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A Comparative Evaluation of Internal Medicine Wards in Spain

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Objective-This analysis investigates the functional and environmental quality of several internal medicine wards in Spain. Background-Despite the economic recession, the Spanish healthcare system has proven to be resilient. In the near future, Spain will be faced with the demographic challenge of an ever-ageing population. Further efforts should be made to ensure a sustainable and affordable healthcare system. The elderly population is the group that requires the highest rates of healthcare resources, especially in acute-care hospitals, with the maximum hospital attendances and the longest average length of stay. Since there is scientific evidence that links healthcare outcomes with design (evidence-based design), one way of improving the efficiency of healthcare delivery is by enhancing the quality of existing internal medicine wards as it is usually the place where elderly inpatients are cared for. Post-Occupancy-Evaluation (POE) tools have been used globally to assess the performance of existing buildings but little has been applied in the Spanish context.
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PaperARCH19Buildingforbetterhealth 1
AComparativeEvaluationofInternalMedicineWardsinSpain
LauraCambraRufino(1),JoséLeónPaniaguaCaparrós(2),CésarBedoyaFrutos(1)
(1)UniversidadPolitécnicadeMadrid,Spain,laura.cambra.rufino@upm.es000000023450152X;
(2)InstitutodeSaludCarlosIII
Abstract
ObjectiveThisanalysisinvestigatesthefunctionalandenvironmentalqualityofseveral
internalmedicinewardsinSpain.
BackgroundDespitetheeconomicrecession,theSpanishhealthcaresystemhasprovento
beresilient.Inthenearfuture,Spainwillbefacedwiththedemographicchallengeofanever
ageingpopulation.Furthereffortsshouldbemadetoensureasustainableandaffordable
healthcaresystem.Theelderlypopulationisthegroupthatrequiresthehighestratesof
healthcareresources,especiallyinacutecarehospitals,withthemaximumhospital
attendancesandthelongestaveragelengthofstay.Sincethereisscientificevidencethatlinks
healthcareoutcomeswithdesign(evidencebaseddesign),onewayofimprovingtheefficiency
ofhealthcaredeliveryisbyenhancingthequalityofexistinginternalmedicinewardsasitis
usuallytheplacewhereelderlyinpatientsarecaredfor.PostOccupancyEvaluation(POE)
toolshavebeenusedgloballytoassesstheperformanceofexistingbuildingsbutlittlehas
beenappliedintheSpanishcontext.
ResearchquestionHowwelldoexistinginternalmedicinewardsperforminrelationto
guidelinesandresearchonfunctionalandenvironmentalquality?
MethodsBothquantitativeandqualitativemethodshavebeenusedinthiscasestudyfor
thetriangulationofdata.Fourinternalmedicinewardshavebeenevaluatedwiththefollowing
methods:architecturallayoutanalysis,photoanalysisandaPOEtooldesignedfortheSpanish
context(CURARQH).
ResultsNotsurprisingly,theoldestwardscoreslowerthanthemostrecentbuildings.The
analysisrevealsthatthepatients’areaistheonethatgetsbettergradeswhiletheaccessarea
scoresthelowestmarks.Furtherdetailsonimprovementmeasuresaregivenforeachward
area.
ConclusionComparedtoScandinavia,USAorCanada,healthcarearchitectureinSpainis
beingslowtoembarkonEBD.ThisevaluationmethodtogetherwithCURARQHtoolcouldbe
anenablerforgeneratingsynergiesbetweenhealthcarestaffandarchitectsinSpainandwork
asanacceleratorintheuseofEBDatanationallevel.
Keywords:Internalmedicineward,postoccupancyevaluationtool,evidencebaseddesign,design
evaluation,evaluationtool
Funding:Theauthorsdisclosedreceiptofthefollowingfinancialsupportfortheresearch,authorship,
and/orpublicationofthisarticle:“AyudasparalaformacióndeprofesoradoUniversitario”Ministeriode
EducaciónCulturayDeportedeEspaña,FPU15/02660.
PaperARCH19Buildingforbetterhealth 2
1.Background
1.1Spainvs.Scandinavia
ThefollowingtableshowsseveralnationalindicatorsforSpain,Denmark,NorwayandSweden.
SpainDenmarkNorwaySwedenUnit
Population(20132014)46.4645.6145.1379.609Inhabitants,thousands
Lifeexpectancyat
birth(2016)
86,382,884,284,1Years
80,57980,780,6Years
Healthexpenditureand
financing(allfunctions
2015)
9,110,310,111%(ShareofGross
domesticproduct)
3.175,55.000,86.239,45.271,9USDollar(Percapita,
currentprices,current
PurchasingPower
Parity(PPPs))
Totalhospitalbeds
(2016)
138.00814.87119.30323.207Number
2,972,63,692,34Per1.000population
Averagelengthofstay
(inpatientcare,hospital
aggregates2016)
7,35,46,95,8Days
Table1,Nationalindicators:comparisonbetweenSpainandScandinavia[1].
