The Emerging High Tech Competitors from Asia, Contrasts between the national systems of innovation and its performance of China and India Professor Sunil.

Slides:



Advertisements
Similar presentations
Copyright © 2008 Pearson Addison-Wesley. All rights reserved. Chapter 17 China and India in the World Economy.
Advertisements

China: stylized facts PRESENTATION By Richard Herd Head Asian non-members Unit OECD Economics Department March 2006 OECD Development Centre Conference.
Trade patterns and global value chains in East Asia :
Human Resource in Science and Engineering The Indian Case Professor Sunil Mani Centre for Development Studies Trivandrum Kerala, India February.
The Dragon vs. the Elephant Comparative analysis of innovation capability in the telecommunications equipment industry in China and India Professor Sunil.
High-Level Seminar on E- Communications The development of the ICT sector during the crisis: International comparisons Information Technology Outlook Graham.
INNOVATION AND PSD ISSUES IN THE EUROPE AND CENTRAL ASIA REGION Alfred Watkins (37277) Lead PSD Specialist ECSPF.
Instituto de Economia IE Manufacturing Development in Brazil: recent trends and challenges for the industrial policy Célio Hiratuka IE-UNICAMP
Financial situation in Croatia Ivan Dolini ć (Jackson) Student ID: MA2N
1 “European R&D Benchmarking (2002) “European R&D Benchmarking (2002)” Science, Technology and Innovation Policy Student Presentations Students: Miguel.
Private Agricultural R&D in Pakistan: Preliminary Findings Anwar naseem.
2 nd NATIONAL EXPORT FORUM 2008 Steven C.M. Wong* Institute of Strategic and International Studies (ISIS) Malaysia * The opinions expressed are solely.
Both Countries Grew Strongly over the Decade Australia stronger, but not by much GDP growth.
Mauricio Mesquita Moreira Principal Economist Integration and Trade Sector Commodity prices: cycle, super-cycle or trend? Implications for Latin America.
Globalisation Effects on Singapore’s Trade
Pharmaceuticals before and after TRIPS Sudip Chaudhuri Professor of Economics Indian Institute of Management Calcutta BRICS Workshop, Aalborg February,
Intangible Investment and Economic Growth in Japan Kyoji FUKAO (Hitotsubashi University, RIETI, NISTEP) Tsutomu MIYAGAWA (Gakushuin University, RIETI)
Professor Song CHEN, Ph.D. Deputy Dean, School of Economics & Management Tongji University Oct. 7, 2013 The Changing National.
India’s Innovation System Sunil Mani and Parveen Arora.
Digital Dialogue: New Hampshire High Technology Industry August 27, 2002 Ross Gittell, James R. Carter Professor Whittemore School of Business & Economics,
Take a look at : Thailand’s position in S&T competitiveness. Praditta Siripan Technical Information Access Center, National Science and Technology Development.
DIGEST OF KEY SCIENCE AND ENGINEERING INDICATORS 2008 Presentation Slides National Science Board.
Overview  Overview of Irish Economy  Key Business Sectors  Skills requirements.
Trends of Science & Techn ology Potential and R esource in Japan Yuko NAGANO National Institute of Science and Technology Policy JAPAN Feb. 21 th 2010.
Globalization, Knowledge and Regions Philip McCann University of Waikato NZ and University of Reading UK.
Financing of Innovation in India Professor Sunil Mani Centre for Development Studies Prasantha Nagar Road Ulloor, Trivandrum Kerala, India April.
Prof. Dr. Hesham ElDeeb. ICT Sector Strategic Goals Become One of Egypt’s Major Pillars of GDP Growth Deploy a Modern Communications Infrastructure Foster.
Energy Industry Analysis 2009 November 2010 The purpose of this analysis is to document the significance of Danish energy industries for the economy and.
Competitiveness of the European-based Pharmaceutical Industry Prospective of a New Member State Imre Hollo Deputy Secretary of State, MOH Hungary.
Innovation and Competence Building systems in Russia Brics-workshop, Aalborg, February 12–15, 2006.
