Advanced Mechanical Systems

JAPANESE

System Control

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Dynamic Systems

	Prof. Kazuhiro YOSHIDA
	Room：R2-218   TEL：+81-(0)45-924-5011   E-mail：yoshida(at)pi.titech.ac.jp　　   ※Please replace "(at)" with "@".　   http://yoshida-www.pi.titech.ac.jp/

• Section       Dynamic Systems 
• Objective     Realization of advanced mechanical systems such as microrobots using fluid power 
• Current Topics 
  ・New actuators using functional fluids 
  ・High output power micro fluid power sources 
  ・In-pipe working micromachines using fluid power
  *Outline of Research Activitis(PDF)

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	Assoc. Prof. Kotaro TADANO
	Room：R2-420   TEL：+81-45-924-5032   E-mail：tadano(at)pi.titech.ac.jp   ※Please replace "(at)" with "@"   http://www.k-k.pi.titech.ac.jp/

• Section 　　　　Dynamic Systems
• Objective   Realization of Advanced Human Support Systems 

• Current Topics
  ・Surgical Robot Systems 
  ・Control of Teleoperation Systems
  ・Control of Pneumatic Driven Systems
  *Outline of Research Activities 

Haptic robot system for loparoscopic surgery （above） Laparoscope control system using a pneumatic robot arm （right）

Intelligent Systems

	Prof. Takeshi HATSUZAWA
	Room：R2-318　　   TEL：+81-(0)45-924-5037   E-mail：hat(at)pi.titech.ac.jp　　   ※Please replace "(at)" with "@".   http://www.pme.pi.titech.ac.jp/

• Section           Intelligent Systems
• Objectives
  ・MEMS application to assay-devices in bio-science
  ・NEMS fabrication by bio-technology
• Current Topics 
  ・Micromechanisms driven by micro-organs
  ・Mold-less fabrication by micro-channel
  ・Biochips for cell functional analysis
    *Outline of Research Activities（PDF）

Reciprocating linear actuator driven by plankton	Serial molecular membrane forming device

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	Assoc. Prof. Yasuko YANAGIDA
	Room：R2-308　　   TEL：+81-(0)45-924-5039   E-mail：yanagida(at)pi.titech.ac.jp　　   ※Please replace "(at)" with "@"   http://www.pme.pi.titech.ac.jp/

• Section       Intelligent Systems
• Objective     Explore new technologies that integrate micro-machine and biotechnology
• Current Topics 
  ・Analysis of biofunctions using nanophotonics based biodevice
  ・Biomolecular assembly for application of nanotechnology 
  ・Detection of biomolecular interactions using BioMEMS/NEMS based biochip
    *Outline of Research Activities（PDF）

Transfection device to single-cell