Based on recent statistical data, this paper presents an empirical analysis on the current status and evolution of international competitiveness of Chinese industries after China＇s accession a decade ago into the Wor...Based on recent statistical data, this paper presents an empirical analysis on the current status and evolution of international competitiveness of Chinese industries after China＇s accession a decade ago into the World Trade Organization （WTO）. Our findings conclude that international competiveness of Chinese industries has increased during the decade. Although comparative advantage of traditional labor-intensive industries is on the decline and that of technology- and capital-intensive industries is on the rise, labor-intensive industries remain the most advantageous. Competitive advantages of labor-, technology- and capital-intensive industries have all improved. Growing competitive advantage of Chinese manufacturing is a major force behind the international competiveness of Chinese industries, and traditional labor-intensive industries maintain strong international eompetiveness. Meanwhile, rapid developments of some technology- and capital-intensive industries have strengthened the international eompetiveness of Chinese industries. China is now on the eve of a second round of rapid improvement in its industrial international competitiveness. In the short- and medium-term, acquiring ＂market economy status＂ in 2016 will further release advantages of Chinese industries. Further over the next two decades, China will usher in a new era of strategic opportunities which will serve as an additional source of sustainable improvement in its industrial international competiveness.展开更多
Based on statistical data of the regional industry and the level of intellectual property right （IPR） development, this paper adopts the ways such as regression analysis and description statistics, trying to analyze...Based on statistical data of the regional industry and the level of intellectual property right （IPR） development, this paper adopts the ways such as regression analysis and description statistics, trying to analyze the intrinsic linkage among the regional industry innovation, regional competence and IPR competence. A conclusion was drawn that IPR competence can assuredly upgrade the industrial competence and regional competence, but the supporting from perfect institutional environment and service system of intellectual property rights （IPR） is yet needed. According to the analysis, this paper gives some suggestions on how to improve the IPR competence of Shenzhen,展开更多
Based on statistics, this paper reviews China＇s economic growth and industrial upgrade since the reform and opening up in 1978 and estimates the contribution of industrial restructuring to economic growth. With the y...Based on statistics, this paper reviews China＇s economic growth and industrial upgrade since the reform and opening up in 1978 and estimates the contribution of industrial restructuring to economic growth. With the years of schooling as the proxy variable of human capital, this paper describes changes in China＇s labor competence during the industrial restructuring process. Then, this paper estimates China＇s future human capital demand and shortage based on economic and demographic forecast. Lastly, this paper proposes recommendations for improving human capital in China with skills development and education.展开更多
This study aims to improve the competence of students of the Department of Industrial Engineering in Indonesia in the subject of Chemical Industry, in particular through the model-based teaching materials CAI (Compute...This study aims to improve the competence of students of the Department of Industrial Engineering in Indonesia in the subject of Chemical Industry, in particular through the model-based teaching materials CAI (Computer Assisted Instruction) in the form of an interactive CD. In particular, the study was carried out for the purposes of: 1) designing and developing models of devices based learning CAI (Computer Assisted Instruction) systematically in prototype form, 2) producing an interactive CD as a model learning devices Chemical Industry based CAI (Computer Assisted Instruction) to improve the competence of students of the Department of Industrial Engineering in Industrial chemistry courses. The benefits of this research are: 1) for the government, the results of this study can be used as a reference in implementing educational policies, especially to enhance the nation’s competitiveness in the era of informatics;and 2) for the Department of Industrial Engineering in Indonesia, the results of this research can be used to enhance learning that can improve the competence of students in the subject of Chemical Industry, which in turn can be passed with high achievement. Products produced in the first year are a design-based teaching materials CAI (Computer Assisted Instruction) in prototype form, with the following steps: 1) pre- production which includes needs analysis, identifying and analyzing the needs based on the content of curriculum and learning model based CAI (Computer Assisted Instruction), the development of a concept related to Chemical Industry, the development of multimedia content that includes developing materials, animation, and evaluation related to industrial chemicals, gathering material to make the recording sound, shooting, and editing with regard to the development of teaching materials chemical Industry based CAI (Computer Assisted Instruction), as well as developing the storyboard as the layout of the multimedia contents by involving experts multimedia;2) production process that includes design/design and conduct of programming a prototype which means at this stage of the design and development of teaching materials based CAI (Computer Assisted Instruction);and 3) post-production which includes the evaluation justification experts, conducted trials on stakeholders, being revised based on input from experts, and doing packing and labeling.展开更多
