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Presentación utilizada por Brian MacAulay en los Martes de Innobasque. 22/03/2011
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Innobasque - Evaluating the Impact of InnovationBilbao, 22nd March 2011
UK Innovation Index: Measuring Innovation that mattersBrian MacAulay – Director Innovation Index, NESTA
What should an Innovation Index set out to do?
1
2
3
Measure the level of investment in innovation
Link the impact of innovation to GDP
Measure innovation in UK businesses
Underlying questions
Is investment in innovation in the UK rising or falling?
Is the UK investing as much in innovation as other developed countries?
How does this translate into economic growth and what does it do for the productivity gap?
How innovative are businesses, and how does this compare across sectors?
4 Assess wider conditions for innovation in the UK
How good a place is the UK to innovate compared to other developed economies?
Goals
Innovation and Economic Growth – NESTA’s approach
There are four factors that we can focus on to promote innovation across the economy
Rationale
• Innovation is the most important driver of economic growth
• Minority of high-growth, innovative businesses vital to the economy
• Demand from government to help foster economic growth
Markets
Capital
BIS’s Annual Innovation Report
The Innovation Index has been officially recognised in BIS’s Annual Innovation Report
The measurement of innovation expenditures- Investment in Intangible Asset Survey
1
2
3
Measure wider spending on knowledge assets beyond R&D
Measure level of in-house and external expenditures
Enables estimate of depreciation rates for intangible assets
What was done Key Findings Comparison to Pilot data
• Questions asked for detailed data on the 6 categories of intangible assets: R&D, Design, Training, Software, Branding and Organisational development
• Respondents asked to report the level of expenditure conducted by own staff (including associated costs such as office facilities etc)
• Respondents asked to report average life-span of benefits from each asset type
• 50% of UK firms invest in non-R&D assets compared to 8% for R&D
• Level of investment in 2009 was £39bn* with largest component is software (£11.3bn)
• Services invest significantly more software, training and branding than manufacturing firms
• 55% of spending in-house compared to 45% purchased externally
• Only in Branding are external purchases significantly higher than in-house (70%)
• R&D has longest average benefit of 4.6 years
• Average of others is 3.2 years• Estimated depreciation rates of 23%
for R&D and 40% for other intangibles
• Data for Training, Software, R&D and Branding are comparable with Pilot findings
• Issues remain for Design and Organisational development possibly due to sampling, and recessionary effects or CHS assumptions in pilot
• Pilot uses CHS depreciation rates which are based on a small literature
• IAS finds Branding and Training relatively short lived (same as CHS)
What is new in survey
* £39bn is total weighted expenditure from IAS
The UK invested £137bn in innovation in 2008
21.6
27.1
3.8
23.3
16.0
Total 137.4
15.0
30.7
Investment in innovation, ₤bn, 2008
Training & skills development
“Go-to-market”
Design
R&D
Other (copyright, etc)
Software development
Organisational innovation
13.8% of private sector
output
The Index also provides historical innovation investment data going back to 1990
Source: Innovation Index
0%
1%
2%
3%
4%
5%
6%
7%
8%
9%
10%
11%
12%
13%
14%
15%
16%
Training
Org. Development
Design
Software
Go to Market
R&D
% of business output
Software
A wider view of innovation investments casts new light on the so-called “Innovation Gap”
Germany
US
Finland
Italy
Canada
UK (2009)
France
Business R&D as a share of GDP, 2008
Sources: R&D: OECD, except UK: ONS/Imperial,
2.8%
2.7%
2.0%
1.9%
1.3%
1.1%
1.3%
1.0%
Japan
A wider view of innovation investments casts new light on the so-called “Innovation Gap”
Germany
US
Finland
Italy
Canada
UK (2009)
France
Business R&D as a share of GDP, 2008
Sources: R&D: OECD, except UK: ONS/Imperial,
2.8%
2.7%
2.0%
1.9%
1.3%
1.1%
1.3%
1.0%
Japan
Investment in innovation as a share of Market Sector Gross Value Added 2006*
Italy
Germany
UK (2008)
France
Finland
Canada (2005)
US
13.8%
12.0%
9.8%
9.0%
7.9%
7.1%
5.0%
Non Farm Business Sector
Whole Economy
Non Financial Business Sector
Market Sector
Market Sector
Market Sector
Market Sector
11.1% Whole EconomyJapan (2005)
