SONIC Speaker Series: Professor Gianluca Carnabuci
April 2, 2018
Please join the SONIC Lab in Frances Searle Room 1-483 this Wednesday, April 4 at 10 AM to welcome SONIC Speaker Professor Gianluca Carnabuci of ESMT Berlin, who will present his talk "Good For One But Bad For Most? How Intra-Organizational Networks Impact Innovative Performance At The Inventor And Firm Level."
Abstract:
Extant organizational research suggests that R&D scientists tend to be more productive (i.e., they generate more impactful innovations) when they occupy a central position within their organization’s intra-organizational collaboration network. Does this imply that an organization’s overall innovative performance would increase if the organization encouraged its R&D scientists to pursue more central network positions? We address this question using a multi-level panel dataset describing the evolving intra-organizational networks of 140 semiconductor firms, as well as the individual network position of each of their R&D scientists. We proceed in three steps. First, we confirm that network centrality does enhance scientists’ innovative performance within our empirical sample, even after controlling for unobserved individual- and organizational-level differences. Second, we simulate how the overall intra-organizational network of an organization would change if it enacted two distinct norms of collaboration, each encouraging scientists to increase their network centrality. We find that norms of “diffuse” collaboration increase network cohesion, whereas “star-centric” ones increase network centralization. Third, we study how these network-level properties affect innovative performance among our semiconductor firms. We find that network cohesion enhances organizational-level innovative performance only under conditions of high knowledge diversity, while network centralization always reduces it. These findings show that scientists’ pursuit of network centrality may have opposite performance effects at the individual- and organizational-level. A counterintuitive normative implication is that, under quite broad conditions, organizations would enhance their innovative performance by discouraging (rather than encouraging) their R&D personnel from increasing their centrality within the intra-organizational network.
Categories: Around Campus, STEM