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This study aims to discuss the development of the semiconductor industry in China and analyzes it through current studies about the catch up of latecomers in newly industrialized countries (NICs).

Use the case study approach to explore and discuss the development track of the Chinese semiconductor industry and the catch up experience of Huang Hong NEC in China.

The experience of NICs can explain the catch up of semiconductor latecomers in China. However, the role of government has changed along with the whole development of the China semiconductor industry; external pressure may influence the pace of development and the span of control of the China Government for future catch ups.

The study focuses on one single case, which may not reflect the individual differences appeared in different firms in China.

This study contributes to our knowledge about the catch up of latecomer firms in an emerging market and verifies classical arguments about the experience of NICs through the experience of China's semiconductor industry.

This paper aims to investigate the pattern of technological capability building in the gas turbine industry as a complex product system (CoPS) in an Iranian gas turbine producer named Oil Turbo Compressor Company (OTC) and to recognize multi-level (firm, industry and national) drivers influencing technological catching up in this company.

This paper used a qualitative approach and case study research strategy. A preliminary theoretical framework is proposed based on research background. Also, the data were collected from various sources, including the interview with 11 experts, studying many documents and participating in some relevant meetings and conventions. To analyze the data, the authors relied on their preliminary theoretical framework and applied the chronological sequence analysis technique.

Our findings show that, first, in contrast with mass-produced industries where capability building pattern often leads to product innovation, technological capabilities in OTC have evolved from assembling to manufacturing, upgrading and finally redesigning of existing models of gas turbines. Second, two firm-level (proper technology acquisition strategies and building organizational and managerial capabilities), two industry-level (networking, integration and collaboration among key actors and existence of local market and demand) and two national-level (government’s policies, supports and initiatives and institutional arrangement and political conditions) drivers have played indispensable roles in facilitating and accelerating technological catching up by OTC.

Inevitably, the current research faces a few limitations. For instance, the difficulty of generalization is considered an inherent problem because it is a case study of only one Iranian latecomer company, as well as only one CoPS industry. Regarding implications, the findings suggest that technological catching up in CoPS industries in developing countries is not a simple and autonomous process and is influenced by multi-level factors, including national-, industry- and firm-level drivers.

In terms of theory, this paper tends to investigate and explain the catching-up process in OTC as an Iranian gas turbine producer by applying a multi-level theoretical framework that consists of firm-, industry- and national-level drivers. In terms of practice, this paper aims at investigating drivers affecting the catching-up process in a CoPS industry in a developing country that was faced with vast international sanctions, while many other studies in this area examined cases from developing countries such as Korea and China that had the opportunity of enjoying international collaborations and overseas knowledge flows.

The purpose of this paper is to examine a development model of the Korean IT industry based on the concept of open and cluster innovation and reveal the synergistic effects between the textile and electronic industries.

The analytical data on the Gumi Cluster are panel data mostly from the 1970s‐2000s. The specific case studies are based on the field research and in‐depth executive interviews for four firms.

Through analysis of the innovation structure of the Gumi Cluster, the paper found that the Korean electronics industry has successfully caught up with first movers like the Japanese and US electronics industries. In this catch‐up process, industrial clusters of the Korean electronic industry took on an open cluster and sought open and cluster innovation through collaborating with foreign firms and the other industries like the textile industry for making a rapid catch‐up.

The contribution of this study is to highlight the essential characteristics of cluster innovation and the practical growth patterns in the context of Korea which has achieved rapid technological catch‐up. Future studies may involve the innovation patterns of other industries.

Prior cluster research does not necessarily integrate the two streams of research: development of national industries; open innovation processes within the clusters. This paper represents a unique approach to integrate two streams through analyzing the electronic industry.

Catch-up is a process during which the countries that are behind the technological borders try to reduce their technological gaps. For a company or country in the catch-up process, a suitable level of technological capabilities and absorption capacity is necessary as a fixed advance requirement. This paper aims to develop a catch-up model of technology.

This study reviewed 90 published articles in the field of business management in Q1 and Q2 journals from the very beginning to the year of 2018 so that a framework can be presented for a catch-up. This framework has been obtained according to the process of grounded theory and by combining the previous studies.

Accordingly, a framework of six categories has been presented including causal factors, main category, background factors, intervening factors, strategies and consequences. Finally, three general approaches including independence, collaboration and cooperation, are introduced and each of these categories has been described in a spectrum of this approach.

This is the first study to conceptualize a catch-up model of technology by grounded theory.

This chapter sheds light on long-term trends in the level and structural dynamics of investments in Russian human capital formation from government, corporations, and households. It contributes to the literature discussing theoretical issues and empirical patterns of modernization, human development, as well as the transition from a centralized to a market economy. The empirical evidence is based on extensive utilization of the dataset introduced in Didenko, Földvári, and Van Leeuwen (2013). Our findings provide support for the view expressed in Gerschenkron (1962) that in late industrializers the government tended to substitute for the lack of capital and infrastructure by direct interventions. At least from the late nineteenth century the central government's and local authorities' budgets played the primary role. However, the role of nongovernment sources increased significantly since the mid-1950s, i.e., after the crucial breakthrough to an industrial society had been made. During the transition to a market economy in the 1990s and 2000s the level of government contributions decreased somewhat in education, and more significantly in research and development, but its share in overall financing expanded. In education corporate funds were largely replaced by those from households. In health care, Russia is characterized by an increasing share of out-of-pocket payments of households and slow development of organized forms of nonstate financing. These trends reinforce obstacles to Russia's future transition, as regards institutional change toward a more significant and sound role of the corporate sector in such branches as R&D, health care, and, to a lesser extent, education.

