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8/14/2019 Creating Innovation System in Russia, 2005
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CREATING INNOVATION
SYSTEM IN RUSSIA: STATE OFTHE ART AND GOVERNMENT
POLICY
Irina Dezhina
Leading Researcher, Ph.D.
Institute for the Economy in Transition
Moscow, Russia
mailto:[email protected]:[email protected]8/14/2019 Creating Innovation System in Russia, 2005
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CONTENTS
1. R&D, Graduate Education and InnovativeActivity in Russia: Major Indicators.
2. Periodization of Government Reforms.
3. Attempts to Reform Organizational Structure.
4. New Mechanisms of Financing.
5. Human Resources Policy.
6. Government Innovation Policy.
7. Strengths and Weaknesses of the National
Innovation System in Russia.
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8/14/2019 Creating Innovation System in Russia, 2005
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Organizations Implementing R&D
by Types of Ownership
7 3,4 73 ,2
4 ,9
1 1,5
2 0 ,5
1 2,8
0 ,6 1 ,6 0 ,6 0 ,9
0,0
10 ,0
20 ,0
30 ,0
40 ,0
50 ,0
60 ,0
70 ,0
80 ,0
%
Fe d e ral Pr ivate P u b lic- P r iva te Jo in t Ru s s ian -
Fore ign
Othe r
1 9 9 5 2 0 0 4
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Gross Domestic Expenditures on
R&D: Russia and Other Countries
3,98
3,49
3,15
2,64
2 ,6
2,57
2,55
2,19
1,89
1,29
1,26
1,13
0,95
0 0,5 1 1,5 2 2 ,5 3 3 ,5 4 4,5
Sw e den
F in la n d
Ja pa n
Ko r e a
US A
S w itze rlan d
Ge rm a ny
F r a n c e
U K
Russia
Cze ch Re public
Ukra ine
Hunga ry
% G D P
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Business Enterprise andGovernment Expenditures on R&D
(data for 2003)
62
30
40
54
23
60
0
10
20
30
40
50
60
70
%
OECD countries Eastern Europe Russia
Business enterprise expenditures Government expenditures
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Fundamental Research in Russian
Universities and Academic Institutes(in percent to the total expenditures on fundamental research)
20002001
20022003
2004
Universities
Academic institutes
61,2 62,665,6
63,7
69,4
12,0 13,8
12,3 15,4
12,8
0,0
10,0
20,0
30,0
40,0
50,0
60,0
70,0
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Researchers in Russia: Actual
Number and Dynamics to thePrevious Year
101 , 4
99 , 1
98 , 1
98 , 8
98,0
4 0 1 4 2 5
4 0 9 7 7 5
4 1 4 6 7 6
4 2 2 1 7 6
4 2 5 9 5 4
96,0
97,0
98,0
99,0
1 0 0 , 0
1 0 1 , 0
1 0 2 , 0
2 0 0 0 20 0 1 2 0 0 2 2 0 0 3 2 0 0 4
%t
o
previousyear
3 8 5 0 0 0
390000
395000
4 0 0 0 0 0
4 0 5 0 0 0
4 1 0 0 0 0
4 1 5 0 0 0
4 2 0 0 0 0
4 2 5 0 0 0
4 3 0 0 0 0
headcount
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Distribution of RussianResearchers by Age, %
10022.027.821.913.015.32004
10021.827.023.913.813.52002
10020.726.926.115.610.62000
10018.027.928.318.17.71998
1009.026.131.724.09.21994
TotalOlder
then 60
50-5940-4930-39Younger
then 29
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Graduate Education in Russia
22.821.920.620.021.120.518.2Share of graduated,in % to the number
of those who studied
32595307992810125696248282198211369Number people
having finished their
graduate study
14266214074113624212842011771410703162317Number of graduate
students, headcount
2004200320022001200019991995
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Current Role of GraduateSchool
Training of new generation of scientists is not the onlyand not the major function of graduate school. Otherpurposes of graduate study:
To escape the draft
To take time to decide concerning future occupation To receive Ph.D. in order to seek better employment inbusiness sector
That is why: The share of graduated is slightly more then 1/5th. In late
Soviet period it was about 1/3rd.
From the total number of graduates only 25% defend thesis.
According to the Ministry of Education and Science, about10% of graduates continue career in science.