ThenumbersrevealthateventhoughSpainhasoneofthelongestlifeexpectanciesatbirth,itshealth
spendingisthelowest(abouthalfofUSdollarspercapitacomparedtoNorway)andtheaveragelength
ofstay,thelongest.Theseindicatorsdemonstratethatthereareplentyofopportunitiestoimprovein
theSpanishhealthcaresystem.
1.2Spanishhealthcaresystem
Spainhasadecentralizednationalhealthsystemor“SistemaNacionaldeSalud”(SNS)inSpanishwhich
isfundedbytaxes.Thispublicsystemisbasedontheprinciplesof“universality,freeaccess,equityand
fairnessoffinancing”[2].TheSNSisorganizedindependentlybythe17regionsofthecountrywitha
nationalinstitutionresponsiblefortheoverallcoordinationandmonitoringofitsperformance.
Aftertheeconomiccrisisin2008,measuresweretakenforreducingpublicexpenditureintheSNS.It
wasnotuntil2014thatpublicspendingonhealthstartedtoincreaseagain.Despitethebudget
reductionssufferedoverthistime,theSNShasproventoberesilient[2].Thisresiliencecouldbecaused
bythestrengthofprimarycareanditsclosecoordinationwithacutecarehospitals,asbothcarelevels
belongtothesamepublicsystem.
Acutecarehospitalsaccountedforover25%ofhealthspendingin2014[3].Thatiswhyefficiency
measureshavetargetedthisexpensivesector.TheSNSjoinstheglobaltrendonhospitalbedreduction
(from3,68bedsper1.000inhabitantsin2000to2,97bedsper1.000inhabitantsin2016[4])and
shorteraveragelengthofstay.Thepossibilitytofreeresourcesintheinpatientareaofanacutecare
hospitalhasbeenmadepossiblethankstothemovingofmanydiagnosticandtherapeuticprocedures
totheoutpatientcare(bothintheacutecarehospitalandinprimarycarecenters).However,clinical
advanceshaveincreasedtheneedforintensivebedsinacutecarehospitalsasmoresevereandcritical
illnessescannowbetreated[5].
Inthenearfuture,Spainwillbefacedwiththedemographicchallengeofaneverageingpopulation.
Eventhoughhealthexpenditureisexpectedtorise,furthereffortsshouldbemadeinordertoensurea
sustainableandaffordableSNS[3].
PaperARCH19Buildingforbetterhealth 3
1.3Internalmedicineward
TheinternalmedicinewardinaSpanishacutecarehospitalisusuallytheplacewheretheelderly
inpatientsarecaredfor.Thesepatientsmaysufferfromtwoormorechronicconditionsandhencehave
higherfunctionallimitations[6].Figure1showsthedataprovidedbythesurveyofhospitalmorbidity
carriedoutbytheSpanishInstituteofStatisticsin2016.
Figure1,HospitalattendancesandaveragelengthofstayaccordingtoageinSpainin2016[7].
Thefigureillustratesthatthehighesthospitalattendancerates(dischargesin2016)occurintheage
rangeof55to84years.Furthermore,eventhoughtheattendanceforpatientsagedover85islower,
theiraveragelengthofstayreachesitsmaximumduration(9,78days).Thosefactscorroboratethatthe
usageofacutecarehospitalresourcesisnotdistributedhomogenouslyamongtheSpanishpopulation.
Infact,itistheelderlypopulationgroupthatrequiresthehighestratesofhealthcareresources.Thus,
improvementmeasuresintheinternalmedicineward(alongwithotherapproaches)mightincreasethe
qualityofthecaringprocessandensureacostefficientusageofhealthcareresources.
1.4Evaluationtools
Giventhatthereisscientificevidence[8]thatlinkshealthcareoutcomeswithdesign(evidencebased
design),onewayofimprovinghealthcaredeliveryisbyenhancingthequalityofhospitalenvironments.
Despitethefactthatdesignqualityisstillanimpreciseconcept[9],therearemanytoolsorinstruments
targetedtomeasurethequalityofthephysicalhealthcareenvironment[10].ThePostOccupancy
Evaluation(POE)[11]isthemostextendedmethodinuseforassessingtheperformanceofbuildings.
