Following is the outline of this presentation:
The Role of Research and Technology Institutes (RTIs) - Introduction
Strategy and Organizational Structure
Technological Competencies and Networking
Process Management
Human Resources Management
State Financing
Governance
Legal and Regulatory Framework
Country Examples in RTI Reform
Conclusions
1. Findings of the Government Review Committee
1
“Presence of government culture”
“Lack of focus and direction”
“Sub-optimal scale of operations”
“Lack of unified set of objectives among laboratories”
“Lack of interaction between CSIR and its actual or potential users”
2. India’s Council of Scientific and
Industrial Research (CSIR)
2
Restructured in the 1990’s
Emphasis on output, performance, and industrial income
Laboratories became corporate subsidiaries, were given autonomy and were
rewarded for meeting targets
External Performance Appraisal Board (PAB) was introduced to review
performance of laboratories every 3 years
Dedicated marketing and business development functions established
Redundant laboratories and staff were cut
Results from 1995 to 2006
Patent filing abroad x 5
External revenue x 2
Scientific quality did not deteriorate
3. The Role of Research & Technology
Institutes Within the Innovation Systems of
Emerging Economies
Jean-Louis Racine, The World Bank
Innovation Policy Platform and OLC, February 16, 2016
4. Outline
4
The Role of Research and Technology Institutes (RTIs)
Strategy and Organizational Structure
Technological Competencies and Networking
Process Management
Human Resources Management
State Financing
Governance
Legal and Regulatory Framework
Country Examples in RTI Reform
Conclusions
6. 6
Broad trend of RTI reforms
Applied research vs. Basic research
Demand pull vs. Technology push
7. 7
“Basic research” institutes belong with
universities
They have limited spillovers since they do not have customers or involve
students.
Eastern Europe’s Academy of Science model: being integrated with
universities, being left to wither away or being closed down.
Facilities-based institutes (e.g. CERN) and institutes covering strategic
areas (e.g. defence, nuclear) are special cases.
8. Demand pull is key to success
8
Technology push
Idea from a scientist
From the lab to the market
Limiting step:
Selling the idea and project to
industry
More “fancy” technology but
takes time and very risky.
Demand pull
Need identified by industry
From the market to the lab …and
back to the market
Limiting step:
Identifying the customer
Identifying the need
Less exotic results but higher
success rate.
10. Profile of successful RTIs in Europe & Asia
10
Focus on the middle ground of the innovation process:
Engineering, experimental development, design work, process improvement,
problem solving.
Successful activities are carried out in close cooperation with firms.
Technology-push activities never play a major role.
“Soft” activities help RTIs expand their markets and generate revenues:
Testing, technology diffusion, consultancy, troubleshooting, seminars, training,
standards and certification.
11. 11 Source: Association of European Science and Technology Transfer Professional (ASTP) ,2010
12. 12
Customers who expect practical results go
to RTIs, not to universities
Well equipped
Project management routines are in place
Timeliness
Can address focused research questions
Used to working with industry
Understand real industry processes and products
Understand industrial customer needs
14. Implications of “changing times” for RTIs
14
Impossible to stay on the cutting edge of technology for all
customer needs:
Focus on core competencies
Seek partners through national and international competence networks
Be a technology broker
Work with global firms
Enhance staff mobility between RTIs and industry
Transfer knowledge rather than “packaged” technology
Become services-oriented
15. Restructuring is a continuous process
15
Organization of the Fraunhofer Society (Germany)
Source: Åström et al .(2008) International Comparison of Five Institutes
16. Example of a displine-based structure in
Indonesia (LIPI)
16
Chairman
Deputy for
Technical
Sciences (IPT)
Deputy for
Scientific
Services (Jasil)
Physics
Chemical
Electricity and
Mechatronics
Electronics and
Communication
s
Informatics
Deputy for
Biology (IPH)
Deputy for
Geosciences
(IPK)
Deputy for
Social Sciences
& Humanties
(IPSK)
Biology
Biotechnology
Bogor B.G
Conservation
Center
…
…
…
…
…
…
…
…
…
…
…
…
…
17. Example of a customer-oriented matrix
structure in Finland
17 Source: VTT website
19. Locally relevant and globally competent
What are key industrial
challenges and opportunities,
now and in future?
Can the institute contribute to
solving these challenges, now
and in future?
Source: Arthur D. Little. Prism /1/201019
Key inputs provided by technical
experts and industry/government
customers
Key inputs provided by
independent expert review panel
20. Focusing technological competencies
20
Mediate restructuring
Technical experts with international experience
Industry and government customers
Create internal competition to develop areas of
strength
Align research programs with major client funding streams
22. To keep up with customer demand, RTIs need
to adopt industry management processes
22
High-level processes: strategy, resource allocation and prioritization,
marketing, progress and performance control.
Execution Processes:
Project management:
Flexible, quick, consistent project delivery processes, responsive to the client.
Project managers are given full budgetary and technical responsibility.