文摘Based on recent statistical data, this paper presents an empirical analysis on the current status and evolution of international competitiveness of Chinese industries after China＇s accession a decade ago into the World Trade Organization （WTO）. Our findings conclude that international competiveness of Chinese industries has increased during the decade. Although comparative advantage of traditional labor-intensive industries is on the decline and that of technology- and capital-intensive industries is on the rise, labor-intensive industries remain the most advantageous. Competitive advantages of labor-, technology- and capital-intensive industries have all improved. Growing competitive advantage of Chinese manufacturing is a major force behind the international competiveness of Chinese industries, and traditional labor-intensive industries maintain strong international eompetiveness. Meanwhile, rapid developments of some technology- and capital-intensive industries have strengthened the international eompetiveness of Chinese industries. China is now on the eve of a second round of rapid improvement in its industrial international competitiveness. In the short- and medium-term, acquiring ＂market economy status＂ in 2016 will further release advantages of Chinese industries. Further over the next two decades, China will usher in a new era of strategic opportunities which will serve as an additional source of sustainable improvement in its industrial international competiveness.
文摘Based on statistical data of the regional industry and the level of intellectual property right （IPR） development, this paper adopts the ways such as regression analysis and description statistics, trying to analyze the intrinsic linkage among the regional industry innovation, regional competence and IPR competence. A conclusion was drawn that IPR competence can assuredly upgrade the industrial competence and regional competence, but the supporting from perfect institutional environment and service system of intellectual property rights （IPR） is yet needed. According to the analysis, this paper gives some suggestions on how to improve the IPR competence of Shenzhen,
文摘Based on statistics, this paper reviews China＇s economic growth and industrial upgrade since the reform and opening up in 1978 and estimates the contribution of industrial restructuring to economic growth. With the years of schooling as the proxy variable of human capital, this paper describes changes in China＇s labor competence during the industrial restructuring process. Then, this paper estimates China＇s future human capital demand and shortage based on economic and demographic forecast. Lastly, this paper proposes recommendations for improving human capital in China with skills development and education.
文摘This study aims to improve the competence of students of the Department of Industrial Engineering in Indonesia in the subject of Chemical Industry, in particular through the model-based teaching materials CAI (Computer Assisted Instruction) in the form of an interactive CD. In particular, the study was carried out for the purposes of: 1) designing and developing models of devices based learning CAI (Computer Assisted Instruction) systematically in prototype form, 2) producing an interactive CD as a model learning devices Chemical Industry based CAI (Computer Assisted Instruction) to improve the competence of students of the Department of Industrial Engineering in Industrial chemistry courses. The benefits of this research are: 1) for the government, the results of this study can be used as a reference in implementing educational policies, especially to enhance the nation’s competitiveness in the era of informatics;and 2) for the Department of Industrial Engineering in Indonesia, the results of this research can be used to enhance learning that can improve the competence of students in the subject of Chemical Industry, which in turn can be passed with high achievement. Products produced in the first year are a design-based teaching materials CAI (Computer Assisted Instruction) in prototype form, with the following steps: 1) pre- production which includes needs analysis, identifying and analyzing the needs based on the content of curriculum and learning model based CAI (Computer Assisted Instruction), the development of a concept related to Chemical Industry, the development of multimedia content that includes developing materials, animation, and evaluation related to industrial chemicals, gathering material to make the recording sound, shooting, and editing with regard to the development of teaching materials chemical Industry based CAI (Computer Assisted Instruction), as well as developing the storyboard as the layout of the multimedia contents by involving experts multimedia;2) production process that includes design/design and conduct of programming a prototype which means at this stage of the design and development of teaching materials based CAI (Computer Assisted Instruction);and 3) post-production which includes the evaluation justification experts, conducted trials on stakeholders, being revised based on input from experts, and doing packing and labeling.
