HUST · Communication Engineering Undergraduate
Zhejiang University · Incoming PhD Student (2027)
Intelligent EM Wave Manipulation · Trustworthy AI · Wireless Communication Systems
Hi, and welcome to my website! 👋
I am Qiushi Xie (谢秋实), an undergraduate student in Communication Engineering at Huazhong University of Science and Technology (HUST)（China 🇨🇳）. I have been admitted to the direct-entry Ph.D. program at the College of Information Science and Electronic Engineering, Zhejiang University (ZJU)（China 🇨🇳）, and expect to begin my doctoral studies in 2027 under the supervision of Dr. Jiwei Zhao. My research and practical work focus on intelligent electromagnetic wave manipulation, trustworthy AI, and wireless communication systems, with an emphasis on integrating intelligent algorithms with hardware and software systems.
During my undergraduate studies, I have conducted research with several groups at Zhejiang University（China 🇨🇳）, Peking University（China 🇨🇳）, and HUST（China 🇨🇳）. I have also collaborated on projects with researchers from Beijing Jiaotong University（China 🇨🇳）, Xidian University（China 🇨🇳）, the University of Chinese Academy of Sciences（China 🇨🇳）, and La Trobe University（Australia 🇦🇺）. My research experience covers metasurfaces, multimodal AI, and intelligent information systems.
Beyond research, I actively participate in electronics and information engineering competitions as well as multidisciplinary student competitions, and have served as team leader in several of them. During my undergraduate studies, I have received honors including the National Scholarship and more than ten awards in student competitions, including two national second prizes and two provincial first prizes.
This website brings together my research papers, competition projects, and personal work. Feel free to get in touch to exchange ideas or explore potential collaborations!
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In arXiv, 2026.07
A digital intelligent museum for ancient Greek pottery that combines multimodal perception, 3D reasoning, external knowledge retrieval, and inference-time reliability control to deliver more trustworthy and verifiable cultural-heritage explanations.
In Proc. SPIE, 2026.09
Lithium-ion battery remaining-useful-life estimation with ALA-optimized VMD decomposition and a bidirectional temporal convolutional attention model, validated across the NASA and CALCE datasets.
A multimodal UAV ground station built on Intel DK-2500. It turns gesture and gaze input into missions and supports simulation planning, autonomous patrol, target recognition, safety confirmation, and full-process logging.
A digital key system using UWB ToF ranging, four-antenna PDoA angle estimation, and Kalman filtering for 4-bit identity verification, real-time three-zone classification, audiovisual greeting, and automatic locking control.
The 2026 contest was held at the provincial level with no national round; First Prize in the Hubei Division was the highest award available that year.
A low-altitude UAV communication system combining a dynamically reconfigurable metasurface receiver array, channel sensing, beam tracking, and interference suppression for rapid beam switching and directional signal enhancement.