SincetheintroductionofthePOEattheendofthelastcentury,therehasbeenaproliferationof
differenttools.Thereisevenamodel(theFocusFlower[12])fororganizingthedifferentevaluation
methodsaccordingtotheirmainfocus(beauty,durabilityorutility).Morespecifically,POEtoolshave
foundanimportantnicheinthehealthcaresector,wheresmallbuildingimprovementsmightresultin
financialgains.Thus,pinpointingthedesignfeaturesthatmighthaveareturnoninvestmentoverthe
lifecycleofthebuilding[13]hasbecomeofparamountimportance.Subsequently,thereisagrowing
interestinthedevelopmentofevaluationtoolsforeverydifferentcontextasthereisno“onesizefits
all”solution[14].
1.5Researchquestion
Theaimofthispaperistoinvestigatethefunctionalandenvironmentalqualityofseveralinternal
medicinewardsinSpain.Theresearchquestionis:
Howwelldoexistinginternalmedicinewardsperforminrelationtoguidelinesandresearchon
functionalandenvironmentalquality?
Withthisresearchquestionweaddresshowtoincludetheorganizationallearningcollectedmainlyby
thenationalguidelinesintotheevaluationoffourindividualprojects.Theaimofguidelinesisusuallyto
translateandapplicateresearchintodesign[15].Thisstudyanalyzesexistingdesigntotestthe
applicationstageoftheguidelinesandotherresearch.
0
100.000
200.000
300.000
400.000
500.000
600.000
700.000
800.000
900.000
0,00
2,00
4,00
6,00
8,00
10,00
12,00
<1
year
14
years
514
years
1524
years
2534
years
3544
years
4554
years
5564
years
6574
years
7584
years
8589
years
9094
years
≥95
years
Hospitalattendances
(dischargesperyear)
Averagelengthofstay
(days)
PaperARCH19Buildingforbetterhealth 4
2.Methods
Bothquantitativeandqualitativemethodshavebeenusedinthiscasestudyforthetriangulationof
data.Fourinternalmedicinewardshavebeenevaluatedwiththefollowingmethods:architectural
layoutanalysis,photoanalysisandaPOEtooldesignedfortheSpanishcontext(CURARQH).
2.1CURARQH
CURARQ“Arquitecturaparacurar”orarchitectureforcureisapostoccupancyevaluationtoolavailable
online[16],whichmethodologyhasbeenpreviouslypublished[17].
Thedatacollectionstartswithatouracrossalltheroomsoftheward.Foreachroomthereareseveral
itemsthatcanbechecked.Thetotalnumberofitemsforthewholewardis213andtheyareorganized
accordingtofourquestions:where?why?whatfor?andwhat?

Figure2,CURARQHcontentstructure.
PaperARCH19Buildingforbetterhealth 5
Where?
Theinformationisorganizedaccordingtotheroomthatisbeinganalyzed,whichinturnsispartofa
functionalareaoftheward.Theroomsthatcanbefoundinanyoftheseareasare:
- Unitconfiguration(10items):anoverallcategoryforgeneralfeatures(signage,art)the
planninglayoutoftheunitanditsrelationshipwithotherunitsoftheacutehospital.
- Circulationarea(17items):internalcorridorforinpatientsandstaff.
- Accessarea(21items):externallobbyandentrance(forvisitorsorrelatives),waitingroom,
publictoiletandinterviewroom.
- Patientandfamilycarearea(74items):patient’sbedroom,patient’stoiletandpatients’rest
room.
- Nursingcontrolarea(55items):counter,nurses’officeroom,medicinepreparationroom,staff
restroom,headnurse’soffice,stafftoilet,treatmentroomandassistedbathroom.
- Staffarea(8items):doctors’officeroomandstaffchangingroom.
- Supportarea(28items):internallobby(forstaff,inpatientsandsupplies),regenerationkitchen,
dirtyutilityroom,cleaners’room,dirtylinenroom,linenstore,cleansupplyroomandlarge
equipmentstore.
Why?
Specifiesthesourcefromwheretheitemhasbeentaken.Thesummaryofreferencesusedareshownin
Figure3.
Figure3,Sourcesoftoolcontent.
Typeofevidencestateswhethertheitemconsideredcomesfromresearch(A)orregulations,best
practiceandintuition(B).Accordingtothetypeofevidence,eachitemscorespoints(10pointsforanA
itemand1pointforaBitem).
Whatfor?
Determinestheobjectivetheitemaimsat.Theseobjectiveshavebeentakenfromanexistingtool[18]:
- Improvepatientsafety.
- Improveworkersafetyandeffectiveness.
- Improvequalityofcareandpatientexperience.
- Improveorganizationalperformance.
PaperARCH19Buildingforbetterhealth 6
What?
Identifiesthedesignelementthatconcernstheitem(layout,lightopenings,installation,equipment,
flooring,ceiling,wall,door,furniture,signageorart)andtheitemdescription.Theanswertoanyitem
canbe“yes”,“no”or“notapplicable”.EachdesignelementhasacostassociatedaccordingtoTable2.
