Lecturer - Ningbo University of Technology - China
AUTHOR PROFILE
SCOPUS
SUMMARY
Zhuang Xuechen is a dedicated academic serving as a Lecturer at Ningbo University of Technology. With a strong foundation in materials science, she holds a doctorate from Dalian University of Technology. Her work primarily revolves around innovative uses of natural polymers and nanomaterials. Zhuang’s research contributions, though still emerging, have demonstrated promising applications in sustainable material development. She strives to merge theory with practical utility, making strides in composite material innovation and application.
EDUCATION
Dr. Zhuang Xuechen completed her higher education at Dalian University of Technology, where she earned her doctoral degree. Her academic training focused on material sciences, particularly emphasizing natural polymer materials. This rigorous academic background laid the foundation for her career in research and teaching. Her educational journey enabled her to build deep knowledge in polymer composites and nanotechnology, fostering an innovative approach to sustainable material development. This education continues to inform her work at Ningbo University of Technology, where she integrates her learning into academic and research practices.
PROFESSIONAL EXPERIENCE
Currently a Lecturer at Ningbo University of Technology, Dr. Zhuang Xuechen combines teaching and research in the field of natural polymer composites. Although early in her academic career, her role involves mentoring students, developing research methodologies, and contributing to the institution’s scientific output. Despite the absence of large-scale projects or industry partnerships, she has shown potential through scholarly publications and patent activity. Her work environment encourages exploration of new materials, allowing her to apply her doctoral training to address material-related challenges.
RESEARCH INTEREST
Dr. Zhuang’s research centers on natural polymer composite materials and nanomaterials, targeting applications that contribute to eco-friendly innovation. Her interest lies in enhancing the functionality, sustainability, and applicability of bio-based materials. This includes developing composite structures with desirable mechanical and thermal properties while maintaining environmental compatibility. Her commitment to exploring natural polymers indicates a forward-looking research mindset focused on reducing environmental impact and supporting circular economies through novel material solutions.
RESEARCH SKILL
Dr. Zhuang demonstrates strong research capabilities in synthesizing and analyzing natural polymer composites and nanomaterials. Her skill set includes formulating experimental designs, applying analytical techniques, and interpreting complex data to evaluate material performance. She is also skilled in drafting scientific papers for reputed journals, with four SCI-indexed publications to her name. Her patent application showcases her practical approach to scientific discovery, highlighting her ability to bridge theoretical concepts with applicable innovations in the materials domain.
PUBLICATIONS
Zhuang Xuechen has published four journal articles in internationally recognized, SCI-indexed journals. These publications focus on her core research area of natural polymer composites and nanotechnology, indicating a consistent and targeted scholarly output. Her academic contributions aim to provide sustainable solutions in materials science, supporting advancements in both academic theory and industrial relevance. Each paper adds value to the field, and her publication record demonstrates her growing engagement with the global scientific community.
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Preparation, characterisation and evaluation of loading paclitaxel into debranched corn starch
CONCLUSION
Dr. Zhuang Xuechen exemplifies an emerging researcher with the potential to make significant contributions to sustainable materials science. Through her work on natural polymers and nanomaterials, she offers fresh perspectives in environmental innovation. With a solid educational foundation, publication record, and ongoing research, she is well-positioned to expand her academic and scientific impact.