China’s Economy: Recent Growth and Historical Legacies Thomas G. Rawski University of Pittsburgh March 2011.
Identification of national S&T priority areas with respect to the promotion of innovation and economic growth: the case of Russia Alexander Sokolov State.
MAKING EXPORTS A CATALYST FOR ECONOMIC GROWTH Macedonia Competitiveness Assessment Policy Note 1.
Social Economy Development China’s Foreign Trade —— Structure, issues and Future.
Globelics Academy 2008 Franco Malerba CESPRI Bocconi University Sectoral systems of innovation and economic development.
ICT AND NEW DEVELOPMENT PARADIGMS IN S.E.ASIA A BRIEF REVIEW OF THE ICT INDUSTRY DEVELOPMENT AND DIFFUSION IN S.E. ASIA HIGHLIGHTING SOME EMERGING ISSUES.
What’s new in the new Industrial Policy in Latin America
Measuring Innovation Professor Sunil Mani Centre for Development Studies Trivandrum Kerala, India.
Indian Innovation Capabilities in the Context of 'Make in India': A Global comparative scenario Workshop on “STI for ‘Make in India” at India International.
HIGHER EDUCATION AND ECONOMIC DEVELOPMENT INDIA, CHINA, AND THE 21 ST CENTURY Martin Carnoy, Stanford University INDIA, CHINA, AND THE 21 ST CENTURY Martin.
UK INNOVATION SURVEY 2005 CIS4 – Introduction and Guide A brief introduction to the survey Some description of the data and analytical results, special.
1 Key Figures 2007 on Science Technology and Innovation From the pre-publication of DG RTD Key Figures 2007 Andrea Tilche Ad Hoc Group on Innovation in.
HUMAN CAPITAL AND SCALE ECONOMIES AS DRIVERS OF EMPLOYMENT AND EXPORTS IN IRAN Hamid R. Ashrafzadeh Associate Professor, Institute for Trade Studies and.
Investment Analysis Lecture 7 Industry Analysis.
India: Gains & Growth Pains What Experts from India have to say.
1 Trends in Science, Technology and Industry: An OECD Perspective Jerry Sheehan OECD Science & Technology Policy Division Knowledge Economy Forum III Budapest,
Markets, regulation and bridging the digital divide: The Indian experience in increasing the access to telecommunications services Professor Sunil Mani.
Vicky Pryce Chief Economic Adviser and DG, Economics DTI Economics Teachers’ National Conference An Ever Changing Business World: Globalisation & the.
Economics in Asia. All Economic Systems seek to answer the three basic economic questions 1) What to produce? 2)How to produce? 3) For whom to produce?
Understanding China’s Growth: Past, Present and Future Xiaodong Zhu Department of Economics East Asia Seminar at Asian Institute, University of Toronto.
Growth in East Asia: Innovative Firms in Dynamic Cities Shahid Yusuf World Bank DECRG February 18, 2004.
MGT601 SME MANAGEMENT. Lesson 05 Small Entrepreneurs in Pakistan and Role of SME in Global and Regional Level.
1 © 2006 Nokia Innovation and Competitiveness ICT Industry Perspective Lauri Kivinen Vice President, Head of Nokia EU Representative Office, Brussels Budapest,
SS7E8c: Compare and contrast the economic systems in China, India, Japan, and North Korea.
Riccardo Gallo - Ipi (Italy)1 Korea – Italy Business Forum Seoul Apr 18, 2007 Investment Opportunities emerging from the Korea – Italy Industry Workshop.
The Biopharmaceutical Industry – Protecting Investment through Sustainable policy Barry O’Leary February 23 rd 2012.
Korean Economy Korea Economic Research Institute Korea Economic Research Institute.
LOCAL MANUFACTURING : CHALLENGES & OPPORTUNITIES
Transforming Kenyan Industry Some Issues
Korea – Italy Business Forum Seoul Apr 18, 2007
Malaysia - Trading for the Future
Impact of Globalization in India
Walled In: China’s Great Dilemma
Is this the Asian Century?
NS3040 Fall Term 2018 Economic Geography
Walled In: China’s Great Dilemma
Thailand’s Investment Climate: Looking Forward
Global Development Conference on STI for Development March 2018
Does Innovation and Technology Policy Pay-off? Evidence from Turkey
Global economic growth
Presentation transcript:

