The Effect of R&;D Intensity on Corporate Social Responsibility

This study examines the impact that research and development (R&D) intensity has on corporate social responsibility (CSR). We base our research on the resource-based view (RBV) theory, which contributes to our analysis of R&D intensity and CSR because this perspective explicitly recognizes the importance of intangible resources. Both R&D and CSR activities can create assets that provide firms with competitive advantage. Furthermore, the employment of such activities can improve the welfare of the community and satisfy stakeholder expectations, which might vary according to their prevailing environment. As expressions of CSR and R&D vary throughout industries, we extend our research by analysing the impact that R&D intensity has on CSR across both manufacturing and non-manufacturing industries. Our results show that R&D intensity positively affects CSR and that this relationship is significant in manufacturing industries, while a non-significant result was obtained in non-manufacturing industries.     

Imported Intermediate Inputs,R&D,and Productivity at Firm Level: Evidence from Indian Manufacturing Industries

This article examines the effects of imported intermediary inputs and in-house research and development (R&D) on productivity growth, using firm-level data from Indian manufacturing industries for the period 2000–09. For this purpose, we adopted two empirical frameworks: production function and growth accounting method. The estimated results from the production function framework suggest that the impact of imported intermediary goods on output is reasonably sizable. The role of R&D activities under this framework is found to be insignificant. The analysis based on the growth accounting suggests that total factor productivity of firms is linked with import and R&D activities.     

The determinants of successful R&D consortia: government strategy for the servitization of manufacturing

The Taiwanese government has started to promote the concept of the ??servitization of manufacturing?? with a view to accelerating the servitization of the country??s manufacturing industries. The objective is to enable Taiwan??s industries to progress from manufacturing toward innovation, R&D, and services. The main purpose of this study is to explore the factors determining the formation of R&D consortia among Taiwanese firms. In a literature review and analysis, we distinguish the factors underlying the formation of these R&D consortia into internal and external factors. The findings show that four external factors are positively significant: the degree of industry competition, the appropriability conditions of innovations, government subsidies, and cooperation between firms in different industries. Firm size and firm age are among the internal factors that are significantly positive in the formation of R&D consortia.     

R&D spillovers through trade in a panel of OECD industries

This paper investigates the significance of Research and Development (R&D) spillovers through intra- and international trade in intermediate goods for productivity growth in a panel of OECD industries during 1973–1994. In the model, four different sources of R&D are identified: R&D conducted in the particular industry itself, R&D conducted in the same industries in other countries, R&D conducted in other domestic industries, and R&D conducted in other foreign industries. I find that among R&D sources the most important contributions to productivity growth come from the domestic R&D efforts. Here, own R&D is important for both domestic innovation and for the productivity catch-up process. Evidence that international R&D spillovers also have significant effects on productivity growth is found to be less robust. My analysis also shows that human capital affects productivity directly as a factor of production.     

R&D Productivity and the Spillover Effects of High‐tech Industry on the Traditional Manufacturing Sector: The Case of Taiwan

This study sets out to estimate the impact of R&D on productivity within the private sector, with further analysis of the different impacts of R&D within high‐tech and traditional manufacturing firms. We also attempt to examine the spillover effects from R&D investment in the high‐tech sector on productivity growth within the traditional industries. Using a sample of 136 large manufacturing firms during the period 1994–2000, we develop an extended version of the Cobb‐Douglas production function model, and our findings suggest that Taiwan's R&D investment had a significant impact on firm productivity growth, with output elasticity standing at around 0.18. When the sample is divided into high‐tech and traditional firms, the R&D output elasticity in high‐tech firms is significantly greater than that found in traditional firms. In addition, the average rate of return in high‐tech firms is much greater than that estimated for other industries. Besides, our empirical results show that, although significant, the impact of R&D investment from the high‐tech sector, on the productivity growth of traditional firms, is rather limited.     

