CONACYT Overview & Paraguay STI System Idelin Molinas Vega , - - PowerPoint PPT Presentation

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CONACYT Overview & Paraguay STI System Idelin Molinas Vega , - - PowerPoint PPT Presentation

Developing a Culture of Science, Technology, Innovation and Quality in Paraguay CONACYT Overview & Paraguay STI System Idelin Molinas Vega , Ph.D., PMP Executive Secretary imolinas@conacyt.gov.py February 2017 Road Map Paraguay


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“Developing a Culture of Science, Technology, Innovation and Quality in Paraguay”

CONACYT Overview & Paraguay STI System

Idelin Molinas Vega, Ph.D., PMP

Executive Secretary imolinas@conacyt.gov.py

February 2017

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Road Map

 Paraguay Overview  CONACYT in context

  • Mission and Policies
  • Strategies and Initiatives

 Main STI Indicators  R&D Projects and Innovation Results  Challenges and Next Steps  Key Success Factors

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Paraguay at a Glance

DESCRIPTION PARAGUAY GDP (US$ billions) - 2015(*)

28,10

GDP per capita (USD$) - 2015 (*)

4.010

GDP (PPP) per capita (US$) - 2015 (*)

8.708

Exports/GDP

29,9%

% Poverty/Total Population (% extreme poverty) - 2015

22,24% (9,97%)

Area (1000 km2)

406,80

Population (millions) - 2015 (*)

7,00

(*)Fuente: Global Competitiveness Report 2015-2016

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DESCRIPCIÓN PARAGUAY EL SALVADOR URUGUAY COSTA RICA GDP (US$ billions)(*)

28,10 25,80 53,80 52,90

GDP per capita (USD$) (*)

4.010 4.040 15.748 10.936

GDP (PPP) per capita (US$) (*)

8.708 8.303 21.507 15.482

Area (1000 km2)

406,80 21,00 176.2 51.1

Population (millions) (*)

7,00 6,40 3,40 4,80

Global Competitive Report 2015-2016 (140 countries) – 12 pillars

118 95 73 52

Global Innovation Index (128 countries) 2016 – 7 pillars

94 104 62 45

(*)Fuente: Global Competitiveness Report 2015-2016

PY and other LA Countries

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Paraguay Exports - T echnological Sophistication Level

Aggregate Level 2007 2010 2013 2016

Raw Material 43% 55% 59% 56% Processed Raw Material 10% 8% 10% 10% Low Technology 4% 4% 4% 4% Medium Technology 2% 1% 2% 3% High Technology 1% 1% 1% 1% Other Transactions / w/o specified level 40% 31% 24% 26% Total (Thousands US$ CIF) 4.723.764 6.504.792 9.456.264 8.493.664

Paraguay’s Exports (selected years)

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Vision of Paraguay 2030 (highlights)

 A competitive Paraguay, ranked among the most efficient producers of food  with vibrant and innovative industries, employing highly qualified workforce  Provider of high technology products in a knowledge-based economy  Connected and open to the neighbors and the world  Indices of social development in the highest ranks of South America  Environmentally and economically sustainable  A high level of legal and public security  Attention to indigenous peoples, a strong role of women in the society, and trained

young visionaries leading the country

 A supportive and transparent state that promotes equal opportunity

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Poverty Reduction & Social Development Poverty Reduction & Social Development

Inclusive Economic Growth Inclusive Economic Growth Insertion of Paraguay in the world Insertion of Paraguay in the world

1 2 3 3

Strategies within the PND2030

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  • Established in 1997 (Law 1028/97)
  • Updated by Law 2279/03
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CONACYT - MISSION

Coordinate, evaluate and promote the National System of Science, Technology and Innovation and the National System of Quality, generating and promoting Public Policies and Strategies for scientific and technological development, in a social, ethical and environmentally sustainable manner.

