Functional Machinery and MechanicsBioengineering316Researchingrobotsbasedonmechanismsandbringingtheskillsofhumansand16Make fibers as thin as possible! Enrich the world with “Nanofibers”17Anextraordinarynewmaterial:Carbonnanotubescreatingandanalyzinghigh-17Scientific 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!19Strengtheningcompositematerialandcreationnewfunctionalmaterialtoenrich19Devising dense and highly-oriented arrays of semiconductor nanocrystals20Newtechnologiesmicroplastic recovery20Proposingreliablemedical21Exploringthebiomimeticsofaquaticlifeandmedicalengineeringusingbiofluid21Human information networks and noninvasive biosensing22Bioengineered flapping wing robots and biology-inspired flow control22From neurotrauma to neuroregeneration23Equating biology with engineering through animal experimentation23Enabling flexible utilization of odor information using bio-hybrid robots24Toward realization of a surface robot with shape shifter function24Development of Devices providing happiness to societyliving things to robotsfunctionality nano-composite materialsthe futuresimulationsmechanicsthroughminiaturization,techniquesfromcellthroughcomputationalbiomechanicalcryopreservationtoKAWAMURA TakashiKIM Ick SooNATSUKI ToshiakiWAKATSUKI KaoruAKIYAMA YasuhiroUMEDACHI TakuyaSHI JianWATANABE KentaroAKIYAMA YoshitakeKOSEKI MichihikoKOBAYASHI ShunichiYAMAGUCHI MasakiAONO HikaruNAKADATE HiromichiMORIYAMA ToruTERUTSUKI DaigoIWAMOTO NoriyasuTAHARA YusukeDepartment of Machinaery and Robotics
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