Overcoming the double hurdles to investing in technology

Technological activities of small and medium-sized enterprises (SMEs) have received considerable attention from researchers and policy makers since the mid-1980s. Small firms could nurture entrepreneurship and facilitate the creation and application of new ideas. In spite of their potential in generating innovations, it is also observed that SMEs shy away from formal R&D activities, and the firm size itself seems to be a barrier for R&D activities. SMEs operating in developing countries face extra hurdles to investing in R&D. Given the massive share of SMEs, it becomes crucial to realize their developmental potential in developing countries. In this paper, we study the drivers of R&D activities in SMEs in Turkish manufacturing industries by using panel data at the establishment level for the 1993–2001 period. Our findings suggest that SMEs are less likely to conduct R&D, but if they overcome the first obstacle of conducting R&D, they spend proportionally more on R&D than the LSEs do. R&D intensity is higher in small than in large firms. Moreover, public R&D encourages firms to intensify their R&D efforts. The impact of R&D support is stronger for small firms.     

The impact of public R&D subsidy on small firm productivity: evidence from Korean SMEs

This paper explores the effects of R&D promotion policy on SME performance. We use a large panel data set on public R&D subsidies to Korean manufacturing firms. We control for counterfactual outcomes employing the DID (difference in differences) estimation procedure as well as for the endogeneity of the R&D investment and the R&D subsidy using the 2-stage Tobit/Logit DPD (dynamic panel data) procedure. We find significant evidence for positive effects of the public R&D subsidy on both the R&D expenditure and the value added productivity of Korean manufacturing SMEs. The policy thus appears to have been successful in fostering technological advancement and in promoting economic growth.     

The dynamics of exports and R&D in SMEs

A growing body of literature is exploring firm export and R&D activities. However, most studies examine the first one, whilst considering the second as an explanatory variable or vice versa. This paper contributes to this literature by exploring the joint dynamics of exports and R&D using data from a representative sample of small and medium-sized enterprises in Spanish manufacturing over the 1990–2006 period. The results confirm the existence of a strong interdependence between export and R&D activities. Indeed, engaging in export (R&D) activities will increase a firm’s chances of also engaging in R&D (export) activities. This, in turn, increases firms’ chances of succeeding in export (R&D) activities. Additionally, once we control for firm heterogeneity, strong persistence still remains in each activity due to true state dependence. The results are robust in the use of alternative measures of internationalization (i.e. imports) and innovative activities (product and process innovation).     

Services vs. Manufacturing – How Does Foreign and Domestic Sales Impact on Their R&D?

While the distinction between manufacturing and services becomes increasingly blurred to some observers, we find, using a panel of Swedish firms, clear evidence that foreign sales (exports) are more important than domestic sales for stimulating R&D. This is particularly clear for manufacturing and this importance of foreign sales has increased over time, simultaneous to an opening up of the Swedish economy. Even though service industries have seen an increase in both R&D and trade over time, it is thus mainly manufacturing that has benefited from increased possibilities for absorptive capacity. This result suggests a clear dichotomy between manufacturing and services in terms of how they react to trade and how they turn towards the foreign market vs. the domestic market to find stimuli for innovation.     

Effectiveness of R&;D tax incentives in small and large enterprises in Québec

In this paper we evaluate the effectiveness of R&D tax incentives in Quebec, using manufacturing firm data from 1997 to 2003 originating from R&D surveys, annual surveys of manufactures and administrative data. The estimated price elasticity of R&D is –0.10 in the short run and –0.14 in the long run, with slightly higher elasticities for small firms than for large firms. We show that there is a deadweight loss associated with level-based R&D tax incentives that is particularly acute for large firms. For small firms it is not sizeable enough to suppress the R&D additionality, at least not for quite a number of years after the initial tax change. Incremental R&D tax credits do not suffer from this deadweight loss and are from that perspective preferable to level-based tax incentives.

R&D spending,strategic position and firm performance

Based on R&D investment data from Chinese listed manufacturing firms, this paper examines the effect of R&D spending on firms’ future performance conditional on their strategic positions. We find that firms pursing a product differentiation strategy have more R&D spending than those with a cost leadership strategy. In addition, we document a positive effect of R&D spending on firms’ future performance if they adopt a product differentiation strategy. Meanwhile, for the firms that adopt a cost leadership strategy, the relationship between R&D spending and firm performance resembles an inversed U-shape. Furthermore, we find this inversed U-shape relationship only exists for non-state-owned firms. Overall, this paper provides guidance and useful suggestions on the efficient allocation of R&D resources for Chinese manufacturing firms.     

