paper 1: changing policy for innovation capacity-building (mu)
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2010-7-1 1
Changing Policies for Innovation Capacity-building in China
Director-general, Prof. Dr. Mu RongpingInstitute of Policy and Management (IPM), CAS
The 3rd Workshop on Innovation and Performance ManagementBusiness School Kent University, Canterbury UK 1-4 July 2010
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Contents
I. Introduction
II. Innovation Capacity & Innovation Development
III. Policies for Innovation Capacity-building
IV. Conclusion Remarks
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Understanding Developmenteconomic development
economic & natural development
economic & natural & societal development
human being centered development
---Scientific Outlook for Development
---Harmonious Society
---Innovation-driven nation 2020
I. Introduction I. Introduction
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I. I. Introduction
Global financial crisis/climate change:--threats? --opportunities?--long term or short termMeasures for recovering from the crisis:--10 plans for energizing industrial developments --4 trillion RMB investments in domestic markets--S&T are expected to make great contribution for economic recovering from the crisis.
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I. Introduction I. Introduction
•China has become one of the world’s largest countries in terms of gross expenditure on R&D (GERD). The ratio of GERD to GDP in China has increased from 0.90% in 2000 to 1.54% in 2008, but much lower than that of developed countries such as USA(2.68%), Japan (3.44%).
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I. Introduction I. Introduction
•The number of Chinese applications for invention patent in China increased dramatically during the period from 2000 to 2008.
The efficiency of researchers in China in terms of invention patents is lower than that in most developed countries. In 2007, the number of Chinese invention patents granted per 103 researchers was 22.4, much lower than that in Korea (413), in Japan (203), in Germanys(46); China filed 3.8 PCT patents per 103 researchers, much lower than that in Germany (62.7), Japan (39.1)
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What is innovation-driven nation?
What is innovative development?
What is innovation capacity?
It is necessary to set up an indicator system with a view to monitoring the evolution of innovative development and innovation capacity in China, and to identifying key policy issues on innovation and so as to provide necessary support for innovation policy-making.
II. Innovation Capacity & Innovation Development
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National innovation capacity is the ability of a country to conduct scientific discovery, technological innovation and related commercialization activities.In a broad sense, national innovation capacity is the ability of a country to integrate innovation resources with a view to transforming them into fortune. It is the integrative capacity that promotes economic and social development.Innovation-driven countries usually has powerful national innovation capacity, which indicates high efficiency and effectiveness of innovation activities, and drives social-economic development with a comprehensive coordination and sustainable way.
II. Innovation Capacity & Innovation Development
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II. Innovation Capacity & Innovation Development
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II. Innovation Capacity & Innovation Development
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Evolution of National Innovation Capacity Index of China (2000-2007)
6.968.03 8.79
10.5012.44
14.63
16.65
19.59
0
5
10
15
20
25
2000 2001 2002 2003 2004 2005 2006 2007
Year
Inno
vatio
n C
apac
ity In
dex
Input, Output, Condition, Performance (25 indicators)
II. Innovation Capacity & Innovation Development
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8.609.89
11.57
14.16
17.19
20.86
24.17
29.06
5.326.18 6.02
6.847.69 8.40 9.13
10.12
0
5
10
15
20
25
30
35
2000 2001 2002 2003 2004 2005 2006 2007
Year
Inde
x
innovation strenth innovation effectiveness
Scales/strength (11 indicators)
Efficiency/effectiveness (14 indicators)
II. Innovation Capacity & Innovation Development
P13India
MexicoTurkey
BrazilArgentina
south AfricaPoland
PortugalGreece
Czech RepublicChina
RomaniaSlovak Republic
HungarySlovenia
SpainSingapore
IrelandBelgium
ItalyNew Zealand
Russian FederationAustria
AustraliaCanadaIcelandNorway
KoreaLuxembourgNetherlands
FranceIsrael
United KingdomFinland
GermanySweden
JapanUnited States
Index45.2629.1520.3018.3918.3517.6517.1215.7115.5814.6213.6213.5513.4313.3112.4712.4412.4012.0912.0311.3210.7810.619.258.737.967.026.986.916.916.555.725.414.704.634.173.873.626.96
Rank123456789
1011121314151617181920212223242526272829303132333435363738 Argentina
IndiaRomania
MexicoTurkey
south AfricaBrazil
PolandSlovak RepublicCzech Republic
HungaryGreece
PortugalRussian Federation
SloveniaSpain
New ZealandSingaporeAustraliaBelgiumIrelandChina
AustriaItaly
IcelandIsrael
CanadaNorwayFinland
LuxembourgNetherlands
FranceKorea
United KingdomGermanySweden
JapanUnited States
Rank123456789
1011121314151617181920212223242526272829303132333435363738