Knowledge management
IPR management
23. Successful large RTIs decentralize their
management
23
Fraunhofer (Germany), VTT (Finland), Sintef (Norway) and
A*STAR (Singapore) each have autonomous and decentralized
branch structures with their own individual Boards.
Fraunhofer Statute: “Within the framework of the Institute’s focal area of
research […] the Institute Management is free to organize its own scientific
projects, and is not subject to restrictions concerning the choice, order and
manner of execution of the Institute’s scientific projects. […].”
This allows easy interaction with industrial customers and
organizational efficiency.
25. Well-trained staff are key, but need to
reflect the RTI’s strategy
25
Staff educational profile
Indonesia
26. Human resource processes need to be aligned
with the RTI’s strategy
26
HR processes include recruitment, training, appraisal, remuneration and
career development.
If the strategy is to respond to promote innovation, staff incentives need
to reflect this.
R&D commercialization revenue-sharing arrangements.
Start-up support schemes.
Bonus and promotions based on patents, business development, successful
proposals, etc.
27. Staff mobility is key to absorbing and
diffusing knowledge
27
This requires policies for:
Recruiting staff from industry
Flexible employment contracts
RTI staff secondment to industry
Temporary placement of industry staff in the RTI
Entrepreneurship sabbaticals for entrepreneurial staff
29. RTIs where funding is spread very thinly
across researchers are less effective
29
Total funding per staff
Source: World Bank (2009) Restructuring of R&D Institutes in Eastern Europe and Central Asia
Indonesia
32. Sources of funding of the budget
32 Source: World Bank Survey of
RTIs
Indonesia
33. There is more than one way to give out
research funding
33 Source: Åström et al .(2008) International Comparison of Five Institutes
Denmark Norway Germany NetherlandsSweden
34. Performance-based funding
incentives
34
Objective
Keep ratio of industry to institutional funding within a desired range.
Strategy
Each institute receives additional 0.4 euro of institutional for each euro
raised from industry.
This amount falls to 0.1 euro if industry revenues fall outside the range
35-55% of institute income.
Source: European Commission (2000) Getting More Innovation from Public Research
36. Lessons from reforms in the European Union
36
Reforms in European RTIs share many common themes in
governance reform:
Increased role of stakeholders.
Professionalization of management.
Changes in organization to become more outward-facing.
Increased autonomy to define and implement strategy.
“Contractualization” of relations with founders and customers via
various kinds of performance contracts, often accompanied by
performance indicator systems.
Increased external quality control through the market.
40. Successful European and Asian RTIs have a
mixture of legal statuses
40
Fraunhofer (Germany) is fully independent, with only a minority
of government-appointed board members.
SINTEF (Norway) is partly controlled by universities.
TNO (Netherlands) is a company but its board is appointed by the
state.
A*STAR (Singapore) is a government agency but benefits from an
exceptional national public sector regime.
ITRI (Taiwan, POC) is a non-profit organization.
41. In all cases, successful RTIs are
autonomous organizations
41
Most OECD RTIs are now responsible for their own strategic
development, usually within fairly broad boundaries set by their owner,
main shareholder or legal mission.
This has led to:
Greater responsiveness to market needs
Growth of entrepreneurial behavior
Professionalization of technology commercialization
42. And in all cases they are free of red tape
42
RTI’s ability to deliver services that genuinely facilitate
commercially successful transfers of knowledge demands
the elimination of rigid and bureaucratic rules and
procedures.
44. RTI restructuring supported by World Bank Knowledge and Innovation
Project
Objective:
Improve performance and market-orientation of 10 RTIs
Approach:
Strategic review and planning exercise of restructuring RTIs
Grant support for organizational, financial, human resource and commercial
restructuring
Grant support for competitive research projects gradually replaced direct allocations
Operational autonomy of RTIs + Board of Directors with local and international
productive sector representatives
Results
Improved relevance and higher quality research → Publications rose by 21% in 5 years
Outreach to users → Self-generated revenues rose 87% in 7 years
44
Mexico: Strategic leadership from stakeholders
and competitive funding, a recipe for success
46. Lessons from international experience
What do successful RTIs do?
They mostly stay away from basic research
They do not do “commercialization” in addition to their core business -
commercialization is their core business
RTIs do not innovate, companies do: they focus on offering knowledge
rather than products
46
47. Lessons from international experience
How do successful RTIs operate?
Management and governance are influenced by market forces
Flexible and autonomous: able to continuously adapt to changing
markets and changing times
Customer-focused organizational structures
47
48. Lessons from international experience
How do governments foster successful RTIs?
Set their mission but not their strategy
Set them free of bureaucracy
Use funding as a lever
48
Editor's Notes
rewind to the 1980’s
Ineffective at transferring lab results to the market
Focused on reinventing the wheel
CSIR in mid 90’s licensed tech to MNCs including GE
Technology push: self financed, at best industry involved in defining the project
Demand pull: industry involved in research, at best contract research