Using R&D cooperative arrangements to leverage managerial experience: A study of technology-intensive new ventures

During the past decade, increasing attention has been given to the widespread use of research and development (R&D) strategic alliances and cooperative interorganizational relationships. This research has addressed a variety of inter-firm relationships ranging from joint ventures to informal networking. However, most of this literature is based on research involving large established firms. More recently, researchers have recognized that small firms or new ventures are also adopting cooperative R&D strategies with increasing frequency. A variety of reasons for the increasing use of R&D cooperative arrangements in new ventures has been offered, including the need to complement a new venture's existing internal resources, the need to quickly gain the technical capabilities to compete in rapidly changing markets, and the desire to minimize the fixed costs associated with acquiring capital assets.This paper reports the results of a study of new high-technology ventures that examined the relationship between performance, the experience of a venture's management team, and its use of R&D cooperative arrangements. The central proposition of this research was that the effectiveness of R&D cooperative activities is associated with the level of combined expertise possessed by the new venture's management team. Specifically, it was anticipated that new ventures with management teams possessing more experience with the industry and/or with similar technologies would be better able to successfully engage in R&D cooperative activities.The primary data analysis technique was moderated regression. The data was collected from Security and Exchange Commission initial public offering registration statements and other archival documents filed by 210 new ventures in three high-technology manufacturing industries.The results of the regression analysis revealed that sales growth was associated with the use of R&D cooperative arrangements. More important, the results also indicated that this relationship was positive when the new venture's management team was relatively more familiar with the industry, markets, and/or with similar technologies. In other words, our results indicate that the relatively more experienced managers were more proficient at using R&D cooperative activities to strategically position their respective firms vis-à-vis their less experienced counterparts. Evidently, these managers were better able to identify the risks and benefits of engaging in such cooperative activities. Additionally, we provide preliminary evidence that the greater knowledge possessed by the management teams may have allowed the new ventures to reduce the costs associated with R&D market transactions.These findings are important because they suggest that prior managerial experience in similar industries and/or with similar technologies is an important prerequisite for the successful use of R&D cooperative arrangements by new high-technology ventures. Management's knowledge of customer needs, product characteristics, and/or the specific idiosyncracies of the industry and/or technology seems to significantly enhance a new technology-intensive venture's ability to effectively engage in R&D cooperative activities.     

Internal Versus External R&D: A Study of R&D Choice with Sample Selection

This paper extends previous analyses of the choice between internal and external R&D to consider the costs of internal R&D. The Heckman two-stage estimator is used to estimate the determinants of internal R&D unit cost (i.e. cost per product innovation) allowing for sample selection effects. Theory indicates that R&D unit cost will be influenced by scale issues and by the technological opportunities faced by the firm. Transaction costs encountered in research activities are allowed for and, in addition, consideration is given to issues of market structure which influence the choice of R&D mode without affecting the unit cost of internal or external R&D. The model is tested on data from a sample of over 500 UK manufacturing plants which have engaged in product innovation. The key determinants of R&D mode are the scale of plant and R&D input, and market structure conditions. In terms of the R&D cost equation, scale factors are again important and have a non-linear relationship with R&D unit cost. Specificities in physical and human capital also affect unit cost, but have no clear impact on the choice of R&D mode. There is no evidence of technological opportunity affecting either R&D cost or the internal/external decision.     

Quantile estimates of the impact of R&D intensity on firm performance

This paper investigates the relationship between initial research and development (R&D) intensity and firm growth using a unique data set for firms with R&D activities in Austria during the period 1995–2006. Results based on the least absolute deviation (LAD) estimator show that initial R&D intensity has a positive and significant impact on both employment and sales growth in the subsequent 2 years. Quantile regressions for each cross-section reveal that the impact of R&D intensity is significant from 0.3 to the highest quantile of the conditional distribution of employment growth. Furthermore, the elasticity of employment growth with respect to R&D intensity is highest for firms at or slightly below the median of the distribution of firm growth. Finally, we find that the impact of R&D decreases significantly over time.     

The Two Faces of R&D: Does Firm Absorptive Capacity Matter?

