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International Journal of Multidisciplinary Research and Growth Evaluation

ISSN (Online): 2582-7138 | Open Access

Conceptual Framework for Lean Process Optimization in School Operations and Resources Efficiency

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Volume: 1 | Issue: 5 | Pages: 420-438

Subject: Management

Country: Nigeria

DOI: https://doi.org/10.54660/IJMRGE.2020.1.5.420-438

License: CC BY 4.0

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Abstract

Educational institutions worldwide face increasing pressure to deliver high-quality learning outcomes while managing limited resources efficiently. This study develops a comprehensive conceptual framework for implementing lean process optimization principles in school operations to enhance resource efficiency. Drawing from manufacturing and service sector applications of lean methodology, this research adapts core lean principles to the unique context of educational institutions. The framework integrates waste elimination, continuous improvement, value stream mapping, and stakeholder engagement strategies tailored specifically for school environments. By examining the intersection of operational efficiency and educational quality, this study proposes a systematic approach to identifying and eliminating non-value-adding activities in administrative processes, resource allocation, classroom management, and support services. The conceptual framework encompasses five key dimensions: process analysis and waste identification, resource flow optimization, capacity utilization enhancement, quality management integration, and cultural transformation toward continuous improvement. This research contributes to the emerging body of knowledge on lean education by providing school administrators and policymakers with a structured methodology for achieving operational excellence while maintaining focus on core educational missions. The framework offers practical guidance for schools seeking to optimize operations without compromising educational outcomes, addressing the critical challenge of doing more with less in contemporary educational settings.

How to Cite This Article

Oluchi Zoey Efobi, Oluwafunmilayo Kehinde Akinleye, Oladipupo Fasawe (2020). Conceptual Framework for Lean Process Optimization in School Operations and Resources Efficiency . International Journal of Multidisciplinary Research and Growth Evaluation (IJMRGE), 1(5), 420-438. DOI: https://doi.org/10.54660/IJMRGE.2020.1.5.420-438

