切阳早

香港理工大学汪志勋课题组招收博士生及博士后

研究主题：
1.        新材料/新结构纤维：将过去不以纤维形式存在的材料（尤其是半导体），制作成纤维；对仅有单一结构的纤维，丰富其结构多样性；
2.        多功能纤维器件：一根毫毛，多般变化。将多以平面形式制作的功能器件集成到细如发丝的纤维当中，让一根纤维保持其超大长径比的同时，也是闪光灯、也是摄像头、又或者是电池等。其应用领域包括但不限于传感、通讯、计算、能源收集及储存和神经接口等；
3.        多功能织物：纤维器件的超大长径比使其特别适合集成于可穿戴系统之中。多种纤维器件可以通过编织、打印或粘接的方式集成在一起，做成 「智能身上衣」 。

博士生（奖学金）：
招收1-2名于2026年1月或9月入学的博士生，享受PolyU奖学金，每月HK$18840 （before Qualifying Examination）或HK$19270（after Qualifying Examination），及一次性会议资助HK$25000。欢迎对科研抱有浓厚兴趣，具有电子、物理、材料、化学和机械等相关专业背景的同学申请（基本申请条件请查阅https://www.polyu.edu.hk/study/p ... on-requirements-rpg）。
推荐特别优秀的候选人申请香港博士研究生奖学金计划HKPFS（2026年9月入学），获选者在博士期间将在免学费基础上获得每年HK$337200的奖学金和每年HK$14000的会议资助，以及额外现金津贴（首年HK$40000，其后每年HK$20000）。

博士后：
招收1-2名博士后，提供具有国际竞争力的薪酬待遇。候选人应：
1.        在国内外已获得或即将获得博士学位，具有热电器件、电池或柔性电子相关的研究背景；
2.        科研能力及英语水平较好，在本专业主流国际期刊以第一作者发表过SCI论文；
3.        有责任心，具有团队合作精神。
推荐特别优秀的候选人申请香港研资局新晋学者计划，详细要求和待遇请查阅（https://www.ugc.edu.hk/chs/rgc/funding_opport/jrfs/index.html）。

PI简介：
汪志勋，香港理工大学电机及电子工程学系助理教授。2013/2016年本科及硕士毕业于中南大学，2021年博士毕业于新加坡南洋理工大学，其后继续于南洋理工大学进行博士后研究。2025年加入香港理工大学电机及电子工程学系。主要研究智能纤维器件及织物，研究成果发表在Nature（第一作者）等学术期刊上，同时也受到包括中国科学报、新加坡联合早报等媒体的关注。

申请方式：
请将以下材料发送至 zhixun.wang@polyu.edu.hk：
1.        个人简历（CV）；
2.        成绩单（申请博士者）；
3.        研究计划或个人陈述（阐明个人研究兴趣）；
4.        2-3封推荐信（可先提供推荐人联系方式）。


PhD and Postdoctoral Researcher Positions at EEE@PolyU (PI: Dr. WANG Zhixun)  

Research Topics:
1.        Fibers of New Materials/New Structures: Develop fibers from materials that have not previously been fabricated in fiber form (especially semiconductors); explore and enhance the structural diversity of existing fibers that currently have only a single structure.
2.        Multifunctional Fiber Devices: A single strand, many transformations. Integrate planar-type devices into hair-thin fibers, enabling a single fiber—while maintaining its ultra-high aspect ratio—to function as a flashlight, camera, battery, and more. Applications of multifunctional fibers include, but are not limited to, sensing, communication, computing, energy harvesting and storage, and neural interfaces.
3.        Multifunctional Fabrics: The ultra-high aspect ratio of fiber devices makes them particularly suitable for integration into wearable systems. Strands of multifunctional fibers can be combined through weaving, printing, or bonding to create "smart garments."

PhD Student (with Scholarship):
Seeking 1-2 PhD students to enroll in Jan. 2026 or Sep. 2026 entry, with a scholarship provided by PolyU. The monthly stipend is HK$18,840 (before the Qualifying Examination) or HK$19,270 (after the Qualifying Examination), plus a one-time conference grant of HK$25,000. Students with strong motivation for research and backgrounds in electronics, physics, materials, chemistry, mechanical engineering, or related fields are welcome to apply (for admission requirements, please refer to https://www.polyu.edu.hk/study/p ... rements−rpg).

Outstanding candidates are encouraged to apply for the Hong Kong PhD Fellowship Scheme (HKPFS) for Sep. 2026 entry. Awardees will receive a tuition fee waiver, an annual stipend of HK$337,200 and an annual conference grant of HK$14,000 during their PhD studies, as well as an additional cash allowance (HK$40,000 for the first year, and HK$20,000 per year from the second year to the end of the normal study period). High-calibre foreign students are welcome to apply for The International PhD Fellowship Scheme (IPFS).

Postdoctoral Fellow:
Seeking 1-2 postdoctoral fellows. Competitive remuneration will be offered. Candidate should:
1.        Have or be about to obtain a PhD degree, with a background in thermoelectric devices, batteries, or flexible electronics;

2.        Have a strong research track record and good English proficiency, with first-author papers published in leading journals;
3.        Be a team player.

Outstanding candidates are also encouraged to apply for the RGC Junior Research Fellow Scheme (please refer to https://www.ugc.edu.hk/eng/rgc/funding_opport/jrfs/index.html for the details).

PI:
Dr. WANG Zhixun, Assistant Professor, Department of Electrical and Electronic Engineering, The Hong Kong Polytechnic University. He received his Bachelor’s and Master’s degrees from Central South University in 2013 and 2016, and his PhD from Nanyang Technological University in 2021, where he continued his postdoctoral research. He joined EEE@ PolyU in 2025. His main research focuses on smart fiber devices and fabrics. His research has been published in prestigious journals such as Nature (as first author), and has also attracted media coverage from outlets such as China Science Daily and Lianhe Zaobao.

How to Apply:
Please send the following materials to zhixun.wang@polyu.edu.hk:
1.        Curriculum Vitae (CV);
2.        Transcripts (for PhD applicants);
3.        Research proposal or personal statement (clearly stating your research interests);
4.        2-3 reference letters (or contact information for referees first).