How Knowledge Acquisition Diversity Affects Innovation Performance during the Technological Catch-Up in Emerging Economies: A Moderated Inverse U-Shape Relationship

Many domestic enterprises in emerging economies are concerned with the question of how to better utilize the portfolio of technology sourcing channels to achieve rapid economic growth by technological innovation. This paper looks at this issue by exploring the impacts of knowledge acquisition diversity (KAD) on innovation performance of domestic enterprises in China and the technological contexts (in terms of technology gap and technology development speed) under which KAD is most likely to contribute. Using panel data of the manufacturing industry in China over the 2001–2009 period, the results show that KAD has an inverse U-shaped relationship with innovation performance in terms of both product-related innovation performance (NPS) and knowledge-related innovation performance (PAT). Specifically, it reveals that the capability to generate technological innovation over time is dependent on how domestic enterprises manage their portfolio of knowledge sourcing channels to learn from foreign enterprises. Moreover, it is shown that the technology gap significantly moderates the inverted U-shaped relationship between KAD and both NPS and PAT. Technology development speed has a moderating effect on the inverted U-shaped relationship between KAD and innovation only in terms of NPS. The results of this study can help us to understand the relationships among technological contexts, KAD and innovation performance of domestic enterprises in emerging countries.

Influences of technological attributes on sourcing of manufacturing technologies in developing countries

Purpose As part of a new focus on a better balance of investment in innovation activities in developing countries, this study aims to understand the effects of technological attributes (technological complexity and type of technology) on manufacturing technology sourcing (whether firms choose either internal development or external sources). Design/methodology/approach Multiple-case studies were conducted in the Peruvian manufacturing sector. Findings The authors found that, across Peruvian manufacturing firms, they develop a certain manufacturing technology related to their capabilities. However, when the total cost of acquisition is lower than internal costs of developing technologies, they will choose external sources, regardless of their capabilities and complexity of the technology. In addition, analysis of the type of technology indicated that the pursuit of simultaneous exploration and exploitation occurs when firms use external sources rather than internal. Research limitations/implications This study has the limitation that data have been collected years after the decision-making process; the results are based solely on the authors’ analysis using the case of Peruvian industry, and they do not track the impact on the performance of manufacturing technology decisions. Practical implications The findings have important implications for technology managers of South American manufacturing firms that are decision makers in the sourcing of new manufacturing technologies. Originality/value The results of this study provide literature with insights into technology sourcing strategy in developing countries and the importance of progress in transitioning to technological innovation and catchup.

How to balance your technology sourcing portfolio in a developing country

Purpose To gain the highest performance in technological efforts, firms have to balance their technology sourcing portfolio, i.e. they have to decide how to source the required technology and whom to source from. This paper aims to tackle the issue by investigating the factors affecting the technology sourcing portfolio composition and the effect of the portfolio diversity on the performance outcome. Design/methodology/approach An inductive multiple case study was performed. Data of four biopharmaceutical producer firms in the period of 1998-2017 were collected. To expand the under study time span, the under study firms were all chosen from the first-comer ones. They entered the NBP arena in the 1998-2008 period, i.e. the period in which Iranian NBP industry was in its formation stage. Findings This paper detects the affecting technology-, firm-, industry- and national level factors in Iran biopharmaceutical industry and analyses their influencing mechanism. It is demonstrated that there are factors in a developing country, specifically Iran, which do not matter in developed countries. In addition, the synergistic effect of using various technology sources vehicles is confirmed. Social implications Inaccessibility to infrastructures and global communication barrier problems are features of Iran innovation system. Such features discourage the foreign firms to make long-term investments in Iran which consequently deprives Iranian firms of their knowledge and technology. The modification of these problems is suggested. Originality/value Factors such as access to infrastructures and global communication barrier are not prevalent in developed countries; therefore, less attention has been paid to them in the literature.