Upgrading Of Manufacturing Industry Research Articles

Research on the impact of digital economy on my country's manufacturing upgrading

With the profound changes in the global industrial economic situation and the further adjustment of the industrial competition pattern, the stability and security of my country's industrial chain and supply chain are facing major risks. In this context, promoting the digital transformation of the manufacturing industry has become the only way for the transformation and upgrading of the manufacturing industry. This paper first analyzes the mechanism of my country's digital economy driving the upgrading of the manufacturing industry, and examines it from the perspective of the spatial layout of the industrial chain, aiming to enrich the theoretical basis of the digital economy driving the development of the real economy, and provide useful countermeasures for my country's manufacturing industry to achieve upgrading under the drive of the digital economy. It has important theoretical and practical significance. This paper starts with "digital economy drives the spatial layout reconstruction of the manufacturing industry chain" and takes "realizing the upgrading of the manufacturing industry" as the ultimate goal. The reasonable spatial layout of the manufacturing industry chain and the upgrading of the manufacturing industry are two important aspects of the high-quality development of my country's manufacturing industry. The reasonable spatial layout of the manufacturing industry chain can promote the rational allocation of factor resources, narrow the regional gap, and realize the upgrading of my country's manufacturing industry more efficiently and comprehensively. Therefore, this paper studies the reconstruction of the spatial layout of the manufacturing industry chain driven by the digital economy, which can not only enhance the resilience of my country's manufacturing industry chain and supply chain, but also provide a path for the upgrading of the manufacturing industry. The two complement each other. Through systematic analysis and verification, this study reveals the role of the digital economy in promoting the reconstruction of the spatial layout of the manufacturing industry chain, and thus provides theoretical support and policy recommendations for achieving high-quality development of the manufacturing industry.

Financial Sector Liberalisation and the Climbing of Manufacturing GVCs

The National 14th Five-Year Plan and 2035 Vision Outline emphasise the need to promote the integration of China's manufacturing industry and service industry, so as to achieve the upgrading of China's manufacturing industry to the high end of the global value chain. Based on the OCED input-output data and the World Bank STRD data, the study empirically explores the impact of financial sector openness on the upgrading of the manufacturing industry's global value chain by using the global multiregional input-output model and the panel model. The study finds that both the quantity and quality of financial sector openness have a significant effect on the upgrading of manufacturing GVCs, with the quality of financial sector openness having a more pronounced effect, and this conclusion still holds after considering robustness; accordingly, it puts forward policy recommendations for financial sector openness to promote the upgrading of manufacturing GVCs.

Research on the Brand Mechanism of the Chinese Manufacturing Industry Upgrading Under the Constraints of Energy and Environment

Research on the Brand Mechanism of the Chinese Manufacturing Industry Upgrading Under the Constraints of Energy and Environment

Research on Digital Economy Driving High Quality Development of China's Manufacturing Industry

With the profound changes in the global industrial economic situation, the industrial competition pattern is further adjusted, China's original reliance on the "demographic dividend" effect of the manufacturing industry expansion path is facing the challenge of low-end locking and marginalization, the urgent need to cultivate new kinetic energy. Get rid of the inherent low-cost competition and scale expansion mode, promote the digital transformation of the manufacturing industry, are the road to high-quality development of the manufacturing industry under the new development pattern. On the one hand, the digital economy has reconstructed the layout of the manufacturing industry chain in digital space and physical space, effectively unimpeded the domestic macrocycle; on the other hand, the digital economy can promote China's manufacturing industry to the high-end of the value chain, and win a larger profit space and the right to speak for the manufacturing industry to integrate into the international cycle. Therefore, under the new development pattern of internal and external double cycle, digital economy has become the new kinetic energy for the upgrading of China's manufacturing industry. This project combs through the domestic digital economy to drive the high-quality development of the manufacturing industry related literature, summarizes the economy to drive the high-quality development of the manufacturing industry measurement method, organizes the recent years of China's manufacturing industry development related research, consolidates the research foundation and expands the research perspective, constructs the "scale - structure", We construct a four-dimensional analytical framework of "scale-structure" and "circulation-external circulation" for the high-quality development of manufacturing industry, and explore the theoretical mechanism of digitalization-driven high-quality development of manufacturing industry. Through the use of econometric modeling methods to carry out empirical analysis of the digital economy driven manufacturing high quality, according to the empirical results, more scientific formulation of the digital economy driven China's manufacturing industry upgrading countermeasures recommendations.

