Boyu ZHANG
Assistant Professor
Email : boyuzhang@sjtu.edu.cn
Office address : Room 432B, Wenxuan Bldg. (Minhang)
Boyu ZHANG
Assistant Professor
Email : boyuzhang@sjtu.edu.cn
Office address : Room 432B, Wenxuan Bldg. (Minhang)
Dr. Zhang focuses on the development of micro-scale or flexible 3D arbitrary functional electronics and theragnostic robots. The research areas include multi-material and multi-functional micro 3D printing technology, micro robots and on-chip arbitrary microsystems, 3D micro soft sensing and actuating technology, implantable sensors and soft robotic system for MIS.
To achieve this goal, Dr. Zhang will focus on the following progressive emphasis: 1) The development of integrated printing technologies and post-processing methods to achieve the arbitrary micro 3D electronics with the fusion of structure and circuits. Innovative micro passive functional devices, micro sensing and stimulating arrays, integrated electric and on-chip microfluidic devices will be primary focused based on our technology. 2) Research also involves implantable flexible electronic devices and technologies, making these implantable devices intelligent. It aims to uncover the patterns and correlations of physiological signals during the patient's recovery process after medical procedures. Furthermore, it includes the development of biocompatible flexible electronic materials, power supply technologies, and communication technologies for implantable flexible electronics. This research aims to develop smart vascular stents, flexible implantable probes, orthopedic implants, enabling post-operative assessment and long-term monitoring.
2010-2014 Bachelor Department of Precision Instrument, Tsinghua University
2014-2019 Ph.D Department of Biomedical Engineering, Tsinghua University
2019-2024 Research Associate, Westlake University
2024-present Assistant Professor Shanghai Jiao Tong University, School of Biomedical Engineering
High-precision, multi-material 3D printing technology
3D functional electronics
Soft robots
Minimally invasive theragnostic system