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Presentation to the Portfolio Committee 18 April 2012. DST Annual Performance Plan 2012-2013. Dr Phil Mjwara Director General. DST Vision, Mission and Goals Building a National System of Innovation (NSI) – Key priorities and recent outputs Current strategic challenges - PowerPoint PPT Presentation
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Presentation to the Portfolio Committee 18 April 2012
DST Annual Performance Plan 2012-2013
Dr Phil MjwaraDirector General
1
Contents• DST Vision, Mission and Goals• Building a National System of Innovation (NSI) – Key priorities
and recent outputs• Current strategic challenges• Priorities and initiatives• Monitoring and Evaluation• Current status of GERD• Financial Resources/Budget• Conclusion
2
Vision and MissionVisionTo create a prosperous society that derives enduring and equitable benefits from science and technology
MissionTo develop, coordinate and manage a National System of Innovation (NSI) that will bring about maximum human capital, sustainable economic growth and improved quality of life for all
3
DST Strategic Goals • To develop the innovation capacity of the NSI.• To enhance South Africa’s knowledge-generation
capacity. • To develop appropriate science, technology and
innovation human capital to meet the needs of society.• To build world- class STI infrastructure.• To position South Africa as a strategic international RDI
partner and destination.
4
S&T WhitePaper
R&D Strategy S&T missions
10Yr InnovationPlan
OECD Reviewof SA NSI
1996 2002 2004 2007 2009-
PolicyImplementation
TIA SANSA IPR
Strategic ManagementModel
Creationof DST
New public S&T missionsBiotechnologyICTAdvanced manufacturingAstronomy
Knowledge-based economyGrand challengesHuman capital development
Strategic Overview and key STI Policy Developments
Developing the NSI
NSI SWOTBenchmarked
5
The White Paper• The main idea-concept of the National System of Innovation
(NSI).• NSI was coined to ensure that system’s activities focus on
science, technology development and innovation (as opposed to focusing on science only).
6
National System Innovation• Few decades ago “innovation” meant something closer to
“invention”• Today, the focus is on how to exploit invention for socio-
economic benefits • Hence, a System of Innovation as opposed to the Science System• A Science System is a necessary foundation from which to build
a National System of Innovation
National Research and Development Strategy (NRDS)
• NRDS rests on 3 pillars.– Innovation – Human capital development-including transformation
of ‘frozen demographics’ and – Creation of an effective government STI system and
infrastructure• Identified technology missions and science platforms• Proposed a target of 1 % expenditure on R&D of GDP
8
Strategic Overview and key STI Policy Developments
• Strategic Management Framework sets specific areas of DST involvement across NSI
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Ten-Year Innovation Plan • Transition to knowledge based economy (KBE) – embed NSI
derived knowledge into the rest of the socio-economic activity within Government.
• The Grand Challenges as areas for enhanced focus.• Deepen the mastery of technological innovation:
– Intellectual Property (IP) for Publicly Financed Institutions – ACT.
– National Intellectual Property management Office (NIPMO)
– Offices of Technology Transfer (OTT’s)– TIA – Centres of Competence (CoCs)
10
Ten-Year Innovation Plan
Enab
lers
Bioeconomy
Human & social science
Global change
EnergySpace Science
Technology development and innovation
Human capital - Centres of excellence, South African research chairs initiative, professional development programme, etc.
Cros
s- c
utting
en
able
rs
Gra
nd
chal
leng
es
International cooperation; regional and continental partnership
International cooperation; regional and continental partnership
Knowledge infrastructure – Science councils, state-owned enterprises, global projects
Knowledge infrastructure – Science councils, state-owned enterprises, global projects
• Investment plan based on strategic priorities11
Challenges (1)• Increasing R&D investment to 1% of the GDP• Governance and coordination of the system• Building knowledge generation and exploitation capabilities • Improving the ability of government investment to leverage
private sector and international funding• SET Human Capital Development
Quantity (numbers) and Quality (productivity)Inequalities (race, gender, regional / institutional
distribution)
12
Challenges (2)• Government-industry-higher education partnerships.• System monitoring and evaluation (M&E).• DST pilot projects to be commercialised.• Up-scaling poverty alleviation interventions.• Prototypes to be fully commercialised.• Development of Provincial Innovation System.• Sector Innovation work.
