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2022-07-03 (日) 14:40:46 (154d)

Welcome Remarks Japanese

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Research Field: Welcome to the Optical and RF-MEMS Lab with Prof. Hiroshi Toshiyoshi and Prof. Agnes Tixier-Mita. We are a research group with the Centre for Interdisciplinary Research on Micro-Nano Methods (CIRMM)*1 located at the Institute of Industrial Science (IIS)*2, The University of Tokyo, Tokyo, Japan. Our research interest is in the optical MEMS, RF-MEMS*3, and integrated MEMS technologies.

Research Topics: You may find our research topics (accomplishment and on-going) at Research. Click on the links on the left to find more about us, such as Members and Publication.

Student Admission: Our lab accommodates graduate school students (master and Ph.D course) within the EE (Electrical Engineering) course of the University of Tokyo. Entrance exam information and lab topics for candidate students are at research high-light.

National Project: From March 2015, we operate a NEDO Leading Program on High Efficiency MEMS Vibrational Energy Harvesters for Trillion Sensors Society in collaboration with NMEMS Technological Research Organization. From December 2015, we also operate a CREST program (Scientific Innovation for Energy Harvesting Technology) of JST on "Electret MEMS Vibrational Triboelectric Generation."

News

電気学会センサシンポジウムで論文賞×2
Two paper awards at the IEEJ Sensor Symposium
2022-11-16
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ティクシエ三田先生がNEURO2022で招待講演
Pr. Tixier-Mita gives an invited talk at NEURO2022
2022-06-30
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2年ぶりの対面式キャンパス公開
IIS in-person Open Campus has come back
2022-06-09~10
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本間特任助教が第13回応用物理学会集積化MEMSシンポジウム優秀論文賞を受賞しました。
Dr. Honma is awarded a prize for his paper presented at the 13th Integrated MEMS Symposium.
2022-03-25
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MEMS振動発電素子の写真がジャーナルの表紙を飾りました。
A MEMS vibrational energy harvester appears on the cover of Sensors and Materials.
2022-04-14
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© Optomechatronics Lab of Prof. Hiroshi TOSHIYOSHI (Micromachine System Engineering) within the CIRMM, IIS, the University of Tokyo


*1 CIRMM = Center for Interdisciplinary Research on Micro-Nano Methods
*2 IIS = Institute of Industrial Science
*3 RF-MEMS = Radio Frequency MEMS