The Emerging High Tech Competitors from Asia, Contrasts between the national systems of innovation and its performance of China and India Professor Sunil Mani Centre for Development Studies Trivandrum , Kerala, India

Sunil Mani,BRICS Conference, Rio de Janeiro, April Outline  China and India in the world economy  Exports from China and India  Contribution of technology to economic growth in China and India  Transformation of the Chinese and Indian innovation systems  Innovative performance of China and India  Human resources devoted to S&T  Two success stories from manufacturing  China: Telecom Equipments  India: Software and Pharmaceuticals  Summing up

Sunil Mani,BRICS Conference, Rio de Janeiro, April Contribution of China and India to Word GDP

Sunil Mani,BRICS Conference, Rio de Janeiro, April Technological competitiveness of China and India are increasing, but China is catching up with the other leading countries quite rapidly

Sunil Mani,BRICS Conference, Rio de Janeiro, April Both China and India have increased their share in the world exports of merchandise

Sunil Mani,BRICS Conference, Rio de Janeiro, April Share of China and India in World Exports

Sunil Mani,BRICS Conference, Rio de Janeiro, April Exports of high technology manufactured products from China and India,

Sunil Mani,BRICS Conference, Rio de Janeiro, April China has emerged as one of the leading exporters of telecom equipments in the world (Value in millions of US $)

Sunil Mani,BRICS Conference, Rio de Janeiro, April India on the contrary is focusing more on exports of knowledge services especially in pharmaceuticals Currently (2006), India is ranked number one in contract research in pharma industry. As per Chemical Pharmaceutical Generic Association’s recent report, contract research in the country was valued between US$100 Million and US$120 Million in the year 2005, representing a growth rate of about 25% year on year. Italy follows next at about US$60 Million-US$70 Million. The third competitor in Asia is China, which accounts for nearly US$23 Million-US$28 Million in this business

Sunil Mani,BRICS Conference, Rio de Janeiro, April Exports: India is increasingly an exporter of services

Sunil Mani,BRICS Conference, Rio de Janeiro, April Exports India: IT exports is increasing very rapidly and its share in the county’s exports is increasing too.

Sunil Mani,BRICS Conference, Rio de Janeiro, April India is the second largest IT exporter in the world, 2004

Sunil Mani,BRICS Conference, Rio de Janeiro, April In India Knowledge Process Outsourcing (KPO) is fast catching up with Business Process Outsourcing (BPO) (US $ Millions)

Sunil Mani,BRICS Conference, Rio de Janeiro, April India: R&D outsourcing is increasing rapidly

Sunil Mani,BRICS Conference, Rio de Janeiro, April Contribution of technology to economic growth in China and India (Eestimates of TFP growth rates for India and China )

Sunil Mani,BRICS Conference, Rio de Janeiro, April Contribution of technology to economic growth in China and India (based on TFP growth estimates) The Table suggests that while India experienced an increase in TFP growth from 2.06% to 2.49% per year between the two periods, China’s TFP growth declined from an astonishing 6.33% per year to a reasonable 2.49% between the same two periods. The contribution of TFP growth to GDP growth remained virtually unchanged at 41.0% and 40.0% in the two periods in India, while it declined from 64.3% to 34.9% between the two periods in China. It is probable that the decline in GDP growth in China in the second period was in part the impact of the East Asian financial crisis of 1997.

