WaterEnvironment & WaterEnvironment & WaterEnvironment & WaterEnvironment & suchasYoshitanilaboratoryconductsflooding,waterscarcity,riverwaterenvironmentandotherpolicy-relatedresearchthatcanprovidewithintegratedwaterresourcesmanagementpractices,communicatingwithpolicy-makersandpractitionersinJapanandothercountries.SpecifictopicsincludepolicycomparisonwiththeUSandEU,watermanagementfloodriskcommunicationanddiagnosisofreal-timeforecasting.ManyofthesearecollaborativeworkwiththeGovernmentofJapan.intectoniczones,carbonnanotubes,graphenes,thedevelopmentofhighlyThroughcontrolledsynthesismethodforcarbonnanotubes,graphenes,andnanoporouscarbons,westrivetoprovidenovelhighcapacityenergydeviceslastmuchtechnologycanfinallylongerachieve.YouwillbeabletogomilesawaywithanewEV,usesmartphonesandtabletsforgettingaboutcharging.thanwhatpresentManygraduatesworkforautomotivecompanies,railwaycompanies,electriccompaniesandelectricpowercompanies.Theyaremainlydoingresearchanddevelopmentatthecompany.Thecurrentworldwideapproach,IntegratedWaterResourcesManagementrequiresnotonlyengineeringsolutionbutadministrative,legalandcommunicationalandmanyotherapproaches,andalsosharingexperienceswithothersocieties.Studentslearnthewholepictureofindividualresearchtopicofinterest.thisrealityandselectSomegraduatesworkforconstructionandconsultantcompaniesandothersdomaster’sstudies.Yoshitaniencouragesandsupportscurrentstudentstoworkforpublicsectors.thatwillandNano-carbonsimportantnanoporouscarbonsareconsideredtobethemostmaterialsthatrevolutionizepresenttechnologyrelatedtoenergydevices,waterpurification,biologicalmaterials,andstructuralmaterials.Inourlaboratory,wefabricatenano-carbonmaterials,processthem,andusingtheminnext-genenergydevicestoimprovethecapacitysothatourlifebecomesmorecomfortable.Carbon nanotubes and graphene models.New generation energy devices will provide much longer life to the electric vehicles, and smart phones.Volcano-rich tectonic activities have yield fertile lands but at the same time high risks of disaster: tectonic zones should be managed by policies different from stable zones.Mr.KamyarGuivetchi, manager of statewide integrated water management, California Department of Water Resources at an open seminar at Nagano Campus in November 2016.Takuya HayashiProfessorGraduated Tokyo University,Main research field in materials science especially structural and physical characterization of nanomaterials Junichi YoshitaniProfessorBS from Hokkaido Univ. in 1983, MS from Univ. of California, Davis in 1995. Specialized in hydrologic engineering and water resources. Appointed current position in 2016.In the FutureAfter GraduationIn the FutureAfter GraduationCivil EngineeringCivil EngineeringCivil EngineeringCivil EngineeringAssist Policy-making and Practicesin Integrated Water Resources ManagementNew-generation Energy Devicesfrom Nano-carbons
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