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Executive Secretary of CONACYT (STI) Council

PRESIDENT

General Directorate

  • f Finance and

Administration Presidency of the Republic MIC MAG MSPyBS STP MEC Public Univ. Private Univ. FEPRINCO UIP APYME ARP Executive Secretary of ONA (National

Accreditation Agency) National Quality Commission

APC PY Scientific Society Worker’s Union.

CONACYT

STAFF

MIC: Ministry of Industry & Commerce MAG: Ministry of Agriculture & Livestock MSyBS: Ministry of Health MEC: Ministry of Education and Culture STP: National Planning Secretary FEPRINCO: Federation for Industry and Commerce UIP: Paraguayan Industry Chamber ARP: Rural Association of Paraguay APYME: SME Association APC: Paraguayan Association for Quality

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Main Initiatives Carried Out

Since 1999

Sector Assessment

2000 - 2003

National Science and T echnology Public Policy –

2004 - 2012

Launching of first set of instruments to promote STI and Advance Human Capital training

2006 - 2009

Institutional Strengthening

2010 - 2016

Launching of second set of instruments to promote STI and Production Based Incentive for Researchers

2014 - 2019

Launching of third set of instruments to promote S&T and AHC training Public Policy for STI – Assessment and Revision

2012 - 2017

S&T Demand Evaluation1999 S&T Activities Survey– 2001 a 2012 Bibliometric Indicators - 2006 Innovation Survey – 2007 Enacted by Presidential Bill 19007 - October de 2002 PROCIT Program 2005 a 2012 – Financed by IDB Increment in Public Budget (Infrastructure & hiring of administrative and technical personnel) (2007 – 2009) DeTIEC since 2010 PRONII since 2011 Assessment of key variables and incorporation of Innovation (2013-2015) Revision of Policy (2016-2017) Innovation Survey (2010-2012 PROCIENCIA 2014-2019 S&T Activities Survey (2014-2015)

2016 - 2020

Launching of fourth set of instruments to promote Private Business Innovation

PROINNOVA 2016-2020 Innovation survey (2013-2015) - ongoing

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http://www.conacyt.gov.py/libro-blanco White Book on Guidelines for a National Policy on Science, T echnology and Innovation in Paraguay, 2014

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Defines 4 Action Lines

Strengthening the role of CONACYT as rector of STI policy and as an articulator of the network of STI activities among Sectorial Ministries, integrating R&D institutions, universities, Non-Profit STI organizations, Business Organizations and international networks for STI. Promote scientific knowledge appropriation and its application to social innovation. Increase innovation levels in private sectors as a mean of improving competitiveness. Strengthening of the National STI System through R&D and its contribution to productive and social demands. White Book on Guidelines for a National Policy on Science, T echnology and Innovation in Paraguay, 2014

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Prioritized Productive Sectors

Forestry and biomass Mining and Metallurgic Agro industrial Clusters Transportation and Logistics Clean and renewable energy T

  • urism and

cultural industries Medium and high technology industries Metal mechanic Construction

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Health Social Security and Public Safety Habitat Education

Prioritized Social Sectors

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Biotechnology Nanotechnology

Information and Communication T echnologies - ICT

Transversal T echnologies

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Prioritized Sectors from Different Sources

PND 2030 Industrial Policy Dpt (MIC) REDIEX II (MIC) PTI Food Food(*) Food Agricultural Related Technologies Logistic / Transport Logistic / Transport Logistic / Transport Automatization & Control ICT/Software Textile / Garments(*) Forestry Products ICT & Computer Science/Eng Knowledge Economy Auto parts Manufacture Business Development Plastics(*) Tourism Environmental Related Technol. Footwear(*) Services & New Businesses Energy Related Technologies Assembly

(*) IADB (BID) has commissioned in-depth studies of these sector, 2016

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NATIONAL INNOVATION SYSTEM

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NATIONAL INNOVATION SYSTEM

Educational Sub-System Productive, enterprise- based Sub- system Governance and Public Policy Sub-system R&D Sub- System

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NIS –Value Chain

  • CONACYT’s

Instruments

  • FF10
  • FF30 – FONACIDE /

FOCEM

  • FF20 - Loans

NIS Actors

  • Universities
  • Research Centers
  • Office of T

echnological Transfer

  • Enterprises (Private Sector)
  • Public Sector
  • Contribute to the

solution of socioeconomic and environmental problems How do we Finance it? Which tools do we have? Which Stakeholders are Involved? Why do we do it?