CostDesignelement
5layout
4lightopenings,installation
3equipment,flooring
2ceiling,wall,door
1furniture,signageorart
Table2,Costcategoryforeachdesignelement.
2.2Studycases
Fourdifferenthospitals(Table3),whicharegeographicallycloseandmanagedbythesamehealthcare
regionaldepartment,havebeenselectedforthiscomparativeevaluation.
HospitalshortnameHCUVHUPFHDHUV
Yearofbuildingorpavilionopening
(yearofrenovationworks)
1960(1994)201020092010
Assignedpopulation341.972281.720166.108154.017
Installedbeds5821.050262230
registeredemergencies161.488237.32858.54489.467
outpatientappointments(first+
successive)
574.215618.050207.668240.761
Ratiosuccessive/first2,172,241,662,13
hospitaladmissions(urgent+
planned)
24.10545.10911.90812846
Averagelengthofstay(days)6,396,485,545,09
EvaluationdateJanuary2018January2018June2016February2018
Table3,Hospitaldata[19]forHospitalClínicoUniversitariodeValencia(HCUV),HospitalUniversitarii
PolitècnicLaFe(HUPF),HospitaldeDénia(HD)andHospitalUniversitariodelVinalopó(HUV).

PaperARCH19Buildingforbetterhealth 7
Figure4showsthelocationoftheevaluatedwardwithineachtheacutecarehospitalfloor.
Figure4,Wardevaluatedlocation.
PaperARCH19Buildingforbetterhealth 8
HospitalClínicoUniversitariodeValencia(HCUV)
ThewardevaluatedinHCUVislocatedonthefourthfloorofpavilionB.Onthisfloorthereareanother
threeinpatientwardsandoutpatientcareatpavilionD.Directlyaboveandbelowtheinternalmedicine
wardthereisanotherinpatientwardwiththesameconfiguration.
Therearethreeelevatorcoresthatservetheunit.Themainelevatorcorehasamixtureofpublicand
privateflowsandisservedbyfourbedelevatorsandtwopassengerelevators.Thereisanotherbed
elevatorinthemiddleofthewardthatopensdirectlyontothecorridor(withoutlobby)andapassenger
elevatorforthetreatmentareaoftheunit.
ThewardhasanFshapeandthecorridorhaspatientbedroomsonbothsides.Inthecentralpartofthe
wardthecorridorhaspatientbedroomsononesideandthestaffareaandthecirculationcoreonthe
otherside.Thestaffsupportareaiscentralizedandthereisonlyonenursingstation.Thereisavariety
ofpatientbedrooms:twotriplerooms,fourteendoubleroomsandthreeindividualrooms(twoofthem
withoutshowerinthetoiletroom).
Figure5,HospitalClínicoUniversitariodeValencia(HCUV)layoutandroomsevaluated.
PaperARCH19Buildingforbetterhealth 9
HospitalUniversitariiPolitècnicLaFe(HUPF)
TheinternalmedicinewardinHUPFislocatedontheseventhflooroftowerE.Onthisfloorthereare
anotherthreewingsforinpatientcareandtwowingsforoutpatientcare.Directlybelowtheinternal
medicinewardthereisanotherinpatientwardwiththesameconfiguration.Theseventhflooristhelast
oneofthewholeacutehospital.
Therearefourelevatorcoresthatservetheunit.Onecoreforpublicaccess(withtwopassenger
elevatorsforvisitors)andthreecoresforprivateaccess.Twoofthethreecoresforprivateaccess
consistoftwoandthreebedelevators(forstaffandinpatients)andthethirdcoreisservedbytwo
serviceelevators(forstaffandsupplies).
ThewardhasanFshape.Thecorridorhasonepartwithpatientbedroomsonbothsidesandanother
partwithpatientbedroomsononesideandstaffsupportareaontheotherside.Thestaffsupportarea
iscentralizedandthereisonlyonenursingstation.Thereare35individualpatientbedroomsand20of
themhaveananteroomfortheisolationofinfectiouspatients.
Figure6,HospitalUniversitariiPolitècnicLaFe(HUPF)layoutandroomsevaluated.
PaperARCH19Buildingforbetterhealth 10
HospitaldeDénia(HD)
TheinternalmedicinewardinHDislocatedonthethirdflooroftheBhospitalizationwing.Onthisfloor
thereisanotherinternalmedicinewardandthepsychiatricward.Directlybelowtheinternalmedicine
wardthereisanotherinpatientwardonthesecondfloor.Thethirdflooristhelastoneofthewhole
acutehospital.
Therearetwoelevatorcoresthatservetheunit.Oneforpublicaccess(twopassengerelevatorsfor
visitors)andanotheroneforprivateaccess.Theprivatecoreisservedbyaserviceelevator(forstaffand
supplies)andapairofbedelevators(forstaffandinpatients).