This paper examines the dual effect of firm R&D efforts on productivity growth for Swedish manufacturing firms. The R&D efforts do not only stimulate innovation but also enhance firms?? ability to identify, assimilate and exploit new knowledge from the environment (Cohen and Levinthal. Economics Journal 99:569?C596, 1989). In this paper, we assume that the principal channel of transmission of new knowledge is through I/O linkages. Our econometric evidence suggests that in addition to the firm??s own R&D activities, R&D spillovers embodied in traded goods within the industry, others imported from abroad, and technology spillovers transferred from the technological frontier within an industry are important determinants of firms?? productivity growth. Results suggest that domestic R&D spillovers following the I/O links between industries are of minor importance in this respect. We also analyze whether firms?? absorptive capacity matters for productivity growth. Analyzing absorptive capacity is particularly important for assessing the effective contribution of spillovers from other firms. The effect of a firm??s absorptive capacity is found to interact positively with imported R&D spillovers, whereas domestic rents spillovers seem to play a minor role for productivity growth.     

Do stronger intellectual property rights lead to more R&D-intensive imports?

There is much evidence that intellectual property rights (IPR) protection stimulates trade flows between countries. Yet less is known whether this effect is stronger for technology-intensive products. Using data for 119 countries over the period 1976–2010, this paper shows that the impact of IPR protection on manufacturing imports is significantly stronger for products with greater technology embodiment, as measured by their R&D intensity. An increase in the level of IPR protection leads to 22 per cent faster increase in the value of imports of products at the 90th percentile of R&D intensity than products at the 10th percentile.     

The influence of R&D investment on the use of corporate venture capital: An industry-level analysis

We consider how internal research and development (R&D) influences the use of corporate venture capital (CVC) and how this relationship varies across industries. We find that, in general, R&D investments increase the number of CVC deals in an industry. We also find that R&D investment has a particularly strong influence on the use of CVC in industries that are growing rapidly and changing technologically. Our analysis provides greater clarity on the relationships involving R&D and CVC in the presence of contingencies by integrating insights of absorptive capacity and real options reasoning.     

Regional integration and technology diffusion: The case of Uruguay

We examine the impact of trade-related R&D spillovers from the country's partners in the MERCOSUR as well as from the European Union and NAFTA blocs and the rest of the world on total factor productivity for the Uruguayan case at the industry level, for the period 1988–95. Furthermore, we analyse the impact of domestic R&D in Uruguay. There is an evidence of trade-related technology diffusion from MERCOSUR partners to Uruguay, although domestic R&D has apositive impact on productivity. Thus, policies aimed to promote domestic R&D and decreasing trade barriers could enhance Uruguayan manufacturing productivity.     

Innovation,formal vs. informal R&D,and firm size: Some evidence from Italian manufacturing firms

On the basis of data from two recent surveys on innovation diffusion in Italian manufacturing industry, this paper shows that informal R&D is an important part of the total R&D undertaken by small and medium sized firms. Nevertheless, when an output indicator such as the number and the nature of the innovations introduced by firms of different size is used, it emerges that small firms have introduced mainly incremental rather than major innovations. The paper therefore suggests that systematic R&D undertaken by large firms within structured laboratories is more effective (in terms of product innovations) than occasional R&D carried out by small firms.     

The Impact of Foreign Technology and Embodied R&D on Productivity in Internationally Oriented and High-Technology Industries in Egypt, 2006–2009

This paper investigates the domestic productivity and spillover effects of foreign technology and embodied R&D on Egyptian manufacturing industries, 2006 to 2009. It also analyses the heterogeneous sectoral effects of technology transfer by focusing specifically on the productivity effects on highly internationalized and technology-intensive industries. These are expected to have greater absorptive capacity with respect to foreign technology and therefore larger productivity effects because of their greater exposure to foreign competition and greater technological capacity respectively. This study is the first to analyse the efficiency effects of foreign technology by classifying industries in this manner. It finds that foreign technology and embodied R&D have positive and significant industry-specific effects on domestic productivity and TFP in technology-intensive industries but that these are weaker in internationally oriented industries. The study suggests that only technological-intensive industries in Egypt have sufficient absorptive capacity to assimilate foreign technology effectively. The paper’s findings highlight the key role of foreign technology in domestic productivity growth, subject to the absorptive capacity of the domestic labour force, and the need for improved policies to promote the domestic benefits of technology transfer through the accumulation of local technological competences.