Research on the Transformation and Upgrading of Manufacturing Industry Driven by new Infrastructure in China

Manufacturing industry plays an important role in driving economic development and participating in international competition. Under the background of the layout of new infrastructure in China, it is urgent to drive the transformation and upgrading of manufacturing industry with the help of new infrastructure. This paper analyzes the difficulties in the transformation and upgrading of China's manufacturing industry, and then explores the main driving force of new infrastructure to promote the transformation and upgrading of manufacturing industry. This paper found that communication network infrastructure, new technology infrastructure and cloud computing infrastructure can improve the efficiency of manufacturing industry, and converged infrastructure can enable the transformation and upgrading of manufacturing industry. This paper is of great significance for solving the difficulties and shortcomings in the transformation and development of manufacturing industry and achieving high-quality economic development. It also provides a reference for further optimizing the investment direction of new infrastructure construction.

The Impact of Green Finance on Upgrading the Manufacturing Industry of the Yangtze River Economic Belt Based on the Spatial Econometric Model

China’s economic development has made world-renowned achievements which have subsequently brought serious environmental pollution problems. As a large manufacturing country, the industrial value added in China accounts for nearly 30% of the global share. However, the manufacturing industry lacks competence. Therefore, considering environmental protection issues while promoting manufacturing industry upgrading (MIU) is a critical goal for China at present. By applying panel data from China’s Yangtze River Economic Belt (YREB) from 2010 to 2019, this paper uses a spatial econometric model to study the effect of green finance (GF) on upgrading (hereafter, upgrading refers to the improvement of the manufacturing structure and the transition toward green manufacturing) the manufacturing industry. This study found that the impact of GF on MIU in the YREB is significantly positive. GF has a good positive spatial spillover effect. Moreover, the high level of urbanization and high freight volume have positive impacts, the impacts of foreign investment and government fiscal expenditure are significantly negative, and the effect of the level of human capital on upgrading is not obvious. Therefore, vigorously developing green finance, optimizing the environment for manufacturing upgrades, and cultivating green and high-quality talents should be the future direction of government policy formulation.

How does digital technology affect manufacturing upgrading? Theory and evidence from China

Digital technology becomes the new engine of manufacturing upgrading. The article brings digital technology and manufacturing in global value chain into the same analytical framework, measures development level of digital technology by using World Input-Output Database data, Theoretical analysis shows that impact of digital technology on manufacturing upgrading has innovation effect, resource allocation effect and penetration effect. Empirical test results show that (1) Digital technology level index of China's manufacturing industry increased from 0.286 in 2001 to 0.359 in 2014, The effect of digital technology on upgrading of Chinese manufacturing industry is significant positive at 5% level with influence coefficient of 0.129; Distinguish digital technology sources found that domestic digital technology is used in a large proportion, foreign digital technology is more efficient, the influence coefficients are 0.124 and 0.703 respectively, and both promote upgrading of manufacturing industry; (2) The role of digital technology varies among industries. The promotion effect on capital intensive industries and technology intensive industries is positive at 5% level, and influence coefficients are 0.124 and 0.108 respectively. It has significant positive impact on low-to-medium and medium-to-high technology manufacturing at 1% level with influence coefficients of 0.177 and 0.138 respectively. Therefore, China needs to accelerate deep integration of digital technology and manufacturing industry, and climb to the middle and high end of global value chain.

How does digital technology affect manufacturing upgrading? Theory and evidence from China

Digital technology becomes the new engine of manufacturing upgrading. The article brings digital technology and manufacturing in global value chain into the same analytical framework, measures development level of digital technology by using World Input-Output Database data, Theoretical analysis shows that impact of digital technology on manufacturing upgrading has innovation effect, resource allocation effect and penetration effect. Empirical test results show that (1) Digital technology level index of China’s manufacturing industry increased from 0.286 in 2001 to 0.359 in 2014, The effect of digital technology on upgrading of Chinese manufacturing industry is significant positive at 5% level with influence coefficient of 0.129; Distinguish digital technology sources found that domestic digital technology is used in a large proportion, foreign digital technology is more efficient, the influence coefficients are 0.124 and 0.703 respectively, and both promote upgrading of manufacturing industry; (2) The role of digital technology varies among industries. The promotion effect on capital intensive industries and technology intensive industries is positive at 5% level, and influence coefficients are 0.124 and 0.108 respectively. It has significant positive impact on low-to-medium and medium-to-high technology manufacturing at 1% level with influence coefficients of 0.177 and 0.138 respectively. Therefore, China needs to accelerate deep integration of digital technology and manufacturing industry, and climb to the middle and high end of global value chain.

Innovation network characteristics and equipment manufacturing industry upgrading: based on the mediating effect of innovation ability

In order to strengthen the guiding and supporting role of the innovation-driven development strategy, and to promote the structural optimization and efficiency improvement of the equipment manufacturing industry, this paper analyzes the structure, function and characteristics of the regional equipment manufacturing industry innovation network, and proposes a conceptual model and theoretical hypothesis that the innovation network based on the mediating effect of innovation capability affects the upgrade effect of the regional equipment manufacturing industry. Through a questionnaire survey of 219 enterprises in my country’s equipment manufacturing industry and structural equation model verification, it measures the action path and industrial upgrading law of innovation network influencing regional equipment manufacturing industry upgrading.