Considering the dynamic correlation between advances in information and communication technology (ICT) and contemporary politics, this chapter provides an economist insight into the role of ICT in the global economy. It is argued that the analysis of the relationship between ICT and politics would be incomplete if the direct and indirect influence ICT exerts on international economy was not considered. This chapter examines the features of the international trade in ICT seen as a complex reflection of the current stage of liberalization achieved at the forum of the World Trade Organization (WTO) and subsequent spillovers to other domains of economic and political collaboration worldwide. It is argued that ICT and its development not only result in the “shrinking of the distance” in the world economy but also stimulate economic liberalization, further reshuffling production from more- to less-advanced economies and, finally, help to overcome trade imbalances on the global scale. In brief, a case is made that ICT creates the conditions conducive to the enhancement of international political and economic collaboration.

In recent years, the People's Republic of China has made remarkable progress in science and technology. The Chinese industry is competing for leadership in cutting-edge technologies such as 5G, robotics, artificial intelligence, aerospace and green energy. This article aims to analyze: What role do industrial parks, especially Suzhou Industrial Park, play in upgrading technology to encourage independent innovation and economic development? How SIP is related to the Belt and Road Initiative?

This research summarizes China's most important scientific and technological reforms and policies and in particular the Torch Program. In addition, it develops a case study of the Suzhou Industrial Park (SIP) by analyzing documents, bibliography and presenting data. It ends with a case study of the role of SIP in the Belt and Road Initiative analyzing the Great Stone Park in Belarus.

This article highlights that: China's experience clearly shows that the "visible hand" of the State plays a very important role in economic development and technological catch-up. All of them are implemented from a strategy linking the national objectives with the local ones, this is done from a top-down perspective. As an important aspect of economic and social development, China's experience in promoting indigenous innovation in science and technology provides a relevant example for developing countries.

There are few academic literature on Great Stone Industrial Park.

The international cooperation of the SIP with the technology parks throughout the BRI-countries provides relevant information to deepen collaboration in this field and could contribute to closing the technological gap in developing countries.

The role of the SIP in the Belt and Road initiative is an under research topic. There is few bibliography discussing the impacts of the cooperation in science and technology in the framework of the BRI.

Growing competition and globalisation have led to massive changes in the approaches of traditional management systems and techniques. Often this needs a radically different way of organising activities, recruiting and developing people, and measuring performances and results. In this article, the focus is on the specific challenges of organising management development in a situation of turbulence and drastic change. After a short sketch of the historical context, some current trends and challenges are explored; the role of strategic re‐orientations, the emphasis on the individual, the role of competencies and the significance of demographic changes. In order to see how management development is organised in companies that have seen drastic organisational change, we investigated the most recent approaches of management development in two large Belgian companies. In our conclusion, we stress the importance of fine‐tuning the objectives between individual and organisation in a creative and long‐term‐oriented perspective.

Purpose: Manufacturing has always been considered a backbone for economic growth. It has been considered an imperative sector in the growth of an economy. This study aims to trace the long-term relationship between gross domestic product (GDP) and manufacturing sector in the context of Indian economy.

Need for the study: According to research, the significance of the manufacturing sector is waning over time. This chapter studies the long-term relationship between the GDP, an indicator of growth, and the manufacturing sector. Over the last few decades, the contribution of manufacturing has been stagnant in the GDP of India.

Methodology: The decadal growth of various sectors in the GDP of India is studied using time series analysis. This study used the data released by the Ministry of Statistics and Programme Implementation (MOSPI) from 1950–1951 to 2013–2014. The long-term relationship between the sector of manufacturing and the GDP is examined through the augmented Dicky–Fuller (ADF) test and auto-regressive distributed lag (ARDL) models.

Findings: The findings suggest that in the Indian scenario, there is no relationship for an extended period between the GDP and the manufacturing sector, which calls for further policy implications.

Practical implications: India, while having the world’s fastest-growing economy, must continue to take steps to attain high growth rates and long-term sustainability by reducing obstacles to the expansion of the service sector in addition to manufacturing. Manufacturing-led services are to be boosted through policy interventions.

Following the catching‐up hypothesis and using new published provincial data, this paper examines Chinese regional productivity growth by way of catch‐up in the reform period. It provides a general catch‐up measurement and a special assessment for regional development “trickle‐down” effects. Number of measurements include regional productivity averages, indices, growth rates, absolute increments, the coefficients of variation, rank correlation coefficients, and so on. The study indicates that the strength of Chinese catch‐up varied from time to time with weakened potentiality and the regional development spreading effects from coastal area to interior provinces have been limited so far. The review of social capabilities indicates that their different degrees of development acted to limit the strength of technological potentiality in the interior areas, though such changes on their surface did not exhibit the uniformly self‐limiting character for different regions. Furthermore, the pace of realization of the potentiality for catch‐up was affected by a number of factors that govern the diffusion of knowledge, the mobility of resources and the rate of investment.