ThewardhasanLshapewithadoubleloadedcorridor(withpatientbedroomsonbothsides).Thestaff
supportareaiscentralizedandthereisonlyonenursingstation.Thereareatotalof37patient
bedrooms.Allpatientbedroomsareusedindividuallyeventhoughtheyhavedoublecapacitytocope
duringpeakseasons.
Figure7,HospitaldeDénia(HD)layoutandroomsevaluated.
PaperARCH19Buildingforbetterhealth 11
HospitalUniversitariodelVinalopó(HUV)
TheinternalmedicinewardinHUVislocatedonthesecondfloorofthebluehospitalizationwing.On
thisfloortherearemoreinpatientwards(adult,obstetric,pediatricandneonatal),theoperating
theatersandthelaborunit.Directlybelowtheinternalmedicinewardistheoutpatientareaonthefirst
floor.Above,onthethirdandlastfloorthereisanotherwardwiththesamestructure.
Therearethreeelevatorcoresthatservetheunit.Oneforpublicaccess(twopassengerelevatorsfor
visitors)andanotheroneforprivateaccess.Theprivatecoreisservedbyapairofserviceelevators(for
staffandsupplies)andanotherpairofbedelevators(forstaffandinpatients).
ThewardhasaYshapewithadoubleloadedcorridor.Thestaffsupportareaiscentralizedandthereis
onlyonenursingstation.Thereareatotalof30patientbedrooms.Allpatientbedroomsareused
individuallyeventhoughtheyhavedoublecapacitytocopeduringpeakseasons.
Figure8,HospitalUniversitariodelVinalopó(HUV)layoutandroomsevaluated.
PaperARCH19Buildingforbetterhealth 12
3.Results
Figure9representstheresultsobtainedbyeachwardwiththetoolCURARQH.
Figure9,CURARQHresultsforthewardsevaluated.
TheresultsshowthatHDscoresthehighestpercentageinalmostallareas.HUVcomesnext,withthe
circulationandaccessareaslightlylower.TheHUPFhassimilarresultstoHUVbutlowermarksforstaff
andnursingareas.HCUVreceivesthelowestgradesinalmostallareas.
Comparingnowbetweenareas,thepatients’areaistheonethatgetsthebestgradeswhiletheaccess
areascoresthelowestmarks.Next,weanalyzetheresultsofeachareainmoredetailandillustratethe
bestdesignstrategiesinthephotographedrooms.
Figure10,Functionaldiagramsofwardareas.
0%
25%
50%
75%
100%
Unit
configuration
Circulation
Access
PatientsNursing
Staff
Support
HCUV HUPF HD HUV
PaperARCH19Buildingforbetterhealth 13
3.1Unitconfiguration
TheunitconfigurationofHCUVisweakerthantheothersbecausetherearenotdifferentaccesspoints
forexternalandinternalflows.Inthisacutecarehospital,thehospitalizationwardshavedifferent
layoutarrangementswhichmakesitmoredifficultforstafftogetusedto.Thereisnotanyformofartin
thewardandthemaintenancestatusofsomesignagesystemsispoor.
3.2Circulation
Figure11,CorridoratHUCV,HUPF,HDandHUV.
HDgetsthehighestpercentageasitsinternalcorridorhasnaturallight,notdirectartificiallightfromthe
ceiling,handrailsandthereisevenawideningofthecorridorateachinpatientbedroom.Thisspace
facilitatesthemanoeuvrabilityofthebed,givesprivacytorelativesandasofttransitionbetweenthe
roomandthecorridor.
3.3Accessarea
Figure12,WaitingroomforrelativesandvisitorsatHUPF,HDandHUV.
TheaccessareaatHCUVdoesnothaveawaitingroomforrelativesandvisitors,theotherthree
hospitalsdohaveonebutthequalitiesoftheroomcouldbebetter.Noneofthehospitalshasa
dedicatedinterviewroomandthestaffuseotherofficeroomsforprivateconversations. 
PaperARCH19Buildingforbetterhealth 14
3.4Patientandfamilyarea
Figure13,Patient’sbedroomatHUPF,HDandHUV.
TheHCUVistheonlyonethathasaninpatientrestroom,intheotherhospitals,patientssharethe
waitingroomintheaccessarea.However,theoverallqualityofthatroom,thepatient’sbedroomand
thepatient’stoiletroomatHCUVisquitelowcomparedtothenewerhospitals.HUVistheonethat
scoresthehighestgrades.Itsinpatientbedroomscomplywithallbutfouritems:thesizeoftheroom
andthebedshouldbebigger,theswitchesshouldbelocatedatahigherlevel,thereisnotasecure
lockerforvaluableitemsandthedoordoesnothaveaquietclosingsystem.
