China Academy of Space Technology - China
Author Profile
ORCID
summary
Dr. Xiaotao Zhou is an accomplished intermediate engineer at the xi’an institute of space ratio technology, china academy of space technology. his academic foundation from harbin institute of technology and advanced studies at cast have equipped him with specialized knowledge in deployable space structures and space-tensioned membrane systems. with over ten sci-indexed publications and involvement in national-level projects, he has made impactful contributions to aerospace engineering. his work consistently integrates power electronics, enhancing the efficiency and functionality of space structures. his research balances structural innovation, simulation accuracy, and electronic synergy, positioning him as a rising expert in his field.
Early academic pursuits
Xiaotao Zhou began his academic journey at the prestigious harbin institute of technology, where he earned his bachelor’s degree, laying a strong foundation in engineering principles. driven by a passion for innovation and applied science, Aerospace he pursued both his master’s and ph.d. at the china academy of space technology (cast). during this period, he honed his expertise in structural mechanics, focusing on advanced technologies relevant to power electronics and deployable systems for space environments.
Professional endeavors
Currently serving as an intermediate engineer at the xi’an institute of space ratio technology, part of cast, zhou has played a key role in several strategic aerospace initiatives. his professional trajectory reflects a seamless integration of academic rigor and practical innovation. his responsibilities involve contributing to both completed and ongoing projects, Aerospace including major national initiatives such as the national key r&d program of china (grant no: 2023yfb3407104) and the national natural science foundation of china (grant no: 12494564). his work supports technological progress in space-tensioned membrane systems, lightweight design, and power electronics integration within aerospace platforms.
Contributions and research focus
Zhou’s research is centered around deployable space structures, numerical simulation, and high-precision lightweight systems, particularly those incorporating space-tensioned membrane structures. he has authored over ten sci-indexed papers, showcasing his contributions to the evolving landscape of aerospace engineering. a notable aspect of his research is Aerospace the consistent intersection with power electronics, which plays a pivotal role in optimizing energy efficiency and system responsiveness in deployable mechanisms for spacecraft and satellites.
Impact and influence
Xiaotao Zhou's expertise has been recognized on international platforms such as icces 2024, where he was invited to present his findings. his work significantly enhances the global Aerospace understanding of smart space structures and their potential in deep-space missions. by integrating power electronics into structural designs, zhou's research has supported the advancement of more adaptable and efficient aerospace technologies that are now being considered for practical implementation in future space missions.
Academic citations
Through consistent publication in reputed journals indexed by the science citation index (sci), zhou’s work has been acknowledged by peers and cited in several interdisciplinary studies. his research outputs not only advance theoretical models but also offer tangible solutions in structural adaptability, energy efficiency, and material performance—especially within applications Aerospace involving power electronics, where mechanical and electronic systems must operate in harmony under space conditions.
Legacy and future contributions
As a rising contributor to china’s space research infrastructure, xiaotao zhou is set to leave a lasting legacy in the development of deployable aerospace systems. with three ongoing research projects and an expanding publication record, he continues to push the boundaries of how structural mechanics, power electronics, and aerospace engineering intersect. his future Aerospace endeavors aim to refine space-tensioned systems that offer greater resilience and multifunctionality, paving the way for smarter, lighter, and more autonomous spacecraft.
Publications
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Title: Predicting Electromagnetic Performance Under Wrinkling in Thin-Film Phased Arrays
Author(s): Xiaotao Zhou, Jianfei Yang, Lei Zhang, Huanxiao Li, Xin Jin, Yesen Fan, Yan Xu, Xiaofei Ma
Journal: Aerospace
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Title: Influences of Errors in Modular-Assembled Antenna on Radiation Characteristics
Author(s): Huanxiao Li, Shengnan Lyu, Xiaofei Ma, Yu Shi, Zexing Yu, Xiuji Chen, Xiaotao Zhou
Journal: Sensors
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Title: Analysis of Structural Boundary Effects of Copper-Coated Films and Their Application to Space Antennas
Author(s): Xiaotao Zhou, Huanxiao Li, Xiaofei Ma
Journal: Coatings
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Title: Tensile and Bending Behavior of Thin-Walled Triaxial Weave Fabric Composites
Author(s): Xiaotao Zhou, Xiaofei Ma, Yesen Fan, Huanxiao Li
Journal: Journal of Engineered Fibers and Fabrics
Conclusion
Xiaotao Zhou’s contributions reflect a promising blend of theoretical depth and practical innovation in aerospace systems. through his commitment to advancing deployable space technologies and his strategic use of power electronics, he is actively shaping the next generation of lightweight, high-performance spacecraft components. his trajectory suggests continued excellence and influence in international aerospace research and engineering communities, ensuring a future where smart, responsive structures become the norm in space exploration.