Software developmentIncludes Training & skills development; Organisational Improvement, Market research & advertising Hidden innovation
Traditional innovation Includes R&D, Design, Mineral exploration & copyright development
The measurement of innovation should be linked to the measurement of economic growth
Closing the UK’s productivity gap with other developed countries is an important goal of economic policy
Productivity (GDP per hour worked, current PPP), UK=100
100
110
120
130
140
1991
US
UK
France
The productivity gap remains significant
089293 94 95 96 97 98 992000 01 02 03 04 05 06 07
90
Source: ONS
Germany
09
0 1 2 3
Innovation contributes around two-thirds of productivity growth
Contribution to productivity growth, %, 2000 - 2008
7%
30%
23%
40%
Innovation investment TFP
Labour qualityCapital
investment
2.24
0.90
0.51
0.67
0.16
Total
Total factor productivity (wider benefits of
innovations)
Investment in innovation
Capital investment
Labour quality
Source: Innovation Index
Index provides breakdown of sector Labour Productivity growth
-4.00 -3.00 -2.00 -1.00 0.00 1.00 2.00 3.00 4.00 5.00
Series1
Average Annual Labour Productivity Growth 2000 - 2007
LPG
Average labour productivity growth (%pa)
Agriculture, Fishing & Mining
Manufacturing
Utilities
Construction
Retail, Hotels & Transport
Financial Services
Business Services
Index provides breakdown of sector Labour Productivity growth – importance of ICT
-4.00 -3.00 -2.00 -1.00 0.00 1.00 2.00 3.00 4.00 5.00
Series1
Average Annual Labour Productivity Growth 2000 - 2007
LPG
Average labour productivity growth (%pa)
Agriculture, Fishing & Mining
Manufacturing
Utilities
Construction
Retail, Hotels & Transport
Financial Services
Business Services
Index provides breakdown of sector Labour Productivity growth – importance of ICT
-4.00 -3.00 -2.00 -1.00 0.00 1.00 2.00 3.00 4.00 5.00
Series1Series1
Average Annual Labour Productivity Growth 2000 - 2007
LPGICT
Average labour productivity growth (%pa)
Agriculture, Fishing & Mining
Manufacturing
Utilities
Construction
Retail, Hotels & Transport
Financial Services
Business Services ICT is important to financial services
But not so important for manufacturing
Index provides breakdown of sector Labour Productivity growth – Intangible capital
-4.00 -3.00 -2.00 -1.00 0.00 1.00 2.00 3.00 4.00 5.00
Series1
Average Annual Labour Productivity Growth 2000 - 2007
Average labour productivity growth (%pa)
Agriculture, Fishing & Mining
Manufacturing
Utilities
Construction
Retail, Hotels & Transport
Financial Services
Business Services
Index provides breakdown of sector Labour Productivity growth – Intangible capital
-4.00 -3.00 -2.00 -1.00 0.00 1.00 2.00 3.00 4.00 5.00
Series1Series1
Average Annual Labour Productivity Growth 2000 - 2007
Average labour productivity growth (%pa)
Agriculture, Fishing & Mining
Manufacturing
Utilities
Construction
Retail, Hotels & Transport
Financial Services
Business Services
The Index reinforces the view that intangibles are important for service sector productivity
But, they are also important in driving productivity in manufacturing – servitisation?
Index provides breakdown of sector Labour Productivity growth – Intangible capital
-4.00 -3.00 -2.00 -1.00 0.00 1.00 2.00 3.00 4.00 5.00
Series1Series1
Average Annual Labour Productivity Growth 2000 - 2007
Average labour productivity growth (%pa)
Agriculture, Fishing & Mining
Manufacturing
Utilities
Construction
Retail, Hotels & Transport
Financial Services
Business ServicesThe dampened effect in financial services as labour hours rise greatly
Innovation is important in the key sectors – Business services, finance and manufacturing
-4.00 -3.00 -2.00 -1.00 0.00 1.00 2.00 3.00 4.00 5.00
Series1Series1
Average Annual Labour Productivity Growth 2000 - 2007
Average labour productivity growth (%pa)
Agriculture, Fishing & Mining
Manufacturing
Utilities
Construction
Retail, Hotels & Transport
Financial Services
Business Services
Innovation is important in the key sectors – Business services, finance and manufacturing
-4.00 -3.00 -2.00 -1.00 0.00 1.00 2.00 3.00 4.00 5.00
Series1 Series1Series1
Average Annual Labour Productivity Growth 2000 - 2007
Average labour productivity growth (%pa)
Agriculture, Fishing & Mining
Manufacturing
Utilities
Construction
Retail, Hotels & Transport
Financial Services
Business Services
In financial services, although productivity is lower, innovation through TFP plays the large part in driving productivity growth – 90%.