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  1. 4. Conclusion Thisresearchhasdevelopedacomprehensiveconceptualframeworkforimplementingleanprocessoptimizationprinciplesinschooloperationstoenhanceresourceefficiencywhilemaintainingfocusoneducationalqualityandoutcomes. Theframeworkaddressesacriticalneedineducationaladministrationforsystematicapproachestooperationalimprovementthatacknowledgeboththesubstantialinefficienciespresentinmanyschooloperationsandtheuniquecharacteristicsofeducationalinstitutionsthatdistinguishthemfrommanufacturingorconventionalserviceorganizations. Byintegratinginsightsfromleanmanagementtheory, empiricalresearchonleanapplicationsacrosssectors, emergingscholarshiponcontinuousimprovementineducation, andcriticalperspectivesonefficiencyinitiativesinschools, theframeworkprovidesstructuredyetflexibleguidanceforschoolleadersseekingtooptimizeoperationsinserviceofeducationalmission. Thefivedimensionsoftheframeworkencompassthefullscopeofconsiderationsessentialforsuccessfulleanimplementationinschoolsettings. Processanalysisandwasteidentificationprovidesfoundationalmethodologiesforunderstandingcurrentoperations, recognizinginefficiencies, andestablishingimprovementbaselines. Resourceflowoptimizationaddressesthemovementofmaterials, information, andpeoplethroughschoolsystemstominimizedelaysandcomplexity. Capacityutilizationenhancementexaminesdeploymentofphysicalspaces, humanresources, andequipmenttomaximizeproductiveuse. Qualitymanagementintegrationexplicitlyconnectsoperationalefficiencyinitiativeswitheducationalqualityassurancetoensureimprovementssupportratherthancompromiselearningoutcomes. Culturaltransformationtowardcontinuousimprovementrecognizesthatsustainableoptimizationrequiresorganizationalcultureandcapabilitydevelopmentbeyondtechnicalprocesschanges. Together, thesedimensionsaddressboththetechnicalandculturalelementsessentialforoperationalexcellence. Theframeworkmakesseveralimportantcontributionstoscholarshiponeducationaladministrationandschoolimprovement. First, itprovidessystematicadaptationofleanprinciplestoeducationalcontexts, addressinggapsinexistingframeworksthatprimarilyfocusonmanufacturingorhighereducationsettingsratherthanelementaryandsecondaryschools. Theframeworkexplicitlyacknowledgesdistinctivecharacteristicsofschoolsincludingtheireducationalpurposes, professionalworkforces, multiplestakeholdergroups, complexaccountabilityenvironments, andcommunityembeddedness, adaptingimplementationapproachesaccordingly. Second, theframeworkintegratesoperationalefficiencywitheducationalqualityconsiderations, addressinglegitimateconcernsthatefficiencyinitiativesdivorcedfromqualityattentioncouldundermineeducationalpurposes. Thisintegrationpositionsoperationalimprovementasmeansforenhancingeducationaloutcomesratherthancompetingpriority, helpingreconcileefficiency International Journalof Multidisciplinary Researchand Growth Evaluationwww. allmultidisciplinaryjournal. com435imperativeswitheducationalvalues. Third, theframeworkemphasizesculturaltransformationandorganizationalcapabilitydevelopmentalongsidetechnicalprocessimprovements, recognizingthatsustainableoptimizationrequiresbuildingimprovementintoorganizational DNAratherthanimplementingdiscretechanges. Thisemphasisoncultureandcapabilityrespondstoresearchdocumentingthattechnicalimprovementsoftenfailtosustainwhenorganizationalculturedoesnotsupportongoingattentiontooperationalexcellence. Fourth, theframeworkprovidesactionableguidancegroundedinboththeoreticalprinciplesandpracticalimplementationconsiderations, bridgingscholarlyresearchandpractitionerneeds. Eachframeworkdimensionincorporatesspecifictools, methodologies, andimplementationstrategiesthatschoolleaderscanapplywhileadaptingtotheiruniquecontextsandconstraints. Thepracticalimplicationsofthisframeworkforschoolleadersandpolicymakersaresubstantial. Schooladministratorsseekingtoenhanceoperationalefficiencywhilemaintainingeducationalqualityhavestructuredmethodologyforsystematicallyanalyzingoperations, identifyingimprovementopportunities, implementingchanges, andsustaininggainsovertime. Theframeworkprovidesvocabularyandconceptsforcommunicatingaboutoperationalimprovementwithdiversestakeholdersincludingteachers, staff, parents, andcommunitymembers. District-levelleaderscanutilizetheframeworktoguideimprovementeffortsacrossmultipleschoolswhileallowingappropriatecustomizationtoindividualbuildingcontextsandneeds. Policymakersconcernedwitheducationalproductivityandresourceutilizationhaveevidence-basedframeworkforsupportingimprovementeffortsthroughpolicy, funding, andtechnicalassistance. Implementationoftheframeworkofferspotentialbenefitsacrossmultipledimensionsofschooloperationsandoutcomes. Operationalbenefitsincludereducedwasteandinefficiencyfreeingresourcesforeducationalprogramming, streamlinedprocessesimprovingresponsivenessandreducingdelays, enhancedcapacityutilizationenablingexpandedserviceswithoutproportionalresourceincreases, andimprovedinformationflowssupportingbetterdecision-making. Educationalbenefitsincludeincreasedinstructionaltimethroughreduceddisruptionandenhancedflow, greaterteachercapacityforinstructionandstudentsupportthrougheliminationofadministrativeburdens, improvedresourceallocationensuringlimitedfundssupporthighest-priorityeducationalneeds, andenhancedorganizationalcapabilityforidentifyingandaddressingbothoperationalandinstructionalchallenges. Stakeholderbenefitsincludeimprovedexperiencesforstudentsandfamiliesthroughmoreresponsiveandefficientservices, enhancedstaffsatisfactionthroughreducedfrustrationwithinefficientsystems, andincreasedcommunityconfidencethroughdemonstratedstewardshipofpublicresources. However, successfulimplementationrequirescarefulattentiontoseveralcriticalconsiderationsandpotentialpitfalls. First, improvementeffortsmustmaintainauthenticfocusonsupportingeducationaloutcomesratherthanefficiencybecomingendinitself, requiringcontinuousattentiontoconnectionsbetweenoperationalchangesandeducationalquality. Second, implementationmustgenuinelyengageteachersandstaffratherthanimposingtop-downmandates, recognizingthatfrontlineprofessionalspossessessentialknowledgeaboutoperationsandthatownershipprovescriticalforsustainablechange. Third, improvementeffortsrequireadequatetimeandresourcesdespitecompetingdemands, necessitatingdifficultprioritizationdecisionsandprotectionofimprovementworkfromperpetualdeferral. Fourth, culturaltransformationrequiressustainedleadershipcommitmentoverextendedtimeframesthroughinevitablechallengesandsetbacks, demandingpatienceandpersistencewhenresultsdevelopmoregraduallythandesired. Severallimitationsofthisresearchwarrantacknowledgment. Theframeworkhasbeendevelopedthroughconceptualanalysisandexpertconsultationbuthasnotbeenempiricallytestedthroughrigorousevaluationofimplementationoutcomes. Whilevalidationconsultationsprovidedimportantpractitionerandresearcherperspectives, theyrepresentlimitedsamplingandcannotsubstituteforcomprehensiveempiricalassessment. Futureresearchshouldexamineframeworkimplementationacrossdiverseschoolcontextstounderstandfactorsinfluencingsuccess, refinementsneededforparticularsettings, andrelationshipsbetweenoperationalimprovementsandeducationaloutcomes. Longitudinalstudiestrackingschoolsovermultipleyearsofimplementationwouldprovidevaluableinsightsintosustainabilityofimprovementsandevolutionoforganizationalcapabilities. Theframeworkdrawsprimarilyonliteratureandexperiencefromdevelopedcountries, particularlythe United Statesand United