Functional Machinery and MechanicsBioengineering1717Make fibers as thin as possible! Enrich the world with “Nanofibers”1818Scientific Research on Fire and its Application to Firefighter Safety19Safe and usable robot and device based on the human-centric design19Let’s create bio-inspired resilient soft-bodied robots from textile and fibers!2020Devising dense and highly-oriented arrays of semiconductor nanocrystals21212222Human information networks and noninvasive biosensing23Bioengineered flapping wing robots and biology-inspired flow control23From neurotrauma to neuroregeneration24Equating biology with engineering through animal experimentation24Toward realization of a surface robot with shape shifter function25Development of Devices providing happiness to societyResearchingrobotsbasedonmechanismsandbringingtheskillsofhumansandliving things to robotsAnextraordinarynewmaterial:Carbonnanotubescreatingandanalyzinghigh-functionality nano-composite materialsStrengtheningcompositematerialandcreationnewfunctionalmaterialtoenrichthe futureNewtechnologiesmicroplastic recoveryProposingreliablemedicalsimulationsExploringthebiomimeticsofaquaticlifeandmedicalengineeringusingbiofluidmechanicsthroughminiaturization,techniquesfromcellthroughcomputationalbiomechanicalcryopreservationtoKAWAMURA TakashiKIM Ick SooNATSUKI ToshiakiWAKATSUKI KaoruAKIYAMA YasuhiroUMEDACHI TakuyaSHI JianWATANABE KentaroAKIYAMA YoshitakeKOSEKI MichihikoKOBAYASHI ShunichiYAMAGUCHI MasakiAONO HikaruNAKADATE HiromichiMORIYAMA ToruIWAMOTO NoriyasuTAHARA Yusuke3Department of Machinaery and Robotics
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