Manufacturing driven by within industry intangible investments
MEASURING INNOVATION IN THE PUBLIC SECTOR
We developed a survey tool aligned with this framework, and also based on a development of NESTA’s existing private sector index tool:
► Our first priority was to accurately reflect how innovation happens in the public sector.
► Our second priority was to enable future comparability of innovation across the private and public sectors, in the UK and internationally.
• In order to achieve this, we sought to maximise the use of the existing private sector survey tool, and align additional questions with existing relevant international innovation survey instruments where possible.
• We conducted user (cognitive) testing with 7 interviewees (4 Local Govt, 3 NHS) and refined the survey
► We analysed the survey findings based on the framework of public sector innovation.
Background to the pilot survey
Part of NESTA’s ‘Innovation Index’ Programme of work, to develop a new national innovation index.
1. The ambition of the Public Sector Innovation Index is that it will form a part of the national commentary on economic growth.
2. The index includes commentary and indices relating to the impact of innovation on UK economic growth, the conditions for innovation, private sector innovation and public sector innovation. Our work forms an important part of the latter.
3. Our project is a pilot approach to measuring innovation across the public sector using a survey approach.• Based on a survey of two parts of the public sector: the health sector
and local authorities• Objective 1: to help accurately understand the drivers of innovation,
the levels of innovation, and the impact of innovation• Objective 2: to enable comparability across sectors. The survey tool
aligns with NESTA’s Private Sector Index
Participation levels
Sector Health Local Government
Number of organisations in England
388 353
Number interviewed
64 (16%) 111 (31%)
Local Government Breakdown
Total in England
Surveyed
Non-Metropolitan districts 201 63 (31%)
Unitary authorities 56 13 (23%)
Metropolitan districts 36 11 (31%)
London boroughs 33 9 (27%)
Two-tier ‘shire’ counties 27 15 (56%)
Total 353 111 (31%)
Health Sector Breakdown
Eas
t M
idla
nds
Eas
t o
f E
ngla
nd
Lon
don
Nor
th E
ast
Nor
th
Wes
t
Sou
th
Cen
tral
Sou
th E
ast
Sou
th
Wes
t
Wes
t M
idla
nds
York
shir
e &
Hum
ber
Surveyed Total in England
Acute trusts 3 3 2 4 9 2 1 4 4 4 36 (22%) 167
PCTs (and Care trusts) 3 0 0 0 3 2 1 2 4 2 17 (11%) 151
Mental health trusts 3 0 1 0 1 1 0 1 0 1 8 (14%) 58
Ambulance trusts 0 1 0 0 0 0 1 1 0 0 3 (25%) 12
Total 9 4 3 4 13 5 3 8 8 7 64 (16%) 388
Foundation trusts 1 1 2 4 6 2 1 4 3 1 25 (19%) 131
The survey tool can be used by policy-makers and delivery organisations in the following ways:
1. As a dashboard – a lead indicator of performance improvement
2. To provide a body of research evidence to help improve innovation in the public sector
3. To identify where innovation is happening well (without the lag associated with performance monitoring) – to support identification and diffusion of innovation
4. As an organisational awareness and development tool
Our view is that a survey tool has value (in the achievement of the above) and there is demand for its use. Its future potential can best be realised by integrating the lessons from this pilot study and developing it in to a highly engaging online tool, available for use across the public sector
The outputs of the survey provide results that can inform different levels of the public sector
Approach
We have based the survey on the framework of public sector innovation shown below - developed from NESTA’s Innovation Index research to-date
Impact on Performance
Innovation Activity
Innovation Capability
Wider Sector Conditions for Innovation
Impact - describes the impact of innovation activity on an organisation’s performance in terms of impact on outcomes, service and efficiency measures, as well as the context for change:
► Improvement in output KPIs
► Improvement in service evaluation
► Improvement in efficiency
► Improvement context
Wider Sector Conditions for Innovation - describes how well the system in which an organisation operates helps or hinders innovation. There are 4 key innovation ‘levers’ that we investigate:
► Incentives
► Autonomy
► Leadership and culture
► Enablers
Innovation Activity – describes the pipelines of ideas flowing through an organisation and the effectiveness of the associated key innovation activities:
► Accessing new ideas
► Selecting and developing ideas
► Implementing ideas
► Diffusing what works
Innovation Capability – describes the key underpinning organisational capabilities that can sustainably influence innovation activity:
► Management of innovation
► Leadership and culture
► Organisational enablers of innovation
Impact on Performance
Innovation Activity Innovation Capability
Wider Sector Conditions for Innovation
Framework of Innovation inPublic Sector Organisations
The framework acknowledges two key differences between the public and the private sectors:
1. Differences in how value is defined. Innovation in the public sector is assessed through impact on a range of social value as well as economic value indicators.
