IronSeawaterFreshwaterInterfacial evaporation by sunlightFunctional composite membraneNa+Mg2+K+Ca2+Sea waterFreshwaterIon ConcentrationSteamOutlook for researchOutlook for students after graduationOutlook for researchIfapowerfulrobotinterferesthemovementofuser,itisdangerous.Evenwhenarobotissmallandlightweight,itcanassisthumanwhentheassistfitsthenaturalhumanmovements.Bymodelingthecharacteristicsofnaturalhumanmovements,weaimtodevelopsafeandeffectivelifesupportrobots.Outlook for students after graduationlearnsafety,whichisanessentialStudentswillelementofmanufacturing,andbiomechanicsandstatisticalanalysis,whicharealsoessentialforevaluatingtheusabilityofproducts.Iexpectthatstudentswillplayanimportantroleintheindustries.Recently,graduateshavegoneontomanufacturing,infrastructure,andothercompanies.AssociateProfessorAKIYAMAYasuhiroAssociateProfessorSHIJianDepartment of Machinery and RoboticsFunctional Machineryand MechanicsDepartment of Machinery and RoboticsFunctional Machineryand MechanicsCFRPisusedinmanyfields.Lightweightandhigh-strengthCFRPisusedforenergysavingandenergycreation,contributingtotherealizationofcarbonneutralityby2050.Inaddition,wewilldevelopsustainableappliedresearchsuchasseawaterdesalinationandmetalrecoveryfromurbanmines,andpromotetherealizationofSDGsandtheformationofarecycling-orientedsociety.��2.65cm�3cmAlwaysawareofthestrengthofmaterialsandtheirimpactontheenvironment.Studentswillthinkandmakeeffortstosolveproblems.Theywillhaveaglobalizationperspectiveandcommunicationskills.�����HereceivedthePh.D.degreeinengineeringfromtheUniversityofTokyoin2011.Since2016,hewasanassistantprofessorofNagoyaUniversity.Currently,hehasbeenanassociateprofessorofShinshuuniversitysince2022.Hismainresearchareasaremechanicalhuman-robotsafety,interaction,andbiomechanics.professorAssociateShiinPh.D.hisreceivedEngineeringfromShinshuUniversity.AfterworkingasanassistantprofessoratAkitaPrefecturalUniversity,hetookhiscurrentpositionin2022.DevelopmentofvariousgaitassistdevicesFallexperimentandfallsimulationWeight comparison of iron and CFRP plates of the same size: about 89g for iron and about 20g for CFRPSeawaterdesalinationusingsunlightusingfunctionalcompositematerialsCarbonfiberreinforcedcomposites(CFRP)areusedinmanyfields.However,theadhesionbetweenthefiberandresinispoor,theexcellentmechanicalpropertiesofCFRPcannotbemaximized.OurlaboratorymakesfulluseofvarioussurfacemodificationinterfacialtocharacteristicsoffibersandaimstoincreasethestrengthofCFRP.Wealsocreatenewfunctionalmaterialsthatareusefultosociety,suchasseawaterdesalinationandmetalrecovery,andconductappliedresearchtoenrichpeople'slives.Robotsusedinthedailylivingenvironmentsshouldfithumanmovements.Inconsistencyofmotionbetweenrobotandhumancompromisessafetyandconvenience.Itisalsoimportantthattherobotiseasytouseanddoesnotimposeaburdenontheuser.Tosolvetheseproblems,wearedevelopingvariousrobotsanddevicesandevaluatingtheirsafetyandeffectiveness.Thehumanexperimentandsimulationarevaluabletoolsforthispurpose.Thus,wearealsodevelopingasimulationmodeltomimicthehumannaturalmovement.technologiesimprovethe17Safeandusablerobotanddevice based on the human-centricdesignStrengtheningcompositematerialandcreationnewfunctionalmaterialtoenrichthefuture
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