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NIS - Obstacles

CONACYT

  • Little experience with existing

instruments

  • No systematic evaluation of

programs

  • Redundant administrative

controls.

  • Induce inefficiencies
  • Unclear incentives for

appropriate execution of programs

  • Non-continuous and non-

diversified financing

  • Little investment in

technological innovation within private sector

  • Low level of incentives
  • Low social capital between

Universities-Enterprises Knowledge Generation

  • Small scientific production
  • Research results not aligned with

needs and demands Advanced Human Capital

  • Graduate level programs not geared

toward knowledge generation

  • Scarce incentives to attract and

retail qualified talents

  • Infrastructure for STI
  • Insufficient and unarticulated

technological infrastructure

  • Few laboratories with

accreditations

  • Scarce incentives for retention of

qualified personnel

  • Specially in Public Laboratories

Governance & Institutional Arrangmt

  • Almost null articulation &

information sharing among Public Stakeholders

  • Absence of articulated M&E

Systems

  • Prioritization not explicit

within NIS sectorial institutions

  • Little appropriation of

national policies (national and sectorial)

Financial Sources CONACYT’s Instruments

NIS Stakeholders Contribution to Solutions

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MAIN STI INDICATORS

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Indicator 2012 2015

  • R&D / GDP (%) - Govt & Academic (Avg. LAC:

0,77%) 0,09 0,13

  • Enterprise Funding/Total R&D Expenditure (%)

0,85 0,28

  • R&D / GDP (%) – Manufacturing, IT, Services

0,03

  • Number of Researchers / 1000 EAP(*) – (Avg.

LAC 1,35) 0,48 0,53

  • Number of Categorized Researchers (PRONII)

284 515

  • Number of SCI publications

115 191

  • Number of patent by residents

1 1

(*) Economically active population

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R&D PROJECTS, INNOVATION RESULTS AND CHALLENGES

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2015-2016 Awarded Projects According to NABS 2007

Nr of Projects Awarded % of Total Amount Awarded % of Grant Value

1 Exploration and exploitation of Earth

3 1% 1%

2 Environment

95 18% 17%

3 Exploration and exploitation of space

2 0% 1%

4 Transport, telecommunication, and other infrastructures

17 3% 3%

5 Energy

22 4% 4%

6 Industrial production and technology

72 13% 12%

7 Health

130 24% 26%

8 Agriculture

71 13% 12%

9 Education

25 5% 4%

10 Culture, recreation, religion, and mass media

15 3% 3%

11 Political and social systems, structures, and processes

83 15% 16%

14 Defense

1 0% 0% TOTAL 536 34.675.146 US$

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R&D Project Awarded in 2015-2016

(total of 536 projects awarded)

Prioritized Sector 2014 OSE NABS 2007 Nbr of Projects Water 2.7, 2.8, 4.9,

27

Energy

  • Cap. 5

22

Agriculture

  • Cap. 8

71

Education

  • Cap. 9

25

Health

  • Cap. 7

130

Total

275 (51%)

Environment (excl.

Water)

  • Cap. 2

67 342 (64%)

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Consideration for the Use/ Application

  • f Knowledge?

Low High ¿Quest for fundamental understanding? High Low

Source: Survey to International Peer Reviewers, Convocatoria-2014 and Convocatoria-2015

Conv-14: 10 % Conv-15: 25 % Conv-14: 49 % Conv-15: 69% Conv-14: 11 % Conv-15: 1 % Conv-14: 30 % Conv-15: 5 %

Pasteur’s Quadrant – David Stokes (1987)

Perception of International Peer Reviewers on the contribution of awarded projects (Call for Proposals 2014 and 2015)

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Private Sector Strategies for Innovation(*)

However, when compared to industrialized countries it can be observed a large difference in the portion assigned to R&D.