Kingdom, limitinggeneralizabilitytootherculturalandinstitutionalcontexts. Educationalsystemsgloballydiffersubstantiallyingovernancestructures, resourcelevels, culturalnorms, andoperationalcharacteristics. Futureresearchshouldexamineframeworkapplicabilityandneededadaptationsfordiverseinternationalcontexts. Comparativestudiesexaminingleanimplementationacrossdifferentnationaleducationalsystemscouldilluminatehowcontextualfactorsshapeimplementationapproachesandoutcomes. Additionalresearchisneededexaminingtherelationshipbetweenoperationalimprovementsandeducationaloutcomes, addressingthecriticalquestionofwhetherandhowoperationalefficiencyenhancementsactuallyimprovestudentlearninganddevelopment. Whiletheframeworkarticulatestheoreticalmechanismsconnectingoperationalandeducationalimprovement, empiricalevidenceregardingtheserelationshipsremainslimited. Studiescombiningoperationalmetricsandeducationaloutcomemeasuresovertimecouldstrengthentheevidencebasesupportingleanapplicationsinschools. Particularattentionshouldbegiventoexaminingwhetheroperationalimprovementsbenefitallstudentsequitablyorwhethercertainstudentgroupsexperiencedifferentialimpacts. Researchexploringbarrierstoleanimplementationinschoolsandstrategiesforovercomingresistancewouldprovidevaluableinsightsforpractitioners. Whilethisframeworkaddressescommonconcernsandprovidesimplementationguidance, deeperunderstandingoffactorsgeneratingresistanceandsuccessfulapproachesforbuildingbuy-inwouldenhanceimplementationsuccess. Studiesexaminingfailedorstalledimprovementinitiativescouldilluminatecommonpitfallsandpreventionstrategies. Researchonchangemanagementspecificallyineducationalcontextscouldinformmoreeffectiveimplementationapproaches. Theframework'semphasisonculturaltransformation International Journalof Multidisciplinary Researchand Growth Evaluationwww. allmultidisciplinaryjournal. com436suggeststhatorganizationalcultureassessmenttoolsandinterventionstailoredtoeducationalsettingsrepresentimportantareasfordevelopment. Whilegeneralorganizationalcultureframeworksexist, instrumentsspecificallydesignedforassessingimprovementcultureinschoolscouldhelpinstitutionsunderstandcurrentculture, identifydevelopmentpriorities, andtrackculturalchangeovertime. Researchvalidatingsuchassessmenttoolsandexaminingrelationshipsbetweenimprovementcultureandoperationaloutcomeswouldcontributevaluableknowledge. Despitetheselimitationsandneedsforfutureresearch, theconceptualframeworkdevelopedhereprovidesvaluablecontributiontoscholarshipandpracticeregardingoperationalefficiencyinschools. Theframeworksynthesizesdiverseknowledgefromleanmanagement, educationaladministration, organizationallearning, andchangemanagementintocoherentstructurespecificallydesignedforschoolcontexts. Itprovidespracticalguidancewhileremaininggroundedinresearchandtheory. Perhapsmostimportantly, itpositionsoperationalimprovementasmeansforenhancingeducationaloutcomesratherthancompetingpriority, helpingschoolsnavigatethecriticalchallengeofimprovingefficiencywhilemaintainingfocusonfundamentaleducationalpurposes. Inconclusion, schoolsfacemountingpressurestodeliverenhancededucationaloutcomeswithlimitedandoftendecliningresources, creatingurgentneedforoperationalapproachesthatenabledoingmorewithless. Leanprocessoptimizationprinciplesofferpowerfulframeworksforidentifyingandeliminatingwaste, improvingefficiency, andenhancingstakeholderexperiences. However, successfulapplicationineducationalcontextsrequiresthoughtfuladaptationthatacknowledgesschools'uniquecharacteristics, engageseducationalprofessionals, maintainsfocusoneducationalquality, andbuildsorganizationalculturesupportingcontinuousimprovement.(Yadavetal.,2010\. Theframeworkpresentedhereprovidescomprehensiveguidanceaddressingtheseconsiderations, offeringschoolleadersstructuredyetflexibleapproachtooperationaloptimizationinserviceofeducationalmission. Asschoolscontinueconfrontingresourceconstraintsalongsiderisingexpectations, systematicattentiontooperationalexcellencethroughframeworkslikethiswillproveincreasinglyessentialforeducationalsuccessandsustainability.
