techniques through computational biomechanicalResearching robots based on mechanisms and bringing the skills of humans andliving things to robots1616 Make fibers as thin as possible! Enrich the world with “Nanofibers”An extraordinary new material: Carbon nanotubes creating and analyzing high-functionality nano-composite materials1717Scientific Research on Fire and its Application to Firefighter Safety18Safe and usable robot and device based on the human-centric design18Let’s create bio-inspired resilient soft-bodied robots from textile and fibers!19Strengthening composite material and creation new functional material to enrichthe future19 Devising dense and highly-oriented arrays of semiconductor nanocrystals20Safe and usable robot and device based on the human-centric designProposing reliable medicalsimulations20Exploring the biomimetics of aquatic life and medical engineering using biofluidmechanics2121 Human information networks and noninvasive biosensing22 Bioengineered flapping wing robots and biology-inspired flow control22Enabling flexible utilization of odor information using bio-hybrid robots23Towards the development of nerve regeneration technology by electromechanicalstimulation23Equating biology with engineering through animal experimentation24Toward realization of a surface robot with shape shifter function24 Development of Devices providing happiness to society3KAWAMURA TakashiKIM Ick SooNATSUKI ToshiakiWAKATSUKI KaoruAKIYAMA YasuhiroUMEDACHI TakuyaSHI JianWATANABE KentaroAKIYAMA YoshitakeKOSEKI MichihikoKOBAYASHI ShunichiYAMAGUCHI MasakiAONO HikaruTERUTSUKI DaigoNAKADATE HiromichiMORIYAMA ToruIWAMOTO NoriyasuTAHARA YusukeDepartment of Machinaery and RoboticsF unctional Machinery and MechanicsB ioengineering
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