No abstract

In this paper, we apply a core/periphery framework to an intraorganizational context to study the interplay between formal and informal core/periphery structures. Specifically, we consider how core positions occupied by inventors in the corporate research and development division of a large multinational high-tech company affect their ability to generate incremental innovations. We theorize and empirically observe that formal and informal core positions have positive and independent effects on the generation of incremental innovations. These effects have a multiplicative impact on innovative productivity when inventors who are core in the informal knowledge-sharing network are also affiliated with a core organizational unit. We also observe, however, that the positive effect of being located at the core of both the informal and formal structures is negatively moderated by individuals’ distribution of knowledge ties when these reach outside the core of their informal knowledge-sharing network.

Recently, the diffusion of digital machines has further enhanced firms’ manufacturing flexibility, but also opened questions on potential challenges and implications in the production process. To respond to these timely issues, this study adopts a behavioral perspective and comparatively explores how four different types of digital machines—characterized by increasing degrees of manufacturing flexibility—affect the perception and use of space and time for routines within the production plant. To this end, 45 digital manufacturing machines, sampled across 14 firms in the British and Italian motorsport industry, were qualitatively observed and compared. A model emerges where four key mechanisms reshape (1) the interactive space around the machine, (2) the innovation activities performed in the machine space, (3) the time within activities involving the machine, and (4) the time perception. Such mechanisms mediate the relationship between manufacturing flexibility and firm performance. Further, data show how increasing digitalization in the manufacturing process enhances the establishment of new routines as flexible machines get introduced in the production. Finally, theoretical and practical implications related to fostering a behavioral perspective in innovation and operations management studies are discussed.