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Scientific Results
(Science Citation Index 2001)
4 3 ,6 8
8 ,2 3
7 ,2 9
7 ,1 4
4 ,8 7
3 ,7 5
3
0 ,8 2
0 ,2 2
0 ,2
0 5 1 0 1 5 2 0 25 3 0 3 5 4 0 4 5 5 0
U S A
U K
J a pa n
G e rm a ny
Fra nc e
Ca n a d a
Ita ly
Rus s ia
H ung a ry
Cze c h R e pub lic
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Research Productivity
3 2
3 83 9
4 7
7 4
0 , 1 6
1 , 1 7
1 , 2 7
0 , 6 20 ,6 8
0
1 0
2 0
3 0
4 0
5 0
6 0
7 0
8 0
R u s s ia S lo v a k ia P o la n d H u n g a r y C z e c h R e p u b lic
0
0 ,2
0 ,4
0 ,6
0 ,8
1
1 ,2
1 ,4
Perso nn e l in R & D p er 10 00 0 eco no mica l ly ac t ive po pu la t ion (2003 )P u b li c a ti o n s p e r r e s e a r c h e r d u r in g 1 9 9 6 -1 9 9 9
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Patent Applications Granted byUSPTO / Million population
(2003-2004)
0 ,4 1
0 ,4 4
1 ,2 1
3 ,1 4
5 ,1 6
7 7 ,9 1
1 4 6 ,8 1
2 8 9 ,8 7
3 2 0 ,7 0
0 ,0 0 5 0 ,0 0 1 0 0 ,0 0 1 5 0 ,0 0 2 0 0 ,0 0 2 5 0 ,0 0 3 0 0 ,0 0 3 5 0 ,0 0
M old ov a
U k ra in e
Ru s s ia
Cz e c h R e pub l ic
Hu ng a ry
W e s te rn E u ro pe
G 7
J a p a n
U S A
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Innovative Enterprises as Share
of Total Industrial Enterprises
6,2%
10,6%
9,6% 9,8%10,3% 10,5%
0,0%
2,0%
4,0%
6,0%
8,0%
10,0%
12,0%
1999 2000 2001 2002 2003 2004
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Survey Data About Innovative
Activity at Industrial EnterprisesCompared to Goscomstat (10,5% in 2004)
other surveys give different results:
IET Survey, 2003: 43% IET Survey, 2005: 50%
Survey of Russian Economic Barometer
(2003-2005): 40-45%
HSE Survey, 2005: 37%
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Small Innovative Enterprises
Registered at Economic SectorScience and Scientific Services
-4.4
37.1
1999
-6.3-2.6-20.4-7.8-16.7-11.6Changes in the
number, in % to
the previousyear
20.722.122.728.530.938.8Total number,thousands
200420032002200120001998
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Periodization of Reforms
1992-1996: preservation of science in Russia during
economic crisis; creation of new organizational and
institutional framework.
1997-2001: frequent changes in science &innovation policy. Appearance of concept of NIS
seen as an instrument of commercialization of R&D.
2002-present: attempts to start structural reforms in
science, create favorable environment forinnovations. Concept of NIS has been developed but
science is still not seen as integral part of it.
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Organizational Reform inGovernment R&D Sector
Research organizations working in applied area shouldbe privatized or transformed from government to non-government non-commercial organizations.
Academic research institutes will be reformed by thePresidium of the RAS. Some institutes will be merged.The total decrease in the number of personnel should not
exceed 20% by the year 2008.
To the year 2015 there should be decrease in thenumber of federal R&D organizations by 38%.
Research in universities should be strengthened through:
1. Cooperation with academic institutes,
2. Awarding of status of innovative universities to 30-40selected higher educational institutes (17 already got thisstatus on summer 2006),
3. Creation of national universities.
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Financing of R&D from the FederalBudget: Major Approaches
1. Strong support of fundamental research (65% of thegovernment expenditures on civilian science in2005).
2. Increased share of funds distributed on the basis ofcompetitive contracts (Ministry of Education andScience 73% in 2005 versus 23% in 2004).
3. Start of joint initiatives with industrial enterprises(joint research projects; infrastructure; venture
financing).4. Stable share of federal science foundations in the
total government expenditures on civilian science.
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Government Policy Towards
Human Resources in R&D Small support of young (additions to
salary; prizes, grants)
Program of constructing housing for youthis implemented in an adequate scale
No conditions for career development,support of older generations ready to retire
Absence of special policy to promotemobility and to attract researchers to Russia
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Government Innovation Policy
Creation of Government-supported Venture Funds(including Fund of Funds) distributing seed financingfor support of start-up companies
Development of legal basis for public-private
partnerships Tax exemptions for R&D and technological activity
Government support for development of regionalinnovation clusters
Establishment of couching-centers and training centers Further development of technical infrastructure(technology parks, TTOs, incubators)
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Strengths of the NIS in Russia1. Growing popularity of higher and graduate
education. Large share of population with highereducation.
2. Large number of S&T workers.3. Strong fundamental research.
4. Learning from foreign experience, attempts toadapt certain internationally-recognized models.5. The development of the National strategy for
strengthening NIS.6. Creation of innovative infrastructure and linkages
among key actors of innovation systems.7. Tax incentives for R&D are developing (at specialeconomic zones; under discussion for industrialenterprises and technology parks).
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Weaknesses of the NIS
1. Comparatively large government R&D sector and smallindustry sector.
2. Lack of coordination among major policies (macroeconomic,educational, research, industrial, regional, etc.).
3. Inefficiency of the State administration of R&D (lack oftransparency in decision-making, funds allocation, weak
program monitoring).4. Flaws in the legislation (budget issues, IPR, support of small
innovative companies).
5. Poor linkages between science and production sector. Lowcommercial output of the R&D investments (use of patents,
licenses).6. Inadequate diffusion of successful mechanisms.
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Necessary Actions Introduction of the concept of NIS that includes
science as a component of it.Establishment of coordination among
government agencies in order to make innovation
policy more consistent. Improvement of legal environment for R&D and
innovation.Support of public-private partnerships in
innovation: joint R&D projects, outsourcing of
R&D.Development of government indirect regulations
to stimulate innovations.