  2. 5. References
  3. 1. Akadiri PO, Chinyio EA, Olomolaiye PO. Designofasustainablebuilding: aconceptualframeworkforimplementingsustainabilityinthebuildingsector. Buildings.2012;2(2\:126-52.
  4. 2. Alias Z, Zawawi EMA, Yusof K, Aris NM. Determiningcriticalsuccessfactorsofprojectmanagementpractice: aconceptualframework. Procedia Soc Behav Sci.2014;153:61-9.
  5. 3. Alves AC, Flumerfelt S, Moreira F, Le?o CP. Effectivetoolstolearnleanthinkingandgathertogetheracademicandpracticecommunities. In: ASMEInternational Mechanical Engineering Congressand Exposition;2017 Nov3-9; Tampa, Florida. New York: American Societyof Mechanical Engineers;2017. p. V005T06A009.
  6. 4. Anand G, Kodali R. Aconceptualframeworkforleansupplychainanditsimplementation. Int JValue Chain Manag.2008;2(3\:313-57.
  7. 5. Antony J. Readinessfactorsforthe Lean Six Sigmajourneyinthehighereducationsector. Int JProduct Perform Manag.2014;63(2\:257-64.
  8. 6. Badurdeen F, Marksberry P, Hall A, Gregory B. Teachingleanmanufacturingwithsimulationsandgames: asurveyandfuturedirections. Simul Gaming.2010;41(4\:465-86.
  9. 7. Balzer WK, Brodke MH, Thomas Kizhakethalackal E. Leanhighereducation: successes, challenges, andrealizingpotential. Int JQual Reliab Manag.2015;32(9\:924-33.
  10. 8. Balzer WK, Francis DE, Krehbiel TC, Shea N. Areviewandperspectiveon Leaninhighereducation. Qual Assur Educ.2016;24(4\:442-62.
  11. 9. Berwick DM. Continuousimprovementasanidealinhealthcare. NEngl JMed.1989;320(1\:53-6.
  12. 10. Bon AT, Mustafa EMA. Impactoftotalqualitymanagementoninnovationinserviceorganizations: literaturereviewandnewconceptualframework. Procedia Eng.2013;53:516-29.11. ofaproduction-lineapproach. Int JServ Ind Manag.1998;9(3\:207-25.
  13. 12. Brandaode Souza L. Trendsandapproachesinleanhealthcare. Leadersh Health Serv.2009;22(2\:121-39.
  14. 13. Cano M, Moyes D, Kobi A. Aframeworkforimplementing Leanoperationsmanagementinthehighereducationsector. In: Toulon-Verona Conference
  15. 14. Carter PM, Desmond JS, Akanbobnaab C, Oteng RA, Rominski SD, Barsan WG, etal. Optimizingclinicaloperationsaspartofaglobalemergencymedicineinitiativein Kumasi, Ghana: applicationofleanmanufacturingprincipalstolow-resourcehealthsystems. Acad Emerg Med.2012;19(3\:338-47.
  16. 15. Chay T, Xu Y, Tiwari A, Chay F. Towardsleantransformation: theanalysisofleanimplementationframeworks. JManuf Technol Manag.2015;26(7\:1031-52.
  17. 16. Chen IJ, Paulraj A. Understandingsupplychainmanagement: criticalresearchandatheoreticalframework. Int JProd Res.2004;42(1\:131-63.
  18. 17. Comm CL, Mathaisel DFX. Acasestudyinapplyingleansustainabilityconceptstouniversities. Int JSustain High Educ.2005;6(2\:134-46.
  19. 18. Delago LC, Machado ME, de Brito FO, Landgraf GC, Schroeder MDA, Torezzan C. Learningleanphilosophythrough3 Dgame-basedsimulation. In:2016 Winter Simulation Conference(WSC\;2016 Dec11-14; Washington, DC. Piscataway(NJ\IEEE;2016. p.3385-92.
  20. 19. Dickson EW, Anguelov Z, Vetterick D, Eller A, Singh S. Useofleanintheemergencydepartment: acaseseriesof4hospitals. Ann Emerg Med.2009;54(4\:504-10.
  21. 20. Doman MS. Anewleanparadigminhighereducation: acasestudy. Qual Assur Educ.2011;19(3\:248-62.
  22. 21. Douglas J, Antony J, Douglas A. Wasteidentificationandeliminationin HEIs: theroleof Leanthinking. Int JQual Reliab Manag.2015;32(9\:970-81.
  23. 22. Dukovska-Popovska I, Hove-Madsen V, Nielsen KB. Teachingleanthinkingthroughgame: somechallenges. In:36th European Societyfor Engineering Education(SEFI\Conferenceon Quality Assessment, Employability&Innovation;2008.