13
Recent achievements (1)• South African Research Chairs Initiative
– 151 awards• Centres of Excellence (CoEs) were introduced
– Seven and two more to be added (IKS and ACCESS)
14
SARChI: Student Training/Supervisory Capacity
15
Average number of Masters students per grantholder
1.51
1.25
1.77
1.53 1.47
2.26
2.99
3.21
1.34
0.00
0.50
1.00
1.50
2.00
2.50
3.00
3.50
2008 2009 2010
All Grantholders (excl. Rated and SARChI)
Rated Grant holders (excl. SARChI)
Research Chair holders
SARChI: Student Training/Supervisory Capacity
Average number of Doctoral students per grantholder
0.640.51
0.62
0.95 0.98
1.69
1.99
2.58
0.89
0.00
0.50
1.00
1.50
2.00
2.50
3.00
2008 2009 2010
All Grantholders (excl. Rated and SARChI)
Rated Grant holders (excl. SARChI)
Research Chair holders
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CoEs: Student Training/Supervisory Capacity
Total number of postgraduate students (masters and doctoral) supported from 2004 to 2010.
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CoEs: Student OutputsThe total number of Doctoral graduations from 2004-2010
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SA’s scientific productivity (number of published papers and
global share)
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International comparison of absolute research output per normalised GDP
-
5,000
10,000
15,000
20,000
25,000
30,000
35,000
40,000
45,000
Russia Kenya India SouthAfrica
Brazil Uganda Nigeria Egypt
Ou
tpu
ts /
No
rmal
ised
GD
P
20
International comparison of South Africa’s performance in
the biotech
Indicator
Brazil
(2002 -2007)
Cuba
(2002 -2007)
India
(2002 -2007)
South Africa
(2002 -2007)
Switzerland
(2002 -2007)
Biotech Government Investment (US$
PPP million)
1,475 1,000 (est. no recent data available)
153 76 138
Size of S&T workforce
354,100 79,087 8,087,000 39,591 1,823,400
FTE researchers/ 1000 employees
1.48 1.8* 0.1 1.5 6
Biotech publications 598 45 970 126 313
Patents filed 4,747 159 8,094 874 24,861
Biotech companies 182 (71 biotech in
2007)
6 (healthcare only)
325 78 (38 core biotech)
220
21
Recent Achievements (2)• A prototype for a single device that combines smart card
and biometric capabilities for secure user authentication.• Three African Coelacanth Ecosystem Programme research
cruises were completed, two in the Natal Bight (summer and winter) and one in the Agulhus Bank
• Technology station programme– assisted 1 791 clients– 323 prototypes and pilot manufacturing resulted in 619
new/improved products, processes and services
22
Recent achievements (3)• Underwater 3D imaging sonar for safer shipping corridors
and coastlines (CSIR).• In 2011, 410 smartly-designed houses equipped with
solar geysers, rainwater harvesting tanks and a photovoltaic lighting system with battery back-up for up to two days.
• The African Traditional Medicines (ATM) laboratory established through the UKZN SARChl.
• 4 ATM prototypes in diabetes, opportunistic infectious diseases and HIV/AIDS were developed.
• A biotechnology company – Fermentation technology and innovation was established.
23
Recent achievements (4)• Heberprot-P treatment for diabetic foot ulcer was introduced
to the market. The product reduce healing time of diabetic foot ulcers.
