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APP PRESENTATION DRAFT - 02022015 1
APP PRESENTATION DRAFT - 02022015 2
NRF in the Public R&D System
Support and promote research and knowledge
generation through human capacity development
Strengthen the relationship between Science and
Society through Science Engagement
Promoting the development and maintenance of the
national science system in support of national
priorities (NRF Act Amendment Bill 2015)
Support and promote research and knowledge
generation through the provision of National
Research Platforms
NRF Mandate
3
NRF Strategy 2020
4
The vision:
The mission:
The strategic outcomes: The values: People-centred
Accountability
Ethics and Integrity
World-class service
Respect
Passion for excellence
5
%
increase System Performance (2011 to 2017)
61% Increase in number of doctoral students supported by NRF
80% Increase in number of doctoral graduates supported by NRF
56% Increase in number of South African WoS publications
29% Increase in proportion of global WoS publications
47% Increase in number of rated female researchers
71% Increase in number of rated black researchers
12,8% Increase in normalized citation impact (currently 1,23)
Impact of the Investment R&D (including NRF)
6
Arts, Humanities, Social Sciences, 2221
(17%)
Economics, 1096 (8%)
Law, 107 (1%)
Computer and Information Science,
547 (4%)
Mathematical Science, 459 (3%)
Medical and Health Sciences, 1227 (9%)
Agriculture, 841 (6%)
Biological & Chemical Science, 3239 (24%)
Earth, Marine & Environmental
Sciences, 934 (7%)
Material, Physical and Technology Sciences,
1321 (10%)
Engineering, 1364 (10%)
Postgraduate Support in NRF Broad Categories (2015 academic year)
7
Postgraduate Support: Graduations
0
500
1000
1500
2000
2500
3000
00 2010 2011 2012
Honours Masters Doctoral
Average Time to Completion 1.19 Years 2.11 Years 3.41 Years
Proportion of NRF Funded Graduations to
Total Graduations 12% 19% 35%
Total number of graduates supported by the NRF
NRF funds on average 9,2% of all national enrolments
8
Postgraduate Support: Graduations
2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015
National Average Doctoral Time to Completion 4.7 4.7 4.8
NRF Average Doctoral Time to Completion 4.3 4.2 4.6 4.6 4.8 5.0 4.9 5.2 5.0 4.9 4.7
NRF Average Masters Time to Completion 2.7 2.8 3.0 3.1 3.2 3.2 3.2 3.4 3.3 3.3 3.0
1.21.41.61.82.02.22.42.62.83.03.23.43.63.84.04.24.44.64.85.05.2
Ave
rage
Yea
rs t
o C
om
ple
te
9
Postgraduate Support: Doctoral Graduates
The NRF contributes to increasing the number of doctoral graduates in the NSI
10
NRF INVESTMENT
• Investment in Researchers
•2015/16: R409m
•2011/12: R230m
TOTAL NUMBER OF FUNDED RESEARCHERS
• 2015/16: 4 315
• 31% black
• 37% female
• 2011/12: 2 890
• 26% black
• 33% female
NUMBER OF PUBLICATIONS
•2015/16: 7 158
•Total SA Web of Science (ISI) Publications (17 045)
•2011/12: 5150
•Total SA Web of Science (ISI) publications (10 918)
RATED RESEARCHERS
• 2015/16: 3 369
• 26% black
• 31% female
• 2011/12: 2 471
• 20% black
• 29% female
↑78% ↑36% ↑39% ↑49%
Researcher Support
11
Research outputs – NRF funded researchers contributed 42% (7 158 Web of
Science publications) of the total South African R&D Outputs in the 2015
publication year
NRF Black 32%
Female 32%
Researcher Support: Outputs
0
0.5
1
1.5
2Space Science
Multidisciplinary
Clinical Medicine
Physics
Molecular Biology &…
Immunology
Microbiology
Environment/EcologyPharmacology &…
Plant & Animal Science
Social Sciences, general
Biology & Biochemistry
Engineering
Global Baseline
Neuroscience & Behavior
Category Normalized Citation Impact
Researcher Support: Outputs – Web of Science
13
Demand for support – 2017 academic year
• 3 193 fundable masters and doctoral students could not be supported
Demand for Support: Postgraduate Students
3365
4857
88%
90%
60%
66%
25% 27%
0
1 000
2 000
3 000
4 000
5 000
6 000
Masters Applications Doctoral Applications
Nu
mb
er o
f A
pp
licat
ion
s
Received Eligible for Review Successful in Peer Review Awarded
14
Adequacy of Reach – 2017/18
• 513 fundable emerging researchers including post-doctoral fellows could not be supported
Demand for Support: Emerging Researchers
1403 91%
66%
29%
0
200
400
600
800
1 000
1 200
1 400
1 600
Emerging Researcher Applications
Nu
mb
er o
f A
pp
licat
ion
s
Received Eligible for Review Successful in Peer Review Awarded
Support and promote research and knowledge generation through the provision of National
Research Infrastructure Platforms
National Research Infrastructure Platforms
15
New facility: South African Radio Astronomy Observatories
Transferred to SANBI
The South African Environmental Observation Network (SAEON)
• SAEON was established in 2002 as an institutionalised network of departments, universities, science institutions and industrial partners.