3.5Nursingcontrolarea
Figure14,MedicationroomatHCUV,HUPF,HDandHUV.
Itistheareawithmoresimilaritiesamongthefourwardsanalyzed.Inallhospitalsthecounterandthe
nurses’officeroomaresharedinthesamespace.InHUPFandHDeventhemedicinepreparationroom
iscombinedwiththenurses’officeroomandthecounterwhiletheHCUVandHUVhavethemedicine
preparationroominanindependentlocation. 
PaperARCH19Buildingforbetterhealth 15
3.6Staffarea
Figure15Doctors'officeroomatHUPFandHD.
Thedoctors’officeroominallfourhospitalscomplieswithalmostallthetoolitems.Regardingthestaff
changingroom,onlytheHUPFhasaspecificroom.HDandHUVhaveacentralizedsystemandno
changingroomintheward.Originally,theHCUVhadacentralizedstaffchangingroomforthewhole
hospitalbutinresponsetostaffdemandsthereisnowasmallchangingroomthatdoesnotmeetthe
tool’srequirements.
3.7Supportarea
Figure16,DirtyutilityroomatHCUV,HDandHUV.
HCUVgetsthelowestgradesasthereisnotenoughroomforsupportactivities.Thelackofspacemeans
thatdifferentfunctionsaresharedinthesameroomwithoutaddingextraspace.
PaperARCH19Buildingforbetterhealth 16
4.Discussion
Notsurprisingly,theHCUVreceivesthelowestgradesinalmostallareas,whichcouldbeduetoitsage
(about15yearsolderthananyotherhospital).Inallfourwards,thepatientareagetsthehighest
grades.Thiscouldbebecausethepatient’sbedroomandthepatient’stoiletarethemostresearched
roomsnowadays.Onthecontrary,theaccessareascoreslowerthananyotherarea.Spaceforrelatives
isscarceandthefunctionalandemotionaldemandsoffamilymembersareusuallyoverlooked.Family
presenceandengagementinthecareofdependentpatientscouldbepromotedbydesignandhence
improvethepatient’shospitalexperienceandtheefficiencyofhealthcarestaff.
RegardingtheusabilityofCURARQHtool,thesupportareaisthemostdifficultareatoevaluate
becausethetool’sroomsscheduledoesnotalwaysmatchreality.Thelackofspaceisusually
proportionaltotheclutterfoundinsupportroomsthatsharedifferentfunctions.Moreover,thestaff
arearoom’sscheduleislimitedtotworooms(doctors’officeroomandstaffchangingroom)andsofew
items(8)canbeevaluated.
5.Conclusions
Thisstudyinvestigatesthefunctionalandenvironmentalqualityoffourinternalmedicinewardsin
Spanishacutecarehospitals.UsingaPOE‐tooldesignedfortheSpanishcontext(CURARQH),layout
analysisandphotosanalysistheresultsdepicttheimprovementmeasuresthatcouldbecarriedoutin
anyoftheevaluatedwards.
Themainlimitationsofthestudyare:
- Eventhoughthetoolitemgenerationwasundergonefromareviewofrelevantliterature[20]
andprovidedthatCURARQHisavailableonline[16]furtherstudiesshouldassessitscontent
validationandtestreliability.
- Alternativeevaluationmethods(questionnaire,interviewsand/orobservation)couldhave
beenusedforstrengtheningtheresults.
- Itwouldbeinterestingtoincreasethesitescopeandreplicatethestudyinmultiplefacilities.
Theimplicationsforpractice:
- GiventhatthereisanurgentneedfordeliveringmoreefficienthealthcareresourcesinSpain,
internalmedicinewardsinacutecarehospitalsshouldbeupdatedtocopewiththenew
demandsofanageingpopulation.
- ComparedtoScandinavia,USAorCanada,healthcarearchitectureinSpainisbeingslowto
embarkonevidencebaseddesign.Thereisnospecifictrainingforhealthcarearchitectsand
littlecollaborationbetweenhealthcarestaffanddesignteams.CURARQHtoolcouldbean
enablerforgeneratingsynergiesbetweenhealthcarestaffandarchitectsinSpain.
- Thetool’sstructurefororganizingtheinformationcouldbereplicatedinaninternational
context.Butonlyatanationallevelcouldthetoolbeusedforupdatingtheguidelineson
healthcarefacilitiesasitiscustomizedtotheeconomiccontextofSpanishsociety.Thetool’s
usagecouldbeawaytotestcurrentguidelinesandprovidefeedbacktofacilitatethereview
processesfortheimprovementofnationaldocuments.
