Paper Type
Completed Research Paper
Abstract
The ongoing shift towards stronger service orientation is leading to a rising number of industrial services offered in the manufacturing industry. In the attempt to fulfill ever-increasing service demands while at the same time reducing operating costs, manufacturing firms search for appropriate information technology (IT) solution for planning and execution. The industry has not yet reached a common understanding of product-service systems and the corresponding processes and IT systems. In order to holistically support such broad design and transformation tasks, we develop a maturity model capturing the key requirements for the information systems (IS) support of product-service systems based on a multiple case study. For a critical reflection on the extant literature, we compared those requirements with scientifically recognized maturity models and standard specifications. Being an integral part of the design science research approach, the model evaluation is organized in accordance with approved evaluation perspectives.
Recommended Citation
Neff, Alexander A.; Hamel, Florian; Herz, Thomas Ph.; Uebernickel, Falk; and Brenner, Walter, "Fostering Efficiency in Information Systems Support for Product-Service Systems in the Manufacturing Industry" (2013). AMCIS 2013 Proceedings. 8.
https://aisel.aisnet.org/amcis2013/ServiceSystems/GeneralPresentations/8
Fostering Efficiency in Information Systems Support for Product-Service Systems in the Manufacturing Industry
The ongoing shift towards stronger service orientation is leading to a rising number of industrial services offered in the manufacturing industry. In the attempt to fulfill ever-increasing service demands while at the same time reducing operating costs, manufacturing firms search for appropriate information technology (IT) solution for planning and execution. The industry has not yet reached a common understanding of product-service systems and the corresponding processes and IT systems. In order to holistically support such broad design and transformation tasks, we develop a maturity model capturing the key requirements for the information systems (IS) support of product-service systems based on a multiple case study. For a critical reflection on the extant literature, we compared those requirements with scientifically recognized maturity models and standard specifications. Being an integral part of the design science research approach, the model evaluation is organized in accordance with approved evaluation perspectives.