学术报告丨Innovative biomedical devices inspired by nano/micro technologies and challenges in their comme
- 发布时间:
- 2022-11-02
- 文章标题:
- 学术报告丨Innovative biomedical devices inspired by nano/micro technologies and challenges in their comme
- 内容:
应韦学勇教授邀请,日本庆应义塾大学Norihisa Miki 教授将于11月4日上午9点作学术报告,欢迎大家观看。
会议主题:Innovative biomedical devices inspired by nano/micro technologies and challenges in their commercialization
会议时间:2022/11/04 09:00-10:30 (GMT+08:00)
ZOOM ID:82143313121
会议链接:https://keio-univ.zoom.us/j/82143313121
报告摘要
In this talk, I introduce medical and healthcare devices, i.e., the implantable artificial kidney and the salt chip. Both devices are inspired by nano/micro technologies and greatly contribute to the patients’ QOL. Since these devices are quite application-oriented, commercialization of the products and, if necessary, founding a company must be envisioned. I will share what I have learned in founding a healthcare startup.
报告人简介

Norihisa Miki received Ph.D. in mechano-informatics from University of Tokyo in 2001. He developed a world-smallest drone using MEMS technology during his Ph.D. Then, he worked at MIT microengine project as a posdoc (2001-2003), later as a research engineer (2003-2004). He joined the Department of Mechanical Engineering at Keio University in 2004 as an assistant professor and became a full professor in 2017. His research interests started with development of MEMS-based biomedical and human interface devices. Currently, he also explores the fields of medical engineering, neuroscience, and media arts using his innovative devices. He is a department head and a chair of international affairs at Faculty of Science and Technology. He is heavily involved in entrepreneurship education. He is a Director of Keio Ice Skating Club.