PaperARCH19Buildingforbetterhealth 17
References
[1]OrganisationforEconomicCooperationandDevelopment.(2019)https://stats.oecd.org/.Data
extractedon18January2019
[2]Spain:HealthsystemreviewHealthSystemsinTransition.(2018)EuropeanObservatoryonHealth
SystemsandPolicies
[3]OECD/EuropeanObservatoryonHealthSystemsandPolicies.(2017)Spain:CountryHealthProfile
2017,inStateofHealthintheEU.2017:Paris/EuropeanObservatoryonHealthSystemandPolicies,
Brussels
[4]NationalHealthSystemKeyIndicators.(2019)MinisteriodeSanidad,ServiciosSocialeseIgualdad
Dataextractedon22January2019
[5]NavarroBaldeweg,J.;FernándezAlba,Á.(2003)ProgramaFuncionalHospitalUniversitarioCentral
deAsturias
[6]UnitforHighlyComplexPatientswithMultipleChronicConditions.(2009)Standardsand
Recommendations.ReportsSurveysandResearch.SpanishMinistryofHealthandSocialPolicy
[7]SurveyofHospitalMorbidity.(2016)InstitutoNacionaldeEstadística.Dataextractedon30January
2019
[8]Ulrich,R.S.(1984)Viewthroughawindowmayinfluencerecoveryfromsurgery,Science,Vol.224,
No.4647,p.420421
[9]Anåker,A.,etal.(2017)Designqualityinthecontextofhealthcareenvironments:ascopingreview.
HERD:HealthEnvironmentsResearch&DesignJournal,2017.10(4),p.136150
[10]Elf,M.,etal.(2017)Asystematicreviewofthepsychometricpropertiesofinstrumentsfor
assessingthequalityofthephysicalenvironmentinhealthcare.JournalofAdvancedNursing,73(12),p.
27962816
[11]Preiser,W.F.E.(1995)Postoccupancyevaluation:howtomakebuildingsworkbetter,13(11),p.19
28
[12]FronczekMunter,A.(2013)Evaluationmethodsforhospitalfacilities,Conferencepapersofthe12th
EuroFMResearchSymposium
[13]IntegratingEvidenceBasedDesing:PracticingtheHealthcareDesignProcess.Thirded.EDACStudy
GuideSeries.Vol.3.2009,Concord,CA:TheCenterforHealthDesign
[14]Shepley,M.,HealthFacilityEvaluationforDesignPractitioners.2011,Myersville,MD:Asclepion
Publishing,LLC
[15]Alexander,C.,S.Ishikawa,andM.Silverstein,APatternLanguage.1977,NewYork:Oxford
UniversityPress
[16]Availablefrom:https://curarq.net/hospitalizacionpolivalente/.Accessedon24May2019
[17]CambraRufino,L.(2018)DesigningaPostOccupancyEvaluation(POE)ToolforHospitals.
Addressingfunctionalandemotionalusers’needsinhospitals,9thEuropeanResearchinArchitecture
andUrbanismCongress(EURAU18).UniversidaddeAlicante.EscuelaPolitécnicaSuperior,Alicante
[18]Quan,X.;A.Joseph;U.Nanda.(2017)DevelopingEvidenceBasedToolsforDesigningand
EvaluatingHospitalInpatientRooms.JournalofInteriorDesign,42(1),p.1838
[19]MemoriadegestióndelaConselleriadeSanitatUniversaliSalutPública.(2017)Generalitat
Valenciana
[20]Elf,M.,M.S.Engstrom,andH.Wijk,Developmentofthecontentandqualityinbriefsinstrument
(CQBI).HealthEnvironmentsResearchandDesignJournal,2012.5(3):p.7488
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Aim: To identify instruments measuring the quality of the physical healthcare environment, describe their psychometric properties. Background: The physical healthcare environment is regarded as a quality factor for healthcare. To facilitate evidence-based design there is a need for valid and usable instruments that can evaluate the design of the healthcare environment. Design: Systematic psychometric review. Data sources: A systematic literature search in Medline, CINAHL, Psychinfo, Avery index and reference lists of eligible papers (1990-2016). Review method: COSMIN guidelines were used to evaluate psychometric data reported. Results: Twenty-three instruments were included. Most of the instruments are intended for for healthcare environments related to the care of older people. Many of the instruments were old, lacked strong, contemporary theoretical foundations, varied in the extent to which they had been used in empirical studies and in the degree to which their validity and reliability had been evaluated. Conclusions: Although we found many instruments for measuring the quality of the physical healthcare environment, none met all of our criteria for robustness. Of the instruments, The Multiphasic environmental assessment procedure, The Professional environment assessment protocol and The therapeutic environment screening have been used and tested most frequently. The Perceived hospital quality indicators is user centred and combine aspects of the physical and social environment. The Sheffield care environment assessment matrix has potential as it is comprehensive developed using a theoretical framework that has the needs of older people at the centre. However, further psychometric and user-evaluation of the instrument is required. This article is protected by copyright. All rights reserved.