Strategies for innovation investment is similar to the other countries in the region

(*) Results from Innovation Survey (2013)

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Level of Innovation(*)

64% 36% 0% 10% 20% 30% 40% 50% 60% 70% Nivel firma Mercado nacional o internacional

Level of Product Innovation

(*) Results from Innovation Survey (2013)  Only 36% of reported product innovation were new to the national and

international market.

 Firm level innovation is consistent with large proportion of acquisition of

equipment as an innovation strategy

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Source of Information for Innovation Activities(*)

 Business that innovated also relied on

universities, R&D Labs, patent and specialized data bases, although still in a very small proportion.

0% 10% 20% 30% 40% 50% 60% 70% 80%

Internet Proveedores Clientes Ferias, conferencias y exposiciones Revistas y catálogos Competidores Consultores Empresas relacionadas Universidades Bases de datos Organismos Públicos Empresas del Grupo Otros Patentes y propiedad intelectual Laboratorios/Empresas de I+D

No Innovadora Innovadora

(*) Results from Innovation Survey (2013)

 Main source of information are open

source (internet, magazines and fairs)

  • r market (customer and suppliers)
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Obstacles(*)

0% 5% 10% 15% 20% 25% 30% 35% 40% Insuficientes incentivos a la innovación por… Dificultad de acceso a financiamiento Falta de personal calificado en mercado… Carencia de personal calificado en la empresa Dificultades financieras Bajo ritmo de cambio tecnológico en el… Reducido tamaño de mercado Deficiencia en protección de DPI Período de retorno excesívamente largo Organización Industrial Problemas de acceso a conocimiento Baja receptividad de la demanda Deficiencias en la infraestructura Deficiencias organizativas No Innovadora Innovadora (*) Results from Innovation Survey (2013)

 Main obstacle, according to respondents, is the lack of public policies that stimulates

  • innovation. The following main obstacles are: lack of financial means (both, internal and

external), as well as scarce competent personnel for innovation activities and management (both within the firms as well as within the market)

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Taxonomy of Uruguayan Innovative Enterprises (B. Baptista, 2016)

Technological Innovation based on science (G_TOT2 – 5%-, G_TOT3 -5%- y G_TOT6 -6%-) Exp: Knowledge Intensive Suppliers (KIS), science based manufacture Techno-organizational (incremental) innovations, based

  • n interactions (G_TOT1 -18%-)

Exp.: Agricultural based enterprises with orientation to processing Techno-organizational (incremental) innovations, based on strengthening internal capacities (G-TOT5 -9%-) Process-based innovation, efforts biased toward incorporation of Equipment and Capital Goods (G-TOT7 -17%-) Exp.: capital intensive enterprises, infrastructure based services, traditional enterprise services No innovative enterprises, with low capacities (G-TOT4 -40%-) Exp.: wide arrange of enterprises, no distinction of productive sector or sub-sector

Usual R+D+I programs Technology Extension Services (technology diffusion & adoption) Promotion (evangeliza- ción)

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STRATEGIES & INITIATIVES

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National Development Plan 2030 Public Policy of Science, Technology and Innovation

Competent HHRR Effective Institutional Communication Appropriate Technological Support Effective Management Leadership Effective STI Program’s Definition and Management Effective Results Oriented M&E System Effective Financial & Administrative Management Foster Development of Advanced Human Capital for STI Strengthen Infrastructure for STI Foster R+D+i Develop, Articulate and Disseminate Public Policies on STI Promote knowledge Production Promote Innovative Solutions to National Problems Increase valorization of STI as an agent for socio- economic transformations

Learning & Growth Internal Processes Value Added Services Contribution to Society

