Estimating productivity from an approximation to quantifying the knowledge flow in the Spanish industry
This study introduces a methodology to quantify knowledge flow in Spanish manufacturing firms, utilizing data from the Enterprise Strategy Survey (ESEE). A composite index is created through a structural equation model (SEM) featuring latent variables, which removes any subjectivity in weighting the dimensions. The analysis encompasses seven critical dimensions concerning innovation, R&D, work organization, and the Internet. Results indicate that dimensions linked to R&D significantly influence knowledge flow and, consequently, business productivity. The combination of R&D investment and the implementation of new organizational approaches in the workplace shows a positive and statistically significant correlation with enhanced productivity. These findings emphasize companies' need to embrace strategies that merge technological advancement with organizational innovation. In this regard, the knowledge flow index highlights the importance of incorporating both elements. This method provides a statistically sound tool for evaluating business competitiveness, emphasizing the necessity of integrating technology and organizational innovation within corporations’ strategies.
SDG
He holds a PhD in Economics from Complutense University of Madrid, a master degree in Applied Economics from Autonomous University of Barcelona, a bachelor degree in Economics from Carlos III University, and a bachelor degree in Business Administration and Management from Carlos III University. He is a professor at Rey Juan Carlos University and has been a professor at Autonomous University of Barcelona, as well as a collaborator and researcher at UOC. He has been head of research at SEPI Foundation and CEO of that entity. His lines of research include the development of econometric models and their application to the study of productivity and digitization, among others, having published numerous scientific articles in national and international journals. He is currently also a member of the i2TIC research group.