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Objective: We explored the concept of design quality in relation to healthcare environments. In addition, we present a taxonomy that illustrates the wide range of terms used in connection with design quality in healthcare. Background: High-quality physical environments can promote health and well-being. Developments in healthcare technology and methodology put high demands on the design quality of care environments, coupled with increasing expectations and demands from patients and staff that care environments be person-centered, welcoming, and accessible while also supporting privacy and security. In addition, there are demands that decisions about the design of healthcare architecture be based on the best available information from credible research and the evaluation of existing building projects. Method: The basic principles of Arksey and O’Malley’s model of scoping review design were used. Data were derived from literature searches in scientific databases. A total of eighteen articles and books were found that referred to design quality in a healthcare context. Results: Design quality of physical healthcare environments involves three different descriptive themes: (i) environmental sustainability and ecological values, (ii) social and cultural interactions and values, and (iii) resilience of the engineering and building construction. The concept was clarified herein with a definition. Conclusions: Awareness of what is considered design quality in relation to healthcare architecture could help to create a design that is evidence-based. To operationalize the concept, its definition must be clear and explicit and able to meet the complexity of the stakeholders in a healthcare context, including patients, staff and significant others.
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Records on recovery after cholecystectomy of patients in a suburban Pennsylvania hospital between 1972 and 1981 were examined to determine whether assignment to a room with a window view of a natural setting might have restorative influences. Twenty-three surgical patients assigned to rooms with windows looking out on a natural scene had shorter postoperative hospital stays, received fewer negative evaluative comments in nurses' notes, and took fewer potent analgesics than 23 matched patients in similar rooms with windows facing a brick building wall.
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A growing body of research shows that hospital inpatient room design greatly impacts healthcare outcomes, although research is often difficult for designers to understand and apply in decision making and postoccupancy evaluation (POE). The purpose of this study was to create evidence-based design checklists and POE tools for medical-surgical, intensive care, and maternity care patient rooms. Extensive literature reviews and focus groups with industry experts resulted in a set of design checklists and evaluation tools, including design considerations and features organized around 23 design goals. The tools were optimized after testing at multiple design firms and hospitals through questionnaire surveys and focus group discussions. The final product is an evidence-based toolkit with a series of features to increase usability. Testing results confirmed not only its validity and reliability, but also provided valuable lessons for further improvement. By facilitating the use of research evidence, the tools may contribute to improvements in the process of designing and evaluating healthcare facilities.
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Objective: The Content and Quality in Briefs Instrument (CQB-I) was designed to develop a valid and reliable audit instrument to examine the content and quality of information in documents (briefs) created in the early stages of designing healthcare environments. Background: The importance of effective briefing has been emphasized in many research studies during the past two decades. However, there is no developed instrument for auditing the content and quality of these documents. Methods: The study had a methodological and developmental design based on an established methodology for instrument development and validation. The development process consisted of three main phases: (1) item generation and scale construction; (2) assessment of face and content validity, and (3) testing of the reliability. To obtain face and content validity, expert panels reviewed the COB-I. Content validity was assessed using the Content Validity Index (I - CVI = item level, S - CVI = scale level). Reliability was tested by test-retest and inter-rater reliability. Results: CQB-I was found to have good content validity (I - CVI = 0.78 - 1.0 and S - CVI = 0.98). Inter-rater reliability was acceptable (Spearman's correlation = 0.62) and stability was considered high for both raters (83% and 88%, respectively).
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Post-occupancy evaluation (POE) is a diagnostic tool and system which allows facility managers to identify and evaluate critical aspects of building performance systematically. This system has been applied to identify problem areas in existing buildings, to test new building prototypes and to develop design guidance and criteria for future facilities. Outlines the numerous benefits of POE, including better space utilization, as well as cost and time savings. Describes a conceptual framework and evaluation data-gathering techniques. Presents examples of the outcomes of a case study POE on a medical facility. Highlights the primary effect of a POE database development project on FM software and summarizes the outcomes of an IFMA Pilot Survey on Academic Facility Performance Feedback.
Health system review Health Systems in Transition
  • Spain
Spain: Health system review Health Systems in Transition. (2018) European Observatory on Health Systems and Policies
Ministerio de Sanidad
National Health System Key Indicators. (2019) Ministerio de Sanidad, Servicios Sociales e Igualdad Data extracted on 22 January 2019
Instituto Nacional de Estadística. Data extracted on
Survey of Hospital Morbidity. (2016) Instituto Nacional de Estadística. Data extracted on 30 January 2019
Evaluation methods for hospital facilities
  • A Fronczek-Munter
Fronczek-Munter, A. (2013) Evaluation methods for hospital facilities, Conference papers of the 12 th EuroFM Research Symposium