Effective Organization al Design

Nbr Researchers/ KPEA R&D

Investment

/ PIB Nbr Patents/ MHab R & D & i / Sales

Draft

Effective Prospecting and Technological Vigilance

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Initiative Status Funding

  • R&D Competitive Funds

Ongoing

PROCIENCIA

  • Innovation Projects Competitive Funds

Ongoing

DeTIEC/PROINNOVA

  • Support for research results transfer to

productive sector (OTRI)

Ongoing

PROCIENCIA

  • Support for Technological Transfer

Offices (CDTs)

Ongoing

DeTIEC / PROINNOVA

  • Support for Business Incubators

Ongoing

DeTIEC / PROINNOVA

  • Technological Missions

1Q2017

PROINNOVA

  • Access to scientific and technological

databases

Ongoing

PROCIENCIA

  • Support for Ph.D. in industries

..

  • Support for young engineers in SMEs
  • Objective: Foster R+D+I (*)

(*) This is an example. For each strategic objective, a list of initiatives (instruments) have been defined, some of them are undergoing, but some still need to be funded

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Current Main Initiatives

 PROCIENCIA (2014-2019): a 125 MUSD focused on R&D

  • Competitive funds for R&D projects
  • Incentive to Researchers based on scientific production
  • Support for Advanced Human Capital training
  • Competitive R&D Infrastructure funds
  • Support for research results transfer to productive sector
  • Support for Short-term exchange for Researchers and Tech

Personnel

 DeTIEC (2010-2016) : a 6.6 MUSD program focused on

Innovation Projects & the National Quality System

  • Competitive funds for innovation projects
  • Support for Technological Transfer Offices (CDTs)
  • Support for Business Incubators
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Current Main Initiatives

  • cont.

 PROINNOVA (2017-2021): a 10 MUSD focused on

Private Sector Innovation

  • Competitive funds for innovation projects
  • Support for Technology & Innovation Management programs

with focus on SMEs (culture and needs)

  • Support for technology based new enterprises
  • Support for Technological Transfer Offices (CDTs)
  • Support for Business Incubators

 Other Initiatives underway

Evaluation of supported innovation projects and incubators National survey of R&D Equipment

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LOOKING FORWARD

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Challenges and Next Steps

 Low R&D investment as compared to the region and OCDE

countries

  • Both private and public/academic sectors

 R&D results on socioeconomic objectives are aligned with

country’s needs but must be monitored to gain effectiveness and improve support from society, including enterprises

 Very low connection between Universities/Research Centers

and Enterprises

 Level of product innovation in private sector must be

improved to increase firm and country competitiveness

  • Focus on technology transfer

 Role of CONACYT as an articulator among STI institution

needs to be strengthen

 Public policy and STI instruments need to focus on few but

effective sectors, both in productive and social areas

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Selected STI Indicators to 2030

2015 LAC 2014 2030

GDP (millions PPC) 61.021 153.031 EAP (*) (millions) 3,49 17,20 4,52 R&D Investment (millions PPC) 79 765 R&D/GDP 0,13 0,76 0,50% Enterprises contribution to R&D/GDP (% of total) 0,28% 36,61% 35% Enterprises contribution to R&D(millions PPC) 0,22 267,80 Government contribution to R&D/GDP (% of total) 73,09% 59,26% 64% Government contribution to R&D(millions PPC) 57,98 489,70 Researchers (EJC) 1.126 6.781 Researchers / 1000 EAP 0,53 1,45 1,50 Doctorate Graduates 87 24.750 1.067 Annual investment per Researcher (thousands PPP) 30.000 143.000 112.836 Patent Applications (residents) 16 70 Publications listed on SCI 129 81.784 930

Note: in Green are established targets and in Blue are projected values (aligned with targets)

Fuente: R. Barrere, “Proyecciones de Indicadores de ACT 2030 para el CONACYT”, 2016

(*) EAP: Economically active population

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Key Success Factors

 Competent and Motivated Team  Clear leadership from all organizational levels  Evidence based decision making  Procedures and IT tools to facilitate management of

R+D+I programs

 Synergic work among public institutions to foster

R+D+I

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¡¡GRACIAS!! THANKYOU!