• SAEON is managed as a National Research Facility within the portfolio of the NRF. However, SAEON is in essence a geographically distributed observation network.
Where, when,
why and how
does our natural
environment
change?
What are the
impacts?
How might we
secure our
environmental future?
Water delivery
Biodiversity Shifts
Earth system
Processes & feedbacks
Carbon Dynamics
SAEON Grasslands Node
Value of grasslands: • Commercial and
communal agriculture
• Water catchment
• Carbon storage
• Species rich
Parameters of
measure
Effects of the Drought
Community Projects to Restore Erosion
• SAEON works with rural communities to restore landscape damaged by erosion
• Community members monitor environmental conditions – citizen science
Key contributions to several government strategies and policies:
• World Summit on Sustainable Development,
• National Action Plan for Combating Land Degradation to Alleviate Poverty,
• Climate Change Strategies,
• National Water Resources Strategy,
• SA Earth Observation Strategy,
• Marine and Antarctic Research Strategy, Phakisa,
• International Long-Term Ecological Research Network
Observations, Data and Research Benefits
Sustainability of SA natural systems and
resources
Critical information for a green (low carbon)
economy
Critical information for planning and disaster
management
Critical information for resource management
– water, agriculture, biodiversity, energy
Essential and reliable business information
SAEON Performance Growth
Output 2011-12 2016-17 % Growth
Scientific articles 12 54 350%
Research students supervised 39 73 87%
Staff component 44 74 68%
Contributions to policy-making 19 39 105%
Conference presentations 43 154 258%
Interns hosted 4 17 325%
Parliamentary allocation
expensed R12.5m R26m 108%
External income expensed R5m R25m 400%
23
Parliamentary grant is
projected to grow at an
average of 5,4% in nominal
terms over the MTEF period.
However this is a 1,1%
decrease in real terms.
Proportion of designated
income (including ring-
fenced) to parliamentary
grant was approximately 1:1
in 2008/09.
Ratio has increased to 4:1 in
2017/18
NRF Financial Overview
24
NRF Parliamentary Grant – Nominal vs Real Terms
NRF Financial Overview
NRF Parliamentary grant only 20% of
total income
25
Total expenditure – parliamentary grant and designated income for 2017/18 (Rm)
NRF Financial Overview
106 2%
124 3%
2 780 59%
191 4%
346 7%
1 157 25%
Corporate
Science Engagement
Research Grants, Equipment & Bursaries
Biodiversity, Environmental & ConservationScience Research Platforms
Nuclear Science Research Platforms
Astronomy & Geosciences ResearchPlatforms (incl. SKA SA)
26
Postgraduate students from honours to
doctoral level,
Emerging researchers from
postdoctoral level,
Established researchers (Excl.
bursaries),
Strategic investment e.g. SARChI and
CoEs (Excl. bursaries).
Cross cutting instruments e.g.
International Collaboration grants
serves both emerging and established
researchers (Excl. bursaries)
Investment in Human Capacity Development
2017/18
647.72 36%
187.19 11% 143.01
8%
177.63 10%
630.79 35%
Postgraduate students Emerging researchers
Cross Cutting Instruments Established Researchers
27
Investment in Geographic Advantage Areas - 2014/15 to 2019/20 (Rm)
R1,37 bn in nominal terms and R1,1 bn in real terms
In the 2017/18 financial
year, 5,5 % (R247m) of the
total expenditure is for
geographic advantage
areas excl. astronomy
Investment in Geographic Advantage Areas
213 16%
208 15%
122 9%
825 60%
Palaeosciences Antarctic research Indigenous Knowledge Systems (IKS) Biodiversity
28
For the 2017/18 financial
year, 11,6% (R520m) of the
total expenditure is for
grand challenges excluding
astronomy
Investment in Grand Challenges - 2014/15 to 2019/20 (Rm)
R2,66 bn in nominal terms, and R2,14 bn in real terms
Investment in Grand Challenges
288 11%
455 17%
805 30%
1 111 42%
Bio-economy Energy Security
Global Change Human and social dynamics
29
In the 2017/18 financial year,
16% (707m) of the total
investment is for the grand
challenge and geographic
advantage area, astronomy.
