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Bio-inspired MEMS transducers, and their fabrication methods and applications
更新時間:2020-04-17
 SEMINAR 

Biomaterials and Tissue Engineering Research Center, Shanghai Institute of Ceramics, Chinese Academy of Sciences 

中國科學院上海硅酸鹽研究所生物材料與組織工程研究中心    


Bio-inspired MEMS transducers, and their fabrication methods and applications

 

 Yifan Li

英國紐卡斯爾諾森比亞大學

   

報告時間:2018626日(星期二)下午14:00

報告地點:4號樓2樓會議室

聯系人:劉宣勇(52412409

歡迎廣大科研人員和研究生參與討論!

 

報告摘要:

Bio-inspired engineering systems have played an important role in human development history.  In recent years, our research group has developed bio-inspired micro/nano transducer systems, enabling advanced functionalities.  In this talk, two research topics will be discussed, before linked together:

1.Bio-inspired smart surfaces induced droplet microfluidics, for Lab-on-Chip applications

2.Bio-inspired soft functional materials microengineering for mechano-responsive sensing and actuation on super-flexible substrates

                    

主講人簡介:

Dr. Yifan Li (MIET, MIEEE, FHEA) was appointed as a Senior Lecturer at Northumbria University (Newcastle, UK) in 2014, having been a Research Fellow at the University of Edinburgh (UK) where he also gained PhD in 2007. This followed his BEng obtained from the School of E&E Eng. at Shanghai Jiao Tong University in 2003.

 

Dr. Li is an academic member of the Smart Materials and Surfaces Lab (SMSL) at Northumbria. SMSL is internationally recognized for its high-quality research outputs (e.g. Nat. Mater/Photon/Comm, Adv. Mater., Adv. Func. Mater., Phys. Rev. Lett.), supported by UK government (currently 7 EPSRC projects ~£2.2M), and other Research Councils (e.g. Royal Soc., EU, Dstl) as well as International companies.  As the manager of the Flexible Sensors and Actuators Testing Lab within SMSL, Dr. Li’s key research interests are droplet microfluidics, soft material microfabrication (e.g. printing, soft-lithography), flexible electronics and transducers with recent outputs in prestige journals e.g. Adv. Func. Mater. (cover paper), Sen. Act. B: Chemical, Prog. Mater. Sci., etc. 

 

李軼凡博士(MIET,MIEEE, FHEA, 高級講師, 博導),上海交通大學測控技術與儀器系工學學士(99-03),愛丁堡大學微納米科學博士(03-07)/博士后(07-14),英國紐卡斯爾諾森比亞大學高級講師(14至今),智能材料與表面課題組 (SMSL) 成員,柔性微納米器件測試實驗室負責人。作為主要研究員先后參與歐盟和英國工程科學基金百萬英鎊/歐元級項目5項,基于專利(US2013252847)成立的公司Dynamic Bioarray曾獲得Converge Challenge銀獎。主要科研方向:智能親疏水表面引發液滴微流體控制,柔性材料微納米器件制備,可穿戴/植入柔性電子與傳感技術,生物醫學化學傳感器片上實驗室,近期科研成果發表Adv. Func. Mater. (封面論文), Sen. and Act. B: Chemical, Progress Mater. Sci., 多份國際頂級期刊。

 

 
 
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