  24. 23. Emiliani ML. Improvingbusinessschoolcoursesby International Journalof Multidisciplinary Researchand Growth Evaluationwww. allmultidisciplinaryjournal. com437applyingleanprinciplesandpractices. Qual Assur Educ.2004;12(4\:175-87.
  25. 24. Evans-Uzosike IO, Okatta CG. Strategichumanresourcemanagement: trends, theories, andpracticalimplications. Iconic Res Eng J.2019;3(4\:264-70.
  26. 25. Flumerfelt S, Green G. Usingleanintheflippedclassroomforatriskstudents. JEduc Technol Soc.2013;16(1\:356-66.
  27. 26. Gadre A, Cudney E, Corns S. Modeldevelopmentofavirtuallearningenvironmenttoenhanceleaneducation. Procedia Comput Sci.2011;6:100-5.
  28. 27. Garay-Rondero CL, Rodr?guez Calvo EZ, Salinas-Navarro DE. Experientiallearningatlean-thinking-learningspace. Int JInteract Des Manuf.2019;13(3\:1129-44.
  29. 28. Gewirtz S, Mahony P, Hextall I, Cribb A. Changingteacherprofessionalism: internationaltrends, challengesandwaysforward. London: Routledge;2009.
  30. 29. Gupta S, Sharma M, Sunder MV. Leanservices: asystematicreview. Int JProduct Perform Manag.2016;65(8\:1025-56.
  31. 30. Guskey TR. Whatmakesprofessionaldevelopmenteffective?Phi Delta Kappan.2003;84(10\:748-50.
  32. 31. Ha C, Mc Coy DA, Taylor CB, Kirk KD, Fry RS, Modi JR. Usingleansixsigmamethodologytoimproveamassimmunizationsprocessatthe United States Naval Academy. Mil Med.2016;181(6\:582-8.
  33. 32. Hagg HW, Suskovich D, Workman-Germann J, Scachitti S, Hudson B, Swartz J, etal. Adaptationofleanmethodologiesforhealthcareapplications.2007.(Unpublishedreport\.
  34. 33. Harris G, Stone KB, Mayeshiba T, Componation PJ, Farrington PA. Transitioningfromteachingleantoolstoteachingleantransformation. JEnterp Transform.2014;4(3\:191-204.
  35. 34. Hicks BJ. Leaninformationmanagement: understandingandeliminatingwaste. Int JInf Manag.2007;27(4\:233-49.
  36. 35. Hines P, Holweg M, Rich N. Learningtoevolve: areviewofcontemporaryleanthinking. Int JOper Prod Manag.2004;24(10\:994-1011.
  37. 36. New York: Mc Graw-Hill;1986.37. accountabilityi Harvard University Press;2003.
  38. 38. Jabareen Y. Buildingaconceptualframework: philosophy, definitions, andprocedure. Int JQual Methods.2009;8(4\:49-62.
  39. 39. Jabbour CJC, de Sousa Jabbour ABL, Govindan K, Teixeira AA, de Souza Freitas WR. Environmentalmanagementandoperationalperformanceinautomotivecompaniesin Brazil: theroleofhumanresourcemanagementandleanmanufacturing. JClean Prod.2013;47:129-40.
  40. 40. Jeyaraman K, Teo LK. Aconceptualframeworkforcriticalsuccessfactorsoflean Six Sigma: implementationontheperformanceofelectronicmanufacturingserviceindustry. Int JLean Six Sigma.2010;1(3\:191-215.
  41. 41. Johnson S, Gerstenfeld A, Zeng A, Ramos B, Mishra S. Teachingleanprocessdesignusingadiscoveryapproach. In:2003 Annual Conference;2003 Jun; Nashville, TN. American Societyfor Engineering Education;2003. p.8-1071.
  42. 42. Jordon K, Dossou PE, Junior JC. Usingleanmanufacturingandmachinelearningforimprovingmedicinesprocurementanddispatchinginahospital. Procedia Manuf.2019;38:1034-41.
  43. 43. New York: Mc Graw-Hill;1999.
  44. 44. Kadarova J, Demecko M. Newapproachesinleanmanagement. Procedia Econ Financ.2016;39:11-6.
  45. 45. Kagioglou M, Cooper R, Aouad G. Performancemanagementinconstruction: aconceptualframework. Constr Manag Econ.2001;19(1\:85-95.
  46. 46. Kahlen FJ, Flumerfelt S, Siriban-Manalang AB, Alves A. Benefitsofleanteaching. In: ASMEInternational Mechanical Engineering Congressand Exposition;2011 Nov; Denver, Colorado. New York: ASME;2011. p.351-8.
  47. 47. Kaplan RS, Norton DP. Thebalancedscorecard: translatingstrategyintoaction. Boston: Harvard Business School Press;1996.
  48. 48. Kennedy FA, Widener SK. Acontrolframework: insightsfromevidenceonleanaccounting. Manag Account Res.2008;19(4\:301-23.