(13% of the investment is
related to SKA SA)
Investment in Astronomy (Incl. SKA SA) 2014/15 to 2019/20 (Rm)
R3,3 bn (or R772 m excl. SKA) in nominal terms, and R2,7 bn (or R623 m excl. SKA) in
real terms
Investment in Astronomy (Grand Challenge and Geographic Advantage Areas)
132 4% 417
13%
224 7%
2 480 76%
SALT SAAO Excluding SALT HartRAO SKA
Plans over the MTEF (Programme 1 – Corporate)
30
OUTCOME: A reputable and influential agency shaping the
science and technology system
INDICATORS Actual 2016 Proj. 2020
STRATEGIC OBJECTIVE 5: Grow NRF Influence Impact and
Reputation
Multimedia coverage items 125 150
Number of internal and external users of
the NRF business intelligence systems 50 80
STRATEGIC OBJECTIVE 6: Optimise Return on Investment
Corporate overheads: calculated as a
percentage of total expenditure 1.4% <3%
Organisational Overheads: calculated as
a percentage of total expenditure 5.5% <10%
OUTCOME: A skilled, committed and representative NRF
research and technical workforce
INDICATORS Actual 2016 Proj. 2020
STRATEGIC OBJECTIVE 8: Improve Talent Management
Proportion of South Africans from
designated groups in senior
technical, and managerial
positions (Peromnes 1-8)
Black
Number 275 265
Female
Number 195 190
% staff turnover 10.5% 6%
Priority: the establishment of a new
division - Strategy, Planning and
Partnerships.
Priority: to ensure effective and
efficient use of financial resources and
explore a revised resource allocation
model.
Plans over the MTEF (Programme 2 – Science Engagement)
31
OUTCOME: Scientifically literate and engaged society
INDICATORS Actual 2016 Proj. 2020
STRATEGIC OBJECTIVE 7: Entrench Science Engagement
Investments in Science Engagement activities
(SAASTA & NF's) (Rm) 100.78 96.19
Interactions with the public
(learners, educators and general
public) focussing on science
awareness activities (SAASTA)
Number of
interactions 7 13
Approximate
number of public
reached
1 013 716 1 090 000
Interactions focussing on educator
development and learner
performance in Mathematics,
Technology and Science
Number of
interactions 12 12
Educators
reached 19 410 3 000
Learners reached 371 624 225 000
Priority: To ensure the
necessary systems are in
place for SAASTA to fulfil
its role as a National
Coordinator of the
Science Engagement
Framework with an
approved resourcing plan.
Note – Projection 2020 excludes the performance of the NZG
Plans over the MTEF (Programme 3 – RISA)
32
OUTCOME: An internationally competitive , transformed and
representative research system
INDICATORS Actual 2016 Proj. 2020
STRATEGIC OBJECTIVE 1: Promote Globally Competitive Research and
Innovation
Number of NRF funded researchers
from designated groups
Black Number 1 355 2 438
Female Number 1 610 2 650
Number of post graduate students
funded per designated group
Black Number 8 980 11 360
Female Number 7 032 9 280
Number of NRF rated researchers
from designated groups
Black Number 866 1 120
Female Number 1 054 1 400
Number of post graduate students
funded per level
Masters 4 853 5 800
Doctoral 3 181 3 400
STRATEGIC OBJECTIVE 2: Enhance Strategic International Engagements
Number of active grants emanating from binational,
multinational as well as agency to agency agreements 1 161 1 699
STRATEGIC OBJECTIVE 3: Provide Best Practice Systems in Support of
Grant- Making and Reviews and Evaluations
Total number of Researchers rated through the NRF
system 3 369 4 000
OUTCOME: Leading edge research and infrastructure
platforms
INDICATORS Actual 2016 Proj. 2020
STRATEGIC OBJECTIVE 4: Establish and Maintain Research
Infrastructure Platforms
Number of users of equipment that
was funded by the NEP and NNEP
programme
2 360 2 000
Number of publications emanating
from the usage of equipment funded
by the NEP and NNEP programme
1 105 1 450
Priority: To improve the representivity
of the science and technology
workforce and to concomitantly
improve research productivity,
influence and impact
Plans over the MTEF (Programme 4 – National research infrastructure platforms)
33
Note - 2020 projection excludes the performance of the NZG
OUTCOME: An internationally competitive and transformative
research system
INDICATORS Actual 2016 Proj. 2020
STRATEGIC OBJECTIVE 1: Promote Globally Competitive Research
and Innovation
Number of post graduate students supported
by the National Research Facilities 569 642
ISI publications at the National Research
Facilities 414 410
Number of users of National Research
Facilities 1 360 2 543
Citation impact of National Research Facility
outputs (annual cumulative) 1.25 >1,25
STRATEGIC OBJECTIVE 2: Enhance Strategic International
Engagements
Number of joint international agreements at the
National Facilities 122 104
OUTCOME: Leading edge research and infrastructure platforms
INDICATORS Actual 2016 Proj. 2020
STRATEGIC OBJECTIVE 4: Establish and Maintain Research
Infrastructure Platforms
Total infrastructure investment in the
National Research Facilities (Rm) 459.57 347.28
Priorities
• Completion of MeerKAT
• Mitigation of strategic risk of ageing
infrastructure at iThemba LABS
• Establishment of two platforms by
SAEON in line with SARIR.
• SAIAB to commission a new vessel
Thank You