Description
Modern automobiles are subject of a broad electrification, which results in an increasing amount of implemented electric motors and drives in the vehicle. Suppliers of electric motors must cope with this huge market variety and additionally demonstrate a high level of adaptability with regard to the processing of their orders as well as a rapid response capability.
In this context, this thesis focuses on the conception, development, and introduction of an electric drives development knowledge-based assistance system (D-DAS). To achieve this, a more detailed consideration of the development tasks is performed resulting in an adapted electric motor development process (aEMPEP). Based on this, the digital assistance is designed to support the developer in time consuming, complicated or error prone tasks. The development, implementation, and introduction of the conceived assistance system into the case-giving company is also subject of this work.
The research shows that the process-based structuring is the basis for digitalization, automation, and knowledge-based support. Similarly, with D-DAS it is possible to answer the question of how a knowledge-based assistance system for supporting the product development of electric motors must be designed, developed, and implemented to make it suitable for operational use in industry. Finally, the evaluation of D-DAS and the adapted electric motor product development process is carried out by means of a case study of four motor projects resulting in a suitable quality of results.
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