Index56.9636.7526.6325.2024.7424.5023.6122.0421.4321.0621.0318.6118.4718.3417.7317.2416.6516.4116.3015.8615.1714.9314.7012.2911.1810.3210.3110.10
9.409.048.477.947.627.366.596.596.345.80
Innovation Capacity Index 2000 Innovation Capacity Index 2006
II. Innovation Capacity & Innovation Development
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-2%
0%
2%
4%
6%
8%
10%
12%
14%
16%China
KoreaTurkey
IndiaBrazil
Mexico
Spain
Portugal
Norway
Ireland
France
Greece
Poland
Italy
Luxembourg
BelgiumSingapore
Netherlandssouth Africa
SloveniaUnited Kingdom
CanadaAustria
Germany
Iceland
Czech Republic
Sweden
Slovak Republic
Australia
Hungary
Japan
United States
New Zealand
Argentina
FinlandIsrael
RomaniaRussian Federation
Annual Growth Rate of National Innovation Capacity Index (2000-2006)
II. Innovation Capacity & Innovation Development
P15Innovative Development Index in 2000 Innovative Development Index in 2006
IndiaChina
South AfricaRomania
TurkeyRussian Federation
BrazilPoland
MexicoSlovak Republic
HungaryCzech Republic
SloveniaArgentinaPortugal
GreeceSpainKorea
ItalyIreland
AustraliaFranceCanada
BelgiumAustria
GermanyNetherlands
United StatesUnited Kingdom
FinlandNorway
JapanSwitzerland
SwedenIndex54.1749.9649.6248.0347.0646.9345.8744.5342.7542.7042.4942.4842.4541.7440.6537.9937.2637.1432.3031.7931.2831.2329.6228.0127.2826.3826.2824.6123.9622.0919.1515.4715.368.24
Rank123456789
10111213141516171819202122232425262728293031323334 India
South AfricaChina
RomaniaMexico
Russian FederationTurkey
BrazilArgentina
PolandSlovak Republic
HungaryCzech Republic
SloveniaPortugalGreece
SpainItaly
KoreaAustralia
CanadaBelgium
United StatesGermany
AustriaFranceIreland
JapanFinland
NetherlandsUnited Kingdom
SwitzerlandNorwaySweden
Rank123456789
10111213141516171819202122232425262728293031323334
Index66.8165.0463.0857.1856.7356.6554.6754.4453.9852.4852.2052.0252.0151.9249.5349.2647.7747.6640.4539.5539.0236.8036.7833.1832.4731.6330.7430.2329.6829.0526.2320.8717.119.88
Industrialization,Informatization, Urbanization, Education & Health, S&T development
II. Innovation Capacity & Innovation Development
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0%
1%
2%
3%
4%
5%
6%Romania
TurkeyChina
Norway
Ireland
Korea
Hungary
Spain
Netherlands
France
Switzerland
Italy
Greece
Slovenia
Brazil
PortugalCzech Republic
Russian FederationPoland
Sweden
Austria
Belgium
Canada
Germany
United Kingdom
Slovak Republic
Finland
India
Australia
United States
South Africa
Japan
MexicoArgentina
Annual Growth Rate of Innovative
Development Index (2000-2006)
-10%
0%
10%
20%
30%
40%
50%Russian Federation
RomaniaSlovak Republic
Czech Republic
Hungary
Poland
Greece
Ireland
South Africa
Norway
Slovenia
Spain
India
Portugal
Belgium
TurkeyNetherlands
CanadaFinland
France
Italy
Australia
United Kingdom
Sweden
Korea
Switzerland
Germany
Austria
Brazil
China
Mexico
United States
JapanArgentina
Annual Growth Rate of Industrialization
Development Index (2000-2006)
GDP/Capital,CO2 Emission/GDP,Energy Consumption/GDP
II. Innovation Capacity & Innovation Development
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III. Policies for Innovation Capacity-building
Chinese government has issued supportive policies to implement the outline of M&L term plan for national S&T development in 2006, and 76 detailed regulations and policy documents by the end of 2009. These policies have effectively promoted the capacity-building for innovation in China, which has profound impact on economic and social sustainable and green development.
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III. Policies for Innovation Capacity-building
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Four principles for the 12th five year plan (Sept. 2009)
Overall planning and consider all factorsInnovation-driven Green Growth (sustainable)Work together and share with each other (harmonious).
Innovation capacity-building covers all fields of social, economic and science & technology system, focusing on following: innovation in strategic emerging industries and service industry innovation for energy saving & emission decreasinginnovation on urbanization and urban management
III. Policies for Innovation Capacity-building
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Main Tasks for Innovation Capacity-building•S&T mega-projs, knowledge & tech. inno programs•Development of strategic emerging industries--new energy/bio-tech (medicine/breeding/manufacturing)--information network/new materials.--high end manufacturing/electric cars •Upgrading/restructuring of key industries--shipbuilding, automobile, steel. •Innovation in modern service industriies•National Innovation Cities--e/s/t/s
III. Policies for Innovation Capacity-building
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(1) To Increase Investment in S&T&I•To set up a diversified investment system for STI, to increase STI expenditure dramatically, and to maintain a growth rate faster than governmental regular revenues.•To optimize the structure of R&D expenditure and national S&T programs so as to stimulate enterprises’ investment in innovation.•To set up a new mechanism for managing public R&D expenditure, especially a performance evaluation system, to improve the efficiency and effectiveness of STI, with a focus on expenditure in research organization, talents, and national S&T programs.
