Iampursuingresearchintomechatronicsrobotsbasedonmechanicalengineering.Thekeywordinthisendeavoris“skills.”Mylabfocusesonobservingtheskillsoflivingthingsnurturedthroughevolutionandindailylifeandanalyzingthemfromanengineeringstandpointtounderstandtheirnatureandsignificanceforbuildingsystems.Todevelopmechatronicsrobots,itisnecessarytodesignsystemsbasedonawiderangeofengineeringknowledgealongwithobservation,understanding,andevaluationofmotion.Iaimtodesigneasy‐to‐use,highlyfunctionalmechatronicssystems.Mechatronicsisacomprehensivetechnologycombiningmachines,electronics,andinformationcontrol.Graduatescanbeexpectedtofindjobsasmechatronicsengineers,whichareinhighdemandintheworldtoday.ProfessorTakashiKawamuraProfessorKawamurafirstcametotheFacultyofTextileScienceandTechnologyatShinshuUniversityasanassistantprofessor.Aftersubsequentlyworkingasaseniorassistantprofessorandanassistantprofessor,hetookhiscurrentpositionin2019.In1996,heservedasavisitingresearcherattheUniversityofIllinois.Hisinterestsincludemechatronics,intelligentcontrol,robotscapableoflearningtheskillsoflivingthings,kansei(sensitivity)robotics,andhumandynamics.am?working?to?develop?robots?capable?of?competing?with?human?teams?in?the?sport?of?curling.?These?robots?sense?minute?changes?in?the?surface?of?the?ice?and?prepare?strategies?to?play.Robotic?mechanisms?handle?metal?sheets?(left),?turn?pages?based?on?the?same?principles?as?the?human?hand?(upper?right),?and?flap?wings?based?on?a?dragonfly?(lower?right).Outlook?for?researchOutlook?for?students?after?graduationDepartment?of?Machinery?and?RoboticsFunctional?Machineryand?MechanicsResearchingrobotsbasedonmechanismsandbringingtheskillsofhumansandlivingthingstorobots“Nanofibers”arefiberswithadiameterofseveraltenstoseveralhundredsofnanometers,andhaveuniquepropertiesthatarecompletelydifferentfromconventionalfibers.Bymakingthefibersasthinaspossible,filteringandpurifyingforeignsubstancesthatcouldnotbecollectedsofar,improvingtheperformanceoffuelcellsbyincreasingtheefficiencyofelectricalreactions,highperformancesensors,artificialskin,artificialbloodvessels,cells,Highefficiencyinthemedicalfieldsuchashigh‐speedcultureisexpected.Wehavesucceededindevelopingvariousnanoproductssuchashighperformancefilters,saccharidewaterproofjackets,cleanroomnanowipers,separators,masks,etc.,andalsosucceededindevelopingananofibermassproductionplant.Inthefuture,nanofiberswillbeusedinwiderangeproducts.Inadditiontothetextileindustry,weareactiveinvariousfieldssuchaselectronics,medical,semiconductor,andmachinery.Somestudentsaimtostarttheirownbusinesses.ProfessorIckSooKimAfterworkingasaresearcheratOakRidgeNationalLaboratoryinU.S.AandaresearchprofessoratJeonbukNationalUniversityinKorea,heassumedhiscurrentpositionin2008.Hismainresearchfieldsarenanofibersandmaterialsdesign.Theworld'sfirstmassproductionofnanofiberswassuccessful.No.1researcherinnanofiberresearchsince2011!!!Transparent?waterproofjacket?with?excellentbreathability?andwaterproofnessNano?wiper?for?clean?room?not?to?miss?small?garbageMake?fibers?as?thin?as?possible!?Enrich?the?world?with?“Nanofibers”20Department?of?Machinery?and?RoboticsFunctional?Machineryand?MechanicsOutlook?for?researchOutlook?for?students?after?graduationTheworld'sfirstpilot‐scalenanofibermassproductionmachinethatwassuccessfullydeveloped(Left)Fabricatednanofibernonwovenfabric(Right)
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