Effects of environmental regulation on the upgrading of Chinese manufacturing industry.

In recent years, China has constantly strengthened environmental regulation (ER) to force the manufacturing industry to upgrade. This study theoretically analyzes interaction mechanism of ER on the upgrading of manufacturing industry through foreign direct investment (FDI) and technological innovation (TI) and carries out empirical verification by using provincial panel data from 2000 to 2016 in China. The results demonstrate that the current ER intensity in China is unable to directly promote the upgrading of manufacturing industry, while through the interaction effects of FDI and TI do boost the upgrading of the industry. The above mechanisms are also robust even if we take the regional heterogeneity into consideration. Basic education and urbanization are favorable for the upgrading of the manufacturing industry. However, the increase in dependence on foreign trade is not conducive to upgrading manufacturing industry. Chinese government should further strengthen ER and give full play of the interaction mechanism of ER to guide the flow of foreign investment and force enterprises to carry out TI. In the meanwhile, Chinese government also needs to ensure balanced regional development, thus better promoting the upgrading of manufacturing industry.

Research on China’s Manufacturing Industry Upgrading from the Global Perspective

The global industrial competition is undergoing major readjustment. Accompanied by the re-industrialization strategy of the developed countries, as well as the integration of the new generation information technology and the advanced manufacturing technology, China’s manufacturing industry is facing opportunities and challenges at the same time. This paper analyzed the global manufacturing industry development trend and pointed out China’s manufacturing industry existing problems. In the end, this paper put forward relevant suggestion to promote the transformation and upgrading of China’s manufacturing industry.

Design of laboratories for teaching mechatronics/electrical engineering in the context of manufacturing upgrades

In the context of upgrading of the worldwide manufacturing industry, advanced automatic production systems are adopted in manufacturing enterprises moving towards intelligent manufacturing, which requires comprehensive technical abilities for mechatronic/electrical engineering professionals. This paper presents the laboratories designed for teaching mechatronics/electrical engineering in vocational engineering education, where students can develop industry-relevant skills, which adapt to the requirements of manufacturing industry upgrading. Following the analysis of the professional competence, the practical modules of the syllabus are outlined, and the corresponding labs are designed and implemented. Evaluation results indicate that the practice in the labs is helpful in improving the required technical abilities for the students.

Intelligent Manufacturing: a Way to Upgrade Manufacturing Industry

From manufacturing industry to intelligent manufacturing industry, China’s manufacturing industry is entering a new intelligent production mode on a large scale. With the implementation of 4.0 policies in China’s industry, it has further stimulated the endogenous power of the development of intelligent manufacturing in Chinese enterprises, and accelerated the development of intelligent factories and digital production workshops. The new production system of intelligent manufacturing emerges as the times require. In intelligent manufacturing, manufacturing enterprises implement individualized flexible production and control production cost according to market demand. This undoubtedly puts forward many new requirements for its production mode. 2018 can be said to be the key year to promote the development of intelligent manufacturing in China. In this trend, the traditional manufacturing industry upgrading is particularly important and has attracted much attention.

The Equipment Manufacturing Industry Supply Side Reform and Innovation with E-Commerce Platform

E-commerce has become the emerging business model, has been widely accepted by the particularity of the manufacturing e-commerce still need to study. E-commerce innovation brings new opportunity to the development of manufacturing industry, to promote the traditional manufacturing industry upgrading and adjust the structure of manufacturing industry. Facing the rapid manufacturing industry transformation, fast development of electronic commerce, electronic commerce development policy to encourage such as background, manufacturing e-commerce development innovation is on the rise, electricity to the manufacturing enterprise organization flattening structure, digital design and production, enterprise competition mode, enterprise risk control have great influence and role. The results show that the electronic commerce enterprise product innovation affects the business performance; Market information to promote the electronic commerce enterprise product innovation, as a result of manufacturing electrical business development in China is facing the manufacturing quality problems, distribution channel conflict, lack of the inter-disciplinary talent, in this paper, speed up the development of manufacturing electric company, to promote research and development innovation, the implementation of flexible production, build brand advantage. Through theoretical analysis and empirical research, it is that a good way to promote the development of manufacturing.

Upgrading of China's Manufacturing Industry: Two-sector Analysis Based on the Facilitation of Producer Services

In this paper, the related researches on the relationship between producer services and manufacturing industry were reviewed, and two-sector model of producer service sector and manufacturing industry sector was built with producer service serving as the endogenous variable of sustainable growth of the growth rate of manufacturing industry based on endogenous growth theory and Feder's two-sector model, in order to analyze the influence of producer service on the upgrading of manufacturing industry. It is also suggested that it is necessary for China to use producer service to enhance competitiveness of manufacturing industry in light of the causes of the low level of China's manufacturing industry.