Sunil Mani,BRICS Conference, Rio de Janeiro, April Transformation of the Chinese Innovation System (share of total R&D in per cent)

Sunil Mani,BRICS Conference, Rio de Janeiro, April Transformation of the Chinese and Indian Innovation Systems The Chinese Case China is in the process of converting its innovation system into a more market and production oriented one. During the period up to 1979 and even up to the early 1990s, the innovation system was dominated to a large extent by a large number of government research institutes distanced from the production system. The production system itself was dominated by state-owned enterprises. Currently much of the innovation is undertaken by business enterprises A similar picture is seen in India as well with private sector enterprises accounting for about 2/3rds of the total R&D investments in the industrial sector

Sunil Mani,BRICS Conference, Rio de Janeiro, April Transformation of the Indian Case (R&D expenditure is in millions of Indian Rupees at current prices; Share is in per cent)

Sunil Mani,BRICS Conference, Rio de Janeiro, April GERD to GDP ratio, China and India,

Sunil Mani,BRICS Conference, Rio de Janeiro, April GERD to GDP Ratio: China and India compared to OECD and other emerging economies, 2004

Sunil Mani,BRICS Conference, Rio de Janeiro, April Industrial R&D in India, (Value in Rs Millions)

Sunil Mani,BRICS Conference, Rio de Janeiro, April India: Industrial R&D is increasingly dominated by those by the pharmaceutical sector

Sunil Mani,BRICS Conference, Rio de Janeiro, April Patents granted to inventors from China and India in the US,

Sunil Mani,BRICS Conference, Rio de Janeiro, April Share of Domestic Inventors in Chinese and Indian patents in the US

Sunil Mani,BRICS Conference, Rio de Janeiro, April Share of Individually Owned Patents in Total US Patents Granted to Chinese and Indian inventors

Sunil Mani,BRICS Conference, Rio de Janeiro, April The top 15 emphasized patents by Chinese inventors in the US

Sunil Mani,BRICS Conference, Rio de Janeiro, April The top 15 emphasized patents by Indian Inventors

Sunil Mani,BRICS Conference, Rio de Janeiro, April Human resources devoted to innovation Although both China and India have a large pool of technically trained personnel, the actual number of scientists and engineers engaged in R&D, measured in terms of the density of scientists and engineers, is very low in both the countries. The demand for R&D as a career appears to be low in both the countries. This may in turn due to the relatively low incentives that are available for R&D scientists; In addition there appears to be a problem with supply as well. Quality of available human resource is sometimes below what is required; Fortunately both the countries appear to be aware of the problem and have responded to it in various ways.

Sunil Mani,BRICS Conference, Rio de Janeiro, April China: Total R&D personnel and its density,

Sunil Mani,BRICS Conference, Rio de Janeiro, April India: Scientists and Engineers engaged in R&D (number on an FTE basis)

Sunil Mani,BRICS Conference, Rio de Janeiro, April Two successful cases from China and India As was argued above, the Chinese have done exceedingly well in manufacturing and within it specially in the area of telecommunications equipments. Currently China accounts for 20 per cent of the world market in this particular product The Chinese success in this area can be traced to the constitution of its sectoral system of innovation (SSI); The SSI for telecom equipments have at its center, domestic manufacturers who are highly research intensive. These local manufacturers be befitted from positive spillovers that the Chinese state was able to engineer from affiliates of MNCs operating in the country. India on the contrary has done exceedingly well in IT software industry, although most of the innovations (in the traditional sense) have emanated not from local firms, but from affiliates of MNCs. Some of the local firms have very strong research capabilities. Here again the SSI has business enterprises as its center stage In addition, India has done very well in the manufacture and exports of pharmaceuticals. Here too the SSI is dominate by business enterprises and these were supported stronly by pro active government policies.

Sunil Mani,BRICS Conference, Rio de Janeiro, April Summing up The Chinese and Indian economies are getting increasingly integrated with the rest of the world although Chinese economy is much more integrated than India’s ; Both the economies are going up the technology ladder in terms of exports; Although Indian performance appears to be behind that of China on a number of parameters, there is some preliminary data to believe that India’s productivity in research is better than that of China; Both the countries have similar problems in maintaining their improved performance wrt innovations- the density of R&D personnel is low and questions have been raised about its quality as well. An examination of the two cases where both countries have succeeded shows that the success could be attributed to the constitution of their respective SSI and the presence of pro active innovation support policies.