III. Policies for Innovation Capacity-building
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(2) Tax Incentives •To share the risk of innovation in enterprises by means of tax deduction (sharing 12.5% of enterprises’ R&D expenditure).
To deduct tax of imported facilities & instruments, and to speedup the depreciation of the facilities and instruments so as to upgrade enterprises’ experimental capacities.
•To provide tax incentives for equipments & instruments & materials imported by ETDC & ERC & National S&T projects so as to promote capacity building for innovation in enterprise.
•To support the development of transformed PRIs, venture capitals, and S&T service institutions by providing tax deduction.
III. Policies for Innovation Capacity-building
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(3) Government Procurement Policy•To promote the indigenous innovation by providing various measures of government procurements, concerning identification of indigenous innovative product and related evaluation measures, for instance, to give high priority to indigenous innovation products in national significant construction projects. •to initially and selectively purchase indigenous innovation products so as to encourage enterprises invest more in innovation product development and capacity-building.
III. Policies for Innovation Capacity-building
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(4) Innovation Based on Imported Technology•To strengthen the management of technology import and assimilation. Key national projects should build innovation capacity based on imported advanced technology.
•To make special technology policy with a list technologies to
be encouraged/limited to strengthen the capacity-building for innovation in enterprises.
•To support cooperation among industries, universities and research institutes in innovation based on imported advanced technologies.
III. Policies for Innovation Capacity-building
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(5) To Create and Protect the IPRs.Chinese government has taken many measures to create and protectintellectual property rights (IPRs) since 2006. •To compile a list of key technologies and products for which China should hold related patents.•To support enterprise to generate & protect IPRs, to engage in standard-making procedure at national and international level.•.To shorten the examination cycle for invention patents, and improve the system for IPR protection and information service.•To support enterprises to set indigenous technical standards jointly with universities and PRIs, to integrate them in R&D, design and manufacture.
III. Policies for Innovation Capacity-building
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(6) To Build National Infrastructure/Platform for S&T•To construct lots of experimental bases, infrastructure and platforms, including the scientific facilities and large equipments, the platform of natural resources and scientific data, for NKLs/NEL/NERC.
•To support enterprises, especially transformed research institutes and large enterprises to establish TDCEs and NELs through cooperation with universities and research institutes.
•To establish a sharing mechanism to make the platform for STI open to all users, for instance, to evaluate the openness and effectiveness of these platforms.
III. Policies for Innovation Capacity-building
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(7) To Train Qualified HR & Make them Flow to Firm•To train talents in different level from top scientist to skilled workers, to encourage talents flow from Universities to enterprises.
•To recruit/bring up world leading scientists/experts in strategic research fields via national program for hi-level innovation talents. --China has recruited more than 800 oversea top experts working in China via “The Recruitment Program of Global Experts”.
•To bring up scientists/engineering technologists and innovation teams in national S&T programs, and platforms on STI such as NELs/NERCs.
•to reform income distribution/incentive mechanism in enterprisesby providing some preferential policies, to attract talents.
III. Policies for Innovation Capacity-building
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(8) Financial Measures for Indigenous InnovationChinese government has taken a number of financial measures to support indigenous innovation since 2006:
•To given high priority in financing national megaprojects for S&T, national projects concerning the industrialization of hi-tech.
•To improve the financial services to SMEs for innovation, to improve the legal framework by making venture capitals easily invest in start-ups.
•To establish multiple capital markets to support indigenous innovation, including a stock market for technology-based SMEs, stock transactions for hi-tech enterprises and regional transaction market for property rights.
III. Policies for Innovation Capacity-building
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IV. Conclusion Remarks
Innovation is a social process, its success is determined by diversified stakeholders of innovation such as scientists, technologists, engineers, entrepreneurs.
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IV. Conclusion Remarks
• Innovation is a complex process of value creation, including: scientific & technological value, cultural value, economic value and the social value, concerning the activities ranging from scientific discovery, technological invention, methodical innovation, and their applications as well as social diffusion.
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IV. Conclusion Remarks
It is expected to explore the potential of social innovation and to develop and experiment new theory for innovation development by building a batch of National Innovation Cities, focusing on innovation for key industries, strategic emerging industries, modern service industries and for social development.
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IV. Conclusion Remarks
Innovation-friendly environment is the key for developing the potential of social innovation, especially the potential of human creativity.
2010-7-1 33
Thank you!Thank you!