antenna arrays, and compact antenna test range (CATR) technologies tailored for terahertz and E-band systems ⚙️. These innovations are critical to advancing 5G/6G, satellite communication, and next-gen RF testing systems 🚀. Dr. Li’s contributions bridge theoretical modeling with experimental validation for real-world applications 🌐.
Awards and Honors
-
🥇 Doctoral Research Recognition – Beijing University of Posts and Telecommunications (🎓)
(Earned for outstanding research contributions during doctoral studies in electronic engineering)
-
🌟 Early Career Researcher – China Electronics Standardization Institute
(Acknowledged as an emerging expert in RF front-end system design and electromagnetic testing)
Publication Top Notes
A Back-to-Back Gap Waveguide-Based Packaging Structure for E-Band Radio Frequency Front-End
🗞️ Micromachines
📅 Published: 28 May 2025
🔗 DOI: 10.3390/mi16060644
👥 Contributors: Tao Xiu, Zhi Li, Lei Wang, Peng Lin
📌 Summary: This work proposes a gap waveguide-based structure for RF front-end packaging in the E-band, enabling efficient and compact high-frequency design solutions.
Design of Low Cross-Polarization Tri-Reflector CATR with Standard Quadric Surfaces Working in Terahertz
🗞️ Electronics
📅 Published: July 2021
🔗 DOI: 10.3390/electronics10141727
👥 Contributors: Zhi Li, Yuan Yao, Tianyang Chen, Junsheng Yu, Xiaodong Chen
📌 Summary: Introduces a novel design method for tri-reflector compact antenna test ranges (CATR) in the terahertz frequency band with low cross-polarization and enhanced measurement accuracy.
The Research on a Method for Measuring Harmonic Emission of Millimeter Radar by Compact Range
📅 Publication Year: Not specified
🔗 Full text access: Currently disabled
👥 Contributors: Zhe Liu, Lihua Cai, Zhi Li, Meishuang Chen, Chang Ye
📌 Summary: Discusses a measurement method for evaluating harmonic emissions from millimeter-wave radar using a compact range setup, improving precision in electromagnetic compatibility testing.
Conclusion
Dr. Zhi Li exemplifies the qualities of a top-tier researcher: intellectual rigor, innovative thinking, and a strong commitment to solving real-world engineering challenges. His work not only enriches the academic literature but also delivers measurable advances in RF engineering and electromagnetic measurement. These accomplishments make him exceptionally well-suited for the Best Researcher Award, recognizing both his early-career excellence and long-term potential in shaping the future of antenna systems and metamaterial technologies.