1 economic impact of an increase in r&d intensity in europe - recent findings from ipts work...
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Economic impact of an increase in R&D intensity in Europe- Recent findings from IPTS work
Patrice LagetDG JRC-IPTS
http://www.jrc.es/home/index.htm
STOA Panel MeetingStrasbourg, 07/09/06
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The impact of the 3% The impact of the 3%
• A brief overview of the modelling approach.
What if?
• A focus on the necessary changes, for the governments and for the industry, that may lead to more funding of R&D.
How to?
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The works of the SERA unitThe works of the SERA unit
• One objective
To support the implementation of the ERA
• Four actions
ERAWATCH
Industrial R&I
Human Resources
Foresight
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The econometric modelsThe econometric models
• In a simulation study undertaken for DG RTD by the ERASME team, using an adapted version of the NEMESIS model, attaining the 3% of GDP objective was estimated to have a significant impact on long-term growth and employment.
• On average, it would raise GDP by 0.5% per year after 2010. (Results presented in Investing in research: an action plan for Europe, COM (2003) 226 final).
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The econometric modelsThe econometric models
• The Dutch CPB (Netherlands Bureau for Economic Policy Analysis), in a study for DG Enterprise, used the WORLDSCAN general equilibrium model to simulate the impact of different parts of the Lisbon strategy.
• In 2025 the increase in GDP resulting from raising R&D expenditures in Europe to 3% of GDP by 2010 and maintaining this level thereafter would be in the range of 3.5 to 11.6%.
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The econometric modelsThe econometric models
• JRC-IPTS has recently initiated an exercise comparing the results of a wider set of models, including QUEST (DG ECFIN), the E3ME (Cambridge Econometrics) and GreenMod (ULB/ECOMOD).
• The first results for the impact on GDP are within the same ballpark. More importantly, they vary with properties built into the model: to what extent will productivity gains as a result of R&D lead to a reduction of prices and to what extent will they feed into higher wages per hour?
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The econometric modelsThe econometric models
• How many jobs this will generate is unclear. Earlier work of IPTS for the Committee on Employment and Social Affairs of the European Parliament suggests that technological improvements do not harm employment in the long run and could rather lead to an increase in the number of jobs.
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The econometric modelsThe econometric models
• However, most empirical evidence would suggest that overall employment levels in a country in the long term are not much affected by the level of investment in R&D. What it does change, however, is the skills that are needed. This is why support to R&D is accompanied by employment rate and participation targets in the Lisbon strategy
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The way towards the 3% targetThe way towards the 3% target
• Is this a supply side or a demand side issue?
• The answer depends of the sector.
• For public R&D, governments, which are the main providers of funds, can do more. But they can also change the framework conditions.
• For private R&D, the market is the main driver of investments but a right policy mix can help.
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The Booz Allen Hamilton Global Innovation 1000The Booz Allen Hamilton Global Innovation 1000
Is there a correlation between more R&D funding and better business performance?
Several of the top innovating companies have relatively low R&D intensities and some top R&D investors do not enjoy consistent business performance differences with companies that spend less on R&D
Evidence indicates that individual companies lose competitiveness as long as they invest below the sector average, but it is not certain that there are always positive returns for any funding above sector average, especially in the short-term.
The question is rather in which companies (size, their present level of competitiveness) and in which sectors should private R&D grow.
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A new policy discourseA new policy discourse
• The Aho report: the best way towards an Innovative Europe is to create a market which provides firms with the incentive to become more research intensive.
• The Commissioner’s speech at the Centre for European Reform: “If we could propel market demand for new technologies that meet economic opportunities and societal needs, we would go a long way towards reaching the 3% objective.”
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The EU, the US and JapanThe EU, the US and Japan
Government funding in millions € 2003
0
10000
20000
30000
40000
50000
60000
70000
80000
90000
eu us jp
pnp
hes
gov
bes
Expenditures in millions € 2003
0
50000
100000
150000
200000
250000
300000
eu us jp
pnp
hes
gov
bes
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The weight of defence R&DThe weight of defence R&D
Government budget allocations for defence and civil R&D in 2004
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
EU25 US Japan
Source: Eurostat and OECD
Defense R&D
Civil R&D
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Industrial R&DIndustrial R&D
• The 2005 EU industrial R&D investment Scoreboard clearly shows that: The lower R&D intensity in the EU reflects its industrial mix.
Top global EU firms are doing well.
The stock of EU enterprises with medium level of R&D investment is the real issue.
• It reveals the distribution of industrial R&D by sector, level of investment and localisation of headquarters in the EU.
