Electrical& Computer Electrical& Computer ?applications of oxide thin film?semiconductor hetero junction?applications of carbon materialsElectrical& Computer Electrical& Computer Iamnowexploringanalternativematerialwithlowpollutionthatcanbeappliedtothethin-filmsolarcells.Andalsofocusingontheresearchofnewenergydeviceandfabricationprocess.Softwareisnotfinishedafteritiscreated;itneedstobecontinuouslydevelopedtosuittheenvironmentandusers.However,softwareassetsarecomplexandinterdependent,andthehumanresourcesinvolvedindevelopmentarefluid.Totacklethisproblem,softwareecosystems,whichconsidersandstudiesvarioussoftwareasanecosystem,includingmultiplesoftwareassetsandhumanresources,hasbeenattractingattentioninthefieldofsoftwareengineering.Inadditiontoourempiricalresearchonthistopic,wearealsoworkingonresearchonone-waycarsharingasamechanismforpeopletocooperatewitheachotherinanecosystem.Hideaki Hata?Tocontributetotheglobalsocietybymeansofinnovatingrenewableenergydevices(RED)andenvironment-friendlymaterials(EFM).?TopromotetheapplicationsofREDandfieldsinorderEFMinvariousindustrialtoreducetheenvironmentalpollution.?ToestablishgreenelectronicproductionpollutionbasedprocesstechnologiesGraduatestudentswillgetchangestobecomeactivescientistsorengineersoftheadvancedresearchesinthefieldofenvironmental-friendlyelectronicatourLab.futurebyisnowadynamicSoftwaredevelopmentwayofworkingthatinvolvespeoplefromallovertheworld.NewjobsandnewwaysofworkingthathaveneverexistedbeforearealreadyFromsoftwareengineeringresearch,wemaybeabletofindwaysofworkingthatwillhaveanimpactontheworld.created.beingthemtosendtrytolowonexperiencingRight photo: We are developing a solar cell by utilizing environmentally harmonic materials and processes.NAISMoNisanone-waycarsharingtheexperimentbeingresearchedatNaraandTechnology(NAIST).Weaimtorealizeasystemthatoperatedautonomouslyamongusersbysharingtheirdesigningincentivestorewardpreferredreturnbehavior.Weareexperimentingwithanauction-stylecarsharingsysteminwhichusersbidthedesiredamountofmoneyfortheparkinglottheywanttostartusingatthedesiredtime.Fundamentalstructureofathin-filmsolarcell.Thetotalthicknessofthecellisjustafewmicrometer.Microscopic image of thin-film solar cell developed by our lab members. Transparent conductive layerTop electrodeofInstituteSciencebecanrequirementsandBuffer layerAbsorberBottom electrodeSubstrateYoshio HashimotoProfessorPhD (Engineering) Univ. of TokyoSpecial Research Fellow of the Japan Society for the Promotion of ScienceHead of the Research Center of Carbon ScienceResearch fields：?material research for Associate ProfessorHe received a Ph.D. in information science from Osaka University.His research interests include empirical software engineering, software ecosystems, software economics, and one-way carsharing. In the FutureAfter GraduationIn the FutureAfter Graduationphotovoltaic applicationsWeencouragestudentstoexperienceactualsoftwaredevelopmentthroughinternships.thegraduateschool,Whenstudentsenterandwedomesticoverseascompanies,etc.Wehopethattheywillbecomesoftwareengineerswhocanworkasateamanddoresearch.EngineeringEngineeringEngineeringEngineeringResearch of Compound SemiconductorThin-film Solar Cells and EnvironmentallyFriendly MaterialsSustainable Software Development: Software Ecosystems and Economics
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