ArchitectureArchitectureJapan'sseismicdesignstandardsformajorearthquakesareaimedatpreventingcollapseandsavinghumanlives.However,intheGreatEastJapanEarthquakeandtheKumamotoEarthquake,althoughbuildingsdidnotcollapse,theyweredamaged,renderingthemunusable,andmanypeoplewereleftdestitute.Inresponsetothelessonslearnedfromtheseearthquakedisasters,theSuwadaLaboratoryisconductingresearchonstructuraltechnologyanddesignmethodsforRCbuildingstoreducedamageintheeventofamajorearthquake.Haruhiko SuwadaHideki TakamuraResearchingtheseismicperformancerequiredofbuildingsintheeventofamajorearthquakeisan"unusual"themostearthquake-pronecountriesintheworld,itisactuallyquitefamiliar.Imagineyourself,yourfamily,yourlovedones,oryourfriendsbeingdamagedbyamajorearthquake,andyouwillrealizetheimportanceofthisresearch.Evenifyoufindajobaftergraduationthatdoesnotdirectlyinvolveearthquakeengineering,wehopethatyouwillalwaysbeawareoftheseismicbuildings.Furthermore,Ihopethattheywillactivelyparticipateintechnicalassistance,educationandresearchactivitiesindevelopingcountrieswhere,likeJapan,earthquakesarefrequent.Thesystemefficiencyofhousingequipmentvariessignificantlydependingontheclimateandtheusers.WeanalyzeactualdatafromhomesinverycoldNaganoprefecturetotryandreduceCO2emissionsandsaveenergywhilekeepingthehomescomfortable.Additionally,wecanusethisinformationtoeducateresidentshowtousetheirequipmentmoreefficiently.Ourstudentsareexpectedtogaintheknowledgeinarchitectural-environmentalengineeringandbuildingequipment,butwealsoencouragestudentstothinkandactforthemselves.Manystudentsaftergraduationareworkingatconstructioncompaniesandhousingequipmentproductioncompanies,etc.task,butinJapan,oneoftheimportanceofperformancerequiredExampleofdamagesurveyfromthe2016Kumamotoearthquake.(notcollapsed,butcannotcontinuetobeusedasis)ofExampleofastructuralexperimentrelatedtothedevelopmentoftechnologytocontroldamageintheeventofamajorearthquake.Residential fuel cell co-generation system which supplies electricity and hot water.Equipment to measure the amount of electric consumption and electricity generated from fuel cell co-generation systems and photovoltaic power generation systems.Appearance of the sensors which measure the system’s efficiency.57In the FutureAfter GraduationAfter GraduationIn the FutureProfessor(since 2018)Through Kaneka Co., Ltd., Shinshu University -faculty of engineering as an assistant professor.The main theme of research is the reduction of LCCO2 (Life-cycle CO2: the total CO2emissions from construction to demolition) in residential house.ProfessorCareer : Researcher and senior researcher at the BRI and NILIM (1989～2022)Degree : Ph.D., Chiba University, (2008)Research Field: Earthquake Engineering, Reinforced Concrete StructuresGlobalwarmingisaveryseriousproblemintheworldtoday.By2010,theamountofCO2emissionsfromtheresidentialsectorhadincreasedby35.5%fromthestandardsetatthefirstyearoftheKyotoProtocol.Therefore,itisurgentthatwereduceCO2emissionsfromenergyconsumptionintheresidentialsector.Inourlaboratory,wecalculatetheamountofactualCO2emissionsandtherateofenergyconsumptionintheresidentialsectorbymeasuringtheamountofenergyconsumption(electricityandgas)andtheamountofelectricitygeneratedfromfuelcellco-generationsystems(ENEFARM)andphotovoltaicpowergenerationsystems.Inaddition,weinvestigatetheefficiencyofhousingequipmenttoreduceCO2emissionsbymeasuringtheamountofenergyconsumedinhousingequipmentsuchashotwatersupplysystems.The Most Efficient Home Heating and Cooling Equipment that Significantly Reduces CO2Emissions The Next Stage of Seismic Design,The Next Generation of R/C Structures
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