• Internet web site where the complete document could be found: http://iri.jrc.es
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Industrial R&DIndustrial R&D
Companies above €35 millions of R&D investmentCompanies above €35 millions of R&D investment
Europe North America world# R&D b€ sales b€ R&D/sales # R&D b€ sales b€ R&D/sales R&D/sales
278 108 3.184 3,4% 412 120 2.626 4,6% average
IT hardware 19 12 83 14% 117 32 319 10% 9%Pharma & biotech 34 24 154 15% 64 27 168 16% 15%Software & computer services 15 2 19 12% 62 17 156 11% 11%
Aerospace & defence 13 8 87 9% 10 4 150 3% 5%Automobiles & parts 21 25 539 5% 16 14 385 4% 4%Chemicals 22 8 173 4% 23 4 125 3% 4%Electronic & Electrical 20 10 175 6% 19 2 51 5% 6%Engineering & machinery 34 4 166 3% 17 3 109 2% 3%Health 15 2 33 5% 20 5 58 8% 7%
Other sectors 85 15 1755 1% 64 13 1103 1%
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Industrial R&DIndustrial R&D
Top fifty companiesTop fifty companies
Europe North America # R&D b€ sales b€ R&D/sales # R&D b€ sales b€ R&D/sales50 83 1.414 5,9% 50 79 1.409 5,6%
IT hardware 5 10 70 14% 15 20 192 11%Pharma & biotech 11 21 139 15% 9 21 143 15%Software & computer services 1 1 8 14% 5 11 114 10%
Aerospace & defence 5 7 69 9% 3 3 84 3%Automobiles & parts 11 24 512 5% 4 12 303 4%Chemicals 5 5 93 6% 2 2 50 3%Electronic & Electrical 4 9 131 7% 1 1 5 13%Engineering & machinery 1 1 23 4% 2 1 35 3%Health 2 2 22 9%
Other sectors 7 5 369 1% 7 7 462 1%
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Industrial R&DIndustrial R&D
Geographical distribution of the Scoreboard
Germany 37%
France 19% UK 17%
The Netherlands 7%
Sweden 6%
Italy 4% Finland 5% Spain 1%
Belgium 1% Denmark 2%
Austria 0%
Other countries 1%
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Industrial R&DIndustrial R&D
Comparison of investments and expendituresComparison of investments and expenditures
Country BERD (120 billions) Scoreboard (102 billions)
Germany 31% 37%
France 18% 19%
United Kingdom 16% 17%
Sweden 6% 6%
Italy 6% 4%
Netherlands 4% 7%
Spain 4% 1%
Austria 3% 0%
Belgium 3% 1%
Finland 3% 5%
Denmark 3% 2%
Other countries 3% 1%
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Industrial R&DIndustrial R&DA tentative global picture for the EUA tentative global picture for the EU
EU BERD € 120 B
Governments & Framework Programme
EU Scoreboard Companies
€ 102 B
Affiliates outside the
EU
Public Research
Affiliates of non EU companies
€ 15 B
Other EU companies not
in the Scoreboard
€ 10 B
€ 76 B
€ 23 B
€ 14 B
€ 20 B
€ 3 B € 1 B
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Industrial R&DIndustrial R&D
Trends in expenditures in industry EU 25
0
20000
40000
60000
80000
100000
120000
1995 1996 1997 1998 1999 2000 2001 2002 2003 2004
Million PPP constant
Source: Eurostat and OECD
BERD
Manufacturing
Services
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Industrial R&DIndustrial R&D
Researchers in the Business sector EU25
300000
350000
400000
450000
500000
550000
600000
1995 1996 1997 1998 1999 2000 2001 2002 2003
Source: OECD
FTE
2,5
2,7
2,9
3,1
3,3
3,5
3,7
3,9
4,1
4,3
BusinessEnterpriseresearchers (FTE)
BusinessEnterpriseresearchers perthousand industrialemployment
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Industrial R&DIndustrial R&D
Rapid changes in some key sectorsRapid changes in some key sectors
BERD in selected NACE sectors EU 25 1995-2004
0,0
2000,0
4000,0
6000,0
8000,0
10000,0
12000,0
14000,0
16000,0
18000,0
20000,0
1995 1996 1997 1998 1999 2000 2001 2002 2003 2004
Source: Eurostat and OECD
Million €
Pharmaceuticals
Office machinery and computers
TV and communication equipment
Motor vehicles
Computer services
R&D services
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Industrial R&DIndustrial R&D
Rapid changes in some Member StatesRapid changes in some Member States% of change 1995-2004 - EU15
0,0
100,0
200,0
300,0
400,0
500,0
600,0
700,0
at be de dk es fi fr gr ie it nl pt se uk
BERD
Manufacturing
Services
Source: IPTS, based on Eurostat and OECD
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Industrial R&DIndustrial R&D
BERD by company size EU 25 2003
Between 250 and 499
7,8%
500 or more74,2%
Between 10 and 494,9%
Between 50 and 249
12,0%Between 1 and 91,1%
Source: Eurostat
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Public researchPublic research
Funding sources for univ & pnp
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
EU univ US univ US pnp
abr
pnp
hes
gov
bes
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Public researchPublic research
Distribution of government funding in the EUDistribution of government funding in the EU
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
1996 1997 1998 1999 2000 2001 2002 2003
pnp
hes
gov
bes
27
Public researchPublic research
Public R&D expenditure in the EU 25
0
10000
20000
30000
40000
50000
60000
1995 1996 1997 1998 1999 2000 2001 2002 2003 2004
Source: Eurostat
Million PPS 1995 constant prices
Government sector
Higher education sector
Public expenditure
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Public researchPublic research
The paradox of technology transferThe paradox of technology transfer
• The real meaning of the US Bayh-Dole Act
– University as broker of exclusive rights to the industry
• Are European universities underperforming?
– Not necessarily if we look beyond official data.
• Thus, two different approaches but quite similar results
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Concluding MessagesConcluding Messages
• More R&D spending has a positive effect, but at current pace the EU will never get to 3%
• But, improving the efficiency of the existing framework is important as well
• For industry the market remains the main driver and the right policy mix can influence it
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Concluding MessagesConcluding Messages
• For universities autonomy and new modes of governance are the next frontier
• The dynamics of technology transfer needs to be better understood
• A response to the globalisation of industrial R&D is excellence in academic research
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Thank you for your interest !