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| CoEvolution between Technological Innovation and Business Model Innovation of Manufacturing Enterprise: a MultiCase Study |
| Ji Huisheng1 , Yao Shuxiang2 |
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Abstract The development of manufacturing enterprise shows that there is a complicated coevolution process between technological innovation and business model innovation. this paper analyzes the matching and coevolution relations of technological innovation and business model innovation during the evolution of manufacturing enterprises combining with multicase research methods. The results show that there are three dynamic evolution models in technological innovation and business model innovation: simple linear model, feedback control model, and the complex system model. Based on this, the coevolution model of technological innovation and business model innovation is constructed, and point out that coevolution is a complex spiral development process of "innovationadjustmentadaptation" and proposes three coevolution mechanisms of technological innovation and business model innovation: interaction mechanism, learning mechanism, selection and feedback mechanism. This article breaks through the simple linear relationship and static perspective on the relationship between technological innovation and business model innovation, and analyzes the coevolution of technology innovation and business model innovation from dynamic perspective, supplements and corrects the relationship between technology innovation and business model innovation, enriches the existing theory of innovation and evolution. The research enlightenments to implement the innovation strategy of Chinese manufacturing enterprises lies in that although the single innovation can bring profit to the manufacturing enterprise to a certain extent,but its function and persistence are limited. The effective coordination of technological innovation and business model innovation is key to realize the continuous competition of manufacturing enterprises.
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| Fund:福建省社会科学规划项目（FJ2016B082、FJ2018B012）；福建省教育厅 A 类项目（JAS150418）；福建省教育科学“十三五”规划2017年度项目（FJJKCG17-014） |
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