• Update on MeerKAT• Engineering commissioning of KAT-7 completed• Science qualifications to be completed in 2012
• Update on SKA• SKA founding Board set – 8 countries signed (RSA,
Australia, NZ, UK, Italy, China, Netherlands and Canada)• International SKA organisation established in 2011 to drive
pre-construction phase• Site recommendation report submitted to the SKA
organisation board in February 2012• Site selection vote expected in 2012
24
Selected Output Targets (1)
Objective Measure/indicator Targets 2012/13 –2014/15
Support RDI initiatives in strategic research areas
Number of MeerKAT antennae constructed
Construction of the first 20 dish antennae of the 64-dish MeerKAT
Number of construction jobs created
400 construction jobs created in the Northern Cape
25
Selected Output Targets (2)Objective Measure/indicator Targets 2012/13 –
2014/15
Create and support multi-directional policy and institutional linkages between R&D and commercialisation
Number of new technology products, processes or services developed for commercialisation
24 new technology products, processes or services developed for commercialisation
Number of new technology-based enterprises that promotes commercialisation supported
15 new technology based enterprises supported through TIA
26
Selected Output Targets (3)Objective Measure/indicator Targets 2012/13 –
2014/15 Increase leverage of foreign funds that will stimulate international technology transfer and knowledge production and enhance innovation
Amount of foreign funds leveraged
R520m foreign funds leveraged
Increase number of South African students participating in international cooperative STI research projects
Number of South African students participating in international cooperative STI research projects
1 420 South African students participating in international cooperative STI research projects
27
Selected Output Targets (4)Objective Measure/indicator Targets 2012/13 –
2014/15 Increase South African and foreign funds spent on S&T based socio-economic development in Africa
Amount of South African and foreign funds spent on S&T based socio-economic development in Africa
R165 South African and foreign funds spent on S&T based socio-economic development in Africa
28
Selected Output Targets (5)Objective Measure/indicator Targets 2012/13 –
2014/15
Build a SET human capital pipeline to ensure increased availability of researchers and innovators for South Africa’s global competitiveness
Cumulative number of postgraduate research students supported
19 200 honours, masters and PhD students supported
Number of post-graduate students supported as interns in SETI work environment
1 960 postgraduate students supported as interns in SETI work environment
29
Selected Output Targets (6)Objective Measure/indicator Targets 2012/13 –
2014/15
Promote and enhance research productivity
Number of researchers supported through NRF managed programmes
8 100 researchers supported through NRF managed programmes
Ensure the availability of appropriate infrastructure for RDI
Increased availability of broadband connectivity for RDI
85 academic and research sites connected
Number of research equipment grants awarded
170 research equipment grants awarded
Promote and develop RDI in indigenous knowledge systems
Legislation for the protection and preservation of Indigenous knowledge
An Act for the protection and preservation of indigenous knowledge passed by Parliament
30
Selected Output Targets (7)Objective Measure/indicator Targets 2012/13 –
2014/15
Identify, grow and sustain a portfolio of niche high-potential R&D capabilities
Number of patents, prototypes, technology demonstrators or technology transfer packages added to the IP portfolio through funded or co-funded research initiatives
41 patents, prototypes, technology demonstrators or technology transfer packages added to the IP portfolio through funded or co-funded research initiatives
Number of small and medium enterprises provided with technology support
6 548 small and medium enterprises provided with technology support
31
Selected Output Targets (8)Objective Measure/indicator Targets 2012/13 –
2014/15
Support the generation, application and dissemination of social scientific knowledge
Number of peer reviewed scientific publications
37 Peer reviewed scientific publications
Identify, grow and sustain a portion of niche high potential STI capabilities
Number of scientific and technical papers accepted for publications
165 scientific and technical papers accepted for publications
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Medium Term BudgetR’ million 2012/13 2013/14 2014/15
Programmes Administration 202.7 212.3 230.5Research Development and Innovation 1,112.4 1,272.7 1,348.8International Cooperation and Resources 141.2 152.1 161.1Human Capital and Knowledge Systems 2,020.9 2,363.9 2,509.0Socio-Economic Partnerships 1,419.8 1,486.7 1,570.5
Total 4,896.9 5,487.6 5,819.8Compensation of employees 242.3 253.4 275.0Goods and services 151.2 164.1 171.9Transfers and subsidies 4,500.0 5,066.6 5,369.0
Payments for capital assets 3.4 3.6 3.8
Payments for financial assets 4,896.9 5,487.6 5,819.8
Total 4,896.9 5,487.6 5,819.8
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Medium Term Budget
34
Medium Term Budget
35
Expenditure
36
Gross Expenditure on R&D as a percentage of GDP
37
Gross Expenditure on R&D in R’millions
38
Monitoring and Evaluation• Annual performance plan linked to the 2011-16 strategic
plan. • Outlines the high level outputs, measures and targets to
achieve objectives stated in the Strategic Plan• Operational plans provide detail activities and quarterly
targets • Operational plans to inform in-year monitoring and
reporting
39
Public Entities• Council for Scientific and Industrial Research (CSIR)• National Research Foundation (NRF)• Human Sciences Research Council (HSRC)• Africa institute of South Africa (AISA)• Technology Innovation Agency (TIA)• Academy of Science of South Africa (ASSaf)• South African National Space Agency (SANSA)
40
Organogram
41
Conclusion • NSI, it would appear that most institutional instruments are in
place.• Need to bring industry closer to our work.• Coordinate better public element of NSI (especially within
government).• Continue to deepen the commercialisation efforts.• Enhance social innovation• Improve system monitoring and evaluation• System requires different approach and better funding model • Communication
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Conclusion
Thank you
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