  49. 49. Kilpatrick AM. Leanmanufacturingprinciples: acomprehensiveframeworkforimprovingproduction Massachusetts Instituteof Technology;1997.
  50. 50. Kotter JP. Leadingchange. Boston: Harvard Business School Press;1996.
  51. 51. Kruskal JB, Reedy A, Pascal L, Rosen MP, Boiselle PM. Qualityinitiatives: leanapproachtoimprovingperformanceandefficiencyinaradiologydepartment. Radiographics.2012;32(2\:573-87.
  52. 52. Kucheryavenko SA, Chistnikova IV, Gayvoronskaya SA, Glotova AS. Trendsandscenariomodelingofuniversityeducationalprocessdevelopmentthroughtheuseofleanmanufacturingprinciples. Rev Tur Estud Prat.2019;(2\:1-9.
  53. 53. Labaree DF. Howtosucceedinschoolwithoutreallylearning: thecredentialsracein Americaneducation. New Haven: Yale University Press;1997.
  54. 54. Le Mahieu PG, Nordstrum LE, Greco P. Leanforeducation. Qual Assur Educ.2017;25(1\:74-90.
  55. 55. Levin HM, Jamison DT, Radner R. Conceptsofeconomicefficiencyandeducationalproduction. In: Cohn E, editor. Economicsofeducation: researchandstudies. Oxford: Pergamon Press;1976. p.149-91.
  56. 56. Liker J, Rother M. Whyleanprogramsfail. In: Lean Enterprise Institute;2011. p.45-79.
  57. 57. Lot LT, Sarantopoulos A, Min LL, Perales SR, Boin IDSF, Ataide ECD. Usingleantoolstoreducepatientwaitingtime. Leadersh Health Serv.2018;31(3\:343-51.
  58. 58. Lu J, Laux C, Antony J. Lean Six Sigmaleadershipinhighereducationinstitutions. Int JProduct Perform Manag.2017;66(5\:638-50.59.2008;41(1\:40.
  59. 60. Magalh?es JC, Alves AC, Costa NBMMD, Rodrigues AR. Improvingprocessesinapostgraduateofficeofauniversitythroughleanofficetools.2019.(Conferencepaperfullcitationunavailableinoriginallist\.
  60. 61. Magee D. How Toyotabecame#1: leadershiplessons Penguin Books India;
  61. 2008. International Journalof Multidisciplinary Researchand Growth Evaluationwww. allmultidisciplinaryjournal. com
  62. 43862. Meier KJ, Bohte J. Odeto Luther Gulick: spanofcontrolandorganizationalperformance. Adm Soc.2000;32(2\:115-37.
  63. 63. Miller G, Pawloski J, Standridge CR. Acasestudyoflean, sustainablemanufacturing. JInd Eng Manag.2010;3(1\:11-32.
  64. 64. Mohanty RP, Yadav OP, Jain R. Implementationofleanmanufacturingprinciplesinautoindustry. Vilakshan XIMBJManag.2007;1(1\:1-32.
  65. 65. Motwani J. Abusinessprocesschangeframeworkforexaminingleanmanufacturing: acasestudy. Ind Manag Data Syst.2003;103(5\:339-46.
  66. 66. Narayanamurthy G, Gurumurthy A, Chockalingam R. Applyingleanthinkinginaneducationalinstituteanactionresearch. Int JProduct Perform Manag.2017;66(5\:598-629.
  67. 67. Narayanamurthy G, Gurumurthy A, Chockalingam R. Applyingleanthinkinginaneducationalinstituteanactionresearch. Int JProduct Perform Manag.2017;66(5\:598-629.(duplicateentryremovedinfinallist\
  68. 68. Ohno T. Toyotaproductionsystem: beyondlarge-scaleproduction. Portland: Productivity Press;2019.
  69. 69. Parsons D, Mac Callum K. Agileeducation, leanlearning. In: Parsons D, Mac Callum K, editors. Agileandleanconceptsforteachingandlearning. Singapore: Springer;2018. p.3-23.
  70. 70. Poksinska B. Thecurrentstateof Leanimplementationinhealthcare: literaturereview. Qual Manag Health Care.2010;19(4\:319-29.
  71. 71. P?rv L. Continuousimprovementprocessesusing Lean Managementtools: acasestudy. MATECWeb Conf.2017;94:06016.
  72. 72. Radnor Z, Boaden R. Leaninpublicservicespanaceaorparadox?Public Money Manag.2008;28(1\:3-7.
  73. 73. Radnor Z, Bucci G. Analysisof Leanimplementationin UKbusinessschoolsanduniversities. London: Associationof Business Schools;2011.
  74. 74. Radnor Z, Walley P, Stephens A, Bucci G. Evaluationoftheleanapproachtobusinessmanagementanditsuseinthepublicsector. Edinburgh: Scottish Government Social Research;2006.
  75. 75. Rother M, Shook J. Learningtosee: valuestreammappingtocreatevalueandeliminatemuda. Cambridge: Lean Enterprise Institute;2003.
