Xiaoyang Zhu

Education: Ph.D. (Nanjing University of Technology)

Major: Mechanical Engineering

School: School of Mechanical and Automotive Engineering (MAE)

Department/Institute：Department   of Mechanical Engineering; Shandong Engineering Research Center for Additive   Manufacturing

Title: Associate Professor  

Email: zhuxiaoyang@qut.edu.cn

Personal   profile（个人简介）

Zhu Xiaoyang, male, associate professor, doctor of Engineering,   doctoral supervisor, Young and Creative Talents of Colleges and Universities   in Shandong Province, and deputy director of Shandong Engineering Research   Center for Additive Manufacturing. His main research fields include micro-   nano scale 3D printing technology, equipment and application research,   advanced electronic and circuit micro-nano composite additive manufacturing   process and law, flexible electronic manufacturing technology and 3D   electronic manufacturing technology. In recent years, he has presided over 5   projects such as the National Natural Science Foundation, published more than   40 high-level academic papers in Advanced Materials, Advanced Science, Small   and other journals, and authorized 9 invention patents, research resluts have   been used in military and national defense. He has won IAAM Young Scientist   Medal of International Association of Advanced Materials and one Second Prize   of Excellent Scientific Research Achievement Award of Colleges and Universities   in Shandong Province.  He has made 6   invited reports at important international academic conferences. Guide   undergraduate and graduate students to win 2 national innovation competitions   and 6 provincial scientific innovation competitions.

Employment   track（工作履历）

June 2016 – December 2019, Lecturer, School of   Mechanical Engineering, Qingdao University of Technology, China.

January 2020 – present, Associate Professor,   School of Mechanical and Automotive Engineering (MAE), Qingdao University of   Technology, China.

Professional   Service （学术兼职）

1 Communication review expert of National   Natural Science Foundation of China

2 Senior member of Mechanical Engineering   Society

3 Reviewers of international journals such as   Advanced Materials, Nature Communications, Advanced Functional Material, Advanced   Science, and Small

Research   field（研究领域）

Micro-nano Scale 3D Printing, Advanced Electronic and Circuit Additive   Manufacturing

Teaching（教学情况）

1. Hydraulic   and Pneumatic Transmission, undergraduate course

2. Metal Technology,   undergraduate course

3. Interchangeability   Principle and Measurement, undergraduate course

4. Additive Manufacturing   Technology and Application, Postgraduate course

Scientific   research（科研情况）

Current research interests

1. Micro-nano   scale 3D printing technology, equipment and application

2. Advanced   electronic and circuit micro-nano composite additive manufacturing

3. Flexible   electronic manufacturing technology

4. 3D   electronic manufacturing technology

Academic   achievements（学术成果）

Selected Research Projects:

1. Research on manufacturing method   of gradient refractive microlens array based on electrohydrodynamic 3D   printing, Natural Science Foundation of China, 01/2018– 12/2020, 51705271,   PI.

2. Manufacturing technology of   transparent conductive film based on liquid substrate electric field driven   3D printing, Shandong Province University Innovation and technology support   program, 03/2020-02/2023, 2020kjb003, PI.

3. Fabrication of gradient index   microlens array based on multi material EHD jet printing, Shandong Provincial   Natural Science Foundation, 07/2017-12/2019, ZR2017QEE018, PI.

Selected Publications：

1. Zhu Xiaoyang*, Xu Quan, Li Hongke, Liu Mingyang, Li Zhenghao, Yang   Kun, Zhao Jiawei, Qian Lei, Peng Zilong, Zhang Guangming, Yang Jianjun, Wang   Fei, Li Dichen, and Lan Hongbo*. Fabrication of High-Performance Silver Mesh   for Transparent Glass Heaters via Electric-Field-Driven Microscale 3D   Printing and UV-Assisted Microtransfer[J]. Advanced Materials, 2019, 31(32):   1902479.

2. Zhu Xiaoyang*, Liu Mingyang, Qi Ximeng, Li Hongke, Zhang Yuan-Fang,   Li Zhenghao, Peng Zilong, Yang Jianjun, Qian Lei, Xu Quan, Gou Nairui, He   Jiankang, Li Dichen, and Lan Hongbo*. Templateless, plating-free fabrication   of flexible transparent electrodes with embedded silver mesh by   electric-field-driven microscale 3D printing and hybrid hot embossing[J].   Advanced Materials, 2021: 2007772.

3.  Zhenghao Li, Hongke Li,   Xiaoyang Zhu*, Zilong Peng, Guangming Zhang, Jianjun Yang, Fei Wang,   Yuan-Fang Zhang, Luanfa Sun, Rui Wang, Jinbao Zhang, Zhongming Yang, Hao Yi,   and Hongbo Lan*. Directly Printed Embedded Metal Mesh for Flexible   Transparent Electrode via Liquid Substrate Electric-Field-Driven Jet[J].   Advanced Science, 2022.

4. Hongke Li, Zhenghao Li, Na Li, Xiaoyang Zhu*, Yuan-Fang Zhang, Luanfa   Sun, Rui Wang, Jinbao Zhang, Zhongming Yang, Hao Yi, Xiaofeng Xu*, and Hongbo   Lan*. 3D Printed High Performance Silver Mesh for Transparent Glass Heaters   through Liquid Sacrificial Substrate Electric-Field-Driven Jet[J]. Small,   2022.

5. Zhang Yuan-Fang, Li Zhenghao, Li Hongke, Li Honggeng, Xiong Yi, Zhu   Xiaoyang*, Hongbo Lan*, and Ge Qi*.. Fractal-Based Stretchable Circuits via   Electric-Field-Driven Microscale 3D Printing for Localized Heating of Shape   Memory Polymers in 4D Printing[J]. ACS Applied Materials & Interfaces,   2021.

6. Zhang Houchao, Qi Tianyu, Zhu Xiaoyang*, Zhou Longjian, Li Zhenghao,   Zhang Yuan-Fang, Yang Wenchao, Yang Jianjun, Peng Zilong, Zhang Guangming,   Wang Fei, Guo Pengfei, and Lan Hongbo*. 3D Printing of a PDMS Cylindrical   Microlens Array with 100% Fill-Factor[J]. ACS Applied Materials &   Interfaces, 2021.

7. Yang J, Zi D, Zhu X*, et al. Printed Flexible Transparent Electrodes   for Harsh Environments[J]. Advanced Materials Technologies, 2101087.

Honors and Awards

1．The second prize of Science and Technology Award   of Colleges and Universities of Shandong Province, 2020

2．Head of Shandong Youth Innovation Team,   2020

3．Young Scientist Award of International   Association of Advanced Material, 2019

4．High-level talents in short supply on the   west coast of Qingdao, 2018

5．Excellent Doctoral Dissertation   of Nanjing University of technology, 2017