DFKI GmbH, Institut für Wirtschaftsinformatik · 2015 · 50 citations · 25 references
Enterprise Business TransformationEngineeringIndustrial EngineeringEnterprise ModelingEnterprise TransformationEnterprise Transformation ModelE-businessManagementSystems EngineeringEnterprise ModellingEnterprise ModelsEngineering Enterprise TransformationEnterprise ArchitectureBusiness Information SystemsDesignInformation ManagementStrategic ManagementOperations ManagementModel TransformationSoftware DesignEnterprise Systems EngineeringBusiness OperationsBusinessData Modeling
Enterprise models are widely used as a basis for transformation, yet they are often dateless and underutilized, despite the significant effort invested in creating and maintaining them. The study proposes a method to systematically derive a dynamic enterprise transformation model from existing time‑variant enterprise models. The method constructs a multiperiod transformation model by integrating enterprise structure models from different time points into a conceptual system that accommodates dynamic changes and plan deviations. Applying the method produced project outlines and was validated in a case study.
Enterprise models constitute a valuable basis for enterprise transformation because they usually represent a widely accepted image of an enterprise. Practitioners often put a lot of effort in the creation and maintenance of such models that therefore represent a significant investment. However, so far the information contained in enterprise models is to a large extend ‘dateless’ which means it is hardly used to describe the transformation itself consistently. Therefore we propose a method to systematically derive an enterprise transformation model based on existing models representing enterprise structures at different points in time. The result of the method application is a set of project outlines derived from enterprise models. In order to generalise our approach to a multiperiod transformation model capable of coping with dynamic changes and plan deviations we propose a respective conceptual system. Our research artefact (the method) is finally demonstrated in a case study.
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Design science in information systems research
Alan R. Hevner, Salvatore T. March, Jinsoo Park et al. · MIS Quarterly · 2004 · 7.7K citations
Information Systems, Education, Information Technology Management +16
Strategic Planning for Management Information Systems
William R. King · MIS Quarterly · 1978 · 471 citations