  76. 76. Senge PM. Thefifthdiscipline: theartandpracticeofthelearningorganization. New York: Doubleday;1990.
  77. 77. Simon RW, Canacari EG. Apracticalguidetoapplyingleantoolsandmanagementprinciplestohealthcareimprovementprojects. AORNJ.2012;95(1\:85-103.
  78. 78. Singh J. Theleanprescriptionfornon-traditionaladultlearners. Qual Assur Educ.2019;27(3\:347-59.
  79. 79. Sousa RM, Stadnicka D, Dinis-Carvalho J, Ratnayake RMC, Isoherranen V. Gamificationbasedleanknowledgedissemination: acasestudy. In:2016IEEEInternational Conferenceon Industrial Engineeringand Engineering Management(IEEM\;2016 Dec; Bali, Indonesia. Piscataway(NJ\IEEE;2016. p.164-8.
  80. 80. Spear S, Bowen HK. Decodingthe DNAofthe Toyotaproductionsystem. Harv Bus Rev.1999;77(5\:96-106.
  81. 81. Sremcev N, Lazarevic M, Krainovic B, Mandic J, Medojevic M. Improvingteachingandlearningprocessbyapplying Leanthinking. Procedia Manuf.2018;17:595-602.82. supportsystemforqualitytoolsandtechniquesselectionandapplication. Total Qual Manag Bus Excell.2013;24(5-6\:577-95.
  82. 83. Sunder MV, Antony J. Aconceptual Lean Six Sigmaframeworkforqualityexcellenceinhighereducationinstitutions. Int JQual Reliab Manag.2018;35(4\:857-74.
  83. 84. Tay HL, Low SWK. Digitalizationoflearningresourcesina HEIaleanmanagementperspective. Int JProduct Perform Manag.2017;66(5\:680-94.
  84. 85. Econ.2010;10(3\:333-40.
  85. 86. Toussaint JS, Berry LL. Thepromiseofleaninhealthcare. Mayo Clin Proc.2013;88(1\:74-82.
  86. 87. Tran B. Applyingleanmethodologiestothedevelopmentofanentrepreneurialventureineducationrsity;2015.
  87. 88. Uriarte AG, Ng AHC, Moris MU. Supportingtheleanjourneywithsimulationandoptimizationinthecontextof Industry4.
  88. 0. Procedia Manuf.2018;25:586-93.
  89. 89. Vander Merwe KR. Alongitudinalstudyoftheefficacyofleanlearningexperiencedthroughasimulatedworkingenvironment(SWE\. Int JProduct Perform Manag.2017;66(5\:651-61.
  90. 90. Verma KA, Das KL, Erande SA. Creativeleandesignprocess. In: ICORD11: Proceedingsofthe3rd International Conferenceon Researchinto Design Engineering;2011 Jan10-12; Bangalore, India.
  91. 91. Voehl F, Harrington HJ, Mignosa C, Charron R. Theleansixsigmablackbelthandbook: toolsandmethodsforprocessacceleration. Boca Raton: CRCPress;2013.
  92. 92. Ward P, Zhou H. Impactofinformationtechnologyintegrationandlean/just-in-timepracticesonlead-timeperformance. Decis Sci.2006;37(2\:177-203.
  93. 93. Waterbury T. Learningfromthepioneers: amultiple-caseanalysisofimplementing Leaninhighereducation. Int JQual Reliab Manag.2015;32(9\:934-50.
  94. 94. Womack JP, Jones DT. Leanthinking: banishwasteandcreatewealthinyourcorporation. New York: Simon&Schuster;1996.
  95. 95. Womack JP, Jones DT, Roos D. Themachinethatchangedtheworld. New York: Rawson Associates;1990.
  96. 96. Yadav OP, Nepal B, Goel PS, Jain R, Mohanty RP. Insightsandlearningsfromleanmanufacturingimplementationpractices. Int JServ Oper Manag.2010;6(4\:398-422.
  97. 97. Yalcin Tilfarlioglu F, Karagucuk V. Implementinginnovativeleaneducationalmethodtoenhance Englishlanguageachievement. Eurasian JEduc Res.2019;83:209-30.
  98. 98. Electron Turk Stud.2017;12(6\.
  99. 99. Yorkstone S. Leanuniversities. In: Netland T, Powell D, editors. The Routledgecompaniontoleanmanagement. New York: Routledge;2016. p.22.
  100. 100. Ziskovsky B, Ziskovsky J. Optimizingstudentlearning: aleansystemsapproachtoimproving K-12education.2nded. New York: Productivity Press;2019.

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Journal: International Journal of Multidisciplinary Research and Growth Evaluation (IJMRGE)

Publisher: Anfo Publication House

ISSN: 2582-7138 (Online)

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Language: English

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