Publication | Open Access
Necessary Condition Analysis (NCA)
1K
Citations
54
References
2015
Year
EngineeringOrganizational CharacteristicVerificationHuman Resource ManagementNecessary DeterminantFormal VerificationOrganizational BehaviorConformance TestingManagementFailure AnalysisNecessary ConditionsNecessary ConditionStatisticsManagement AnalysisReliabilityNecessary Condition AnalysisAutomated ReasoningBusinessSoftware Requirement SpecificationFunctional Requirement
Necessary but not sufficient statements are common in organizational sciences, yet traditional methods such as correlation or regression cannot test them because a necessary determinant must be present for an outcome but is not sufficient, and this logic differs fundamentally from sufficiency-based approaches. The article proposes necessary condition analysis (NCA) as a general, straightforward method for identifying necessary conditions in data sets. NCA applies logic and methodology that assess how organizational determinants contribute necessarily but not sufficiently to outcomes such as good performance. The article provides practical recommendations and free software to help researchers apply NCA.
Theoretical “necessary but not sufficient” statements are common in the organizational sciences. Traditional data analyses approaches (e.g., correlation or multiple regression) are not appropriate for testing or inducing such statements. This article proposes necessary condition analysis (NCA) as a general and straightforward methodology for identifying necessary conditions in data sets. The article presents the logic and methodology of necessary but not sufficient contributions of organizational determinants (e.g., events, characteristics, resources, efforts) to a desired outcome (e.g., good performance). A necessary determinant must be present for achieving an outcome, but its presence is not sufficient to obtain that outcome. Without the necessary condition, there is guaranteed failure, which cannot be compensated by other determinants of the outcome. This logic and its related methodology are fundamentally different from the traditional sufficiency-based logic and methodology. Practical recommendations and free software are offered to support researchers to apply NCA.
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