2. Differences in the systems in which organisations operate. The framework reflects that public sector organisations operate in a range of different systems and assesses the impact of the system conditions on innovation in organisations.
Innovation Activity
Accessing new ideas
Implementing ideas
Selecting and developing ideas
Diffusing what works
This part of the framework provides a view of the current innovation activities of your organisation.
This provides a view of the activities most likely to impact future performance in the short - medium term (1-3 yrs).
Innovation activity can be considered as pipelines of new ideas flowing through your organisation as they are accessed and identified, selected and developed, implemented and diffused.
To gain a clear picture of the overall pipeline, an assessment of this activity should be based on quantitative indicators where possible, but will need to be augmented by qualitative assessment.
Description
The process of accessing and identifying a sufficient number of different types of new ideas from a range of sources
► Volume and types of ideas
► Novelty of ideas
► Sourcing: front line staff , consumers, senior management, research, competitors, sector scanning, delivery partners/collaborators, suppliers, intermediaries
Description
The process of selecting the best new ideas for development; allocating resources and working collaboratively during development
► Selecting the best ideas
► Allocating resources(skills and investment)
► Developing the ideas as a multi-disciplinary team
► Piloting/testing activity
Description
The process of converting developed and tested ideas to fully implemented solutions; allocating appropriate resources
► Embedding and scaling
► Training and investing
► Measuring benefits
► Securing benefits (including intangibles)
Description
The process of sharing and disseminating successful ideas within and outside the organisation
► Disseminating
► Sharing
Innovation Activity
Your organisation’s Innovation Activity is represented by the chart on the top left hand side of your scorecard. Innovation Activity has been categorised into four main process indicators described below.
For each of these four process indicators, a red X shows the corresponding index scores for your organisation, based on our analysis of your survey responses - relative to participating peer organisations. Comparisons can be made between your organisation and the average index scores, as well as the minimum, maximum and spread of responses from similar organisations.
Impact on Performance
Impact on Performance
This part of the framework provides a view of the impact innovation is having on your organisation’s current performance.
These indicators are the ones that research suggests that senior management and staff pay most attention to when managing innovation.
Depending on how your organisation views innovation, your innovation activities might fit alongside other improvement initiatives to improve performance. It is important to understand how your organisation views these collective contributions.
It is useful to augment survey findings with organisational performance improvement data.
Improvement in output KPIs
Improvement in serviceevaluation
Improvement in efficiency
Improvementcontext
Description► Improvements in service
evaluation/feedback from consumers over the last 1-3 years
Description► Improvements in output KPIs
over the last 1-3 years► Impact of these on outcomes
Description► Improvements in key
efficiency/productivity indicators over the last year
Description► Understanding of the context for
improvement in impact (degree of challenge)
The impact innovation is having on your organisation’s performance, based on our analysis of your survey responses, is represented by the chart on the top right hand side of your scorecard. Impact on Performance has been broken down into four main impact indicators, as described below.
For each of the four impact indicators, a red X shows the corresponding index scores for your organisation, based on our analysis of your survey responses - relative to participating peer organisations. Comparisons can be made between your organisation and the average index scores, as well as the minimum, maximum and spread of responses from similar organisations.
Innovation Capability
Description
The behaviours and conditions required for innovation to flourish
► Vision and spirit of senior managers
► Prioritisation of innovation
► Attitudes to risk taking and learning
► Attentiveness to views of users, front-line staff and middle-managers
► Space and capacity for creative thinking
► Term of office for leadership
Description
The critical enablers of innovation activity within the control of the organisation
► Management information
► Connectedness
► Incentives and rewards
► Profile/forums/events
► ICT Infrastructure
► Access to supportand skills (including quality of staff)
This part of the framework provides a view of the Innovation Capability of your organisation.
It contains the key underpinning capabilities that can sustainably influence innovation activity and performance in the medium-longer term (3 years+).
The ability to develop these capabilities is within the control of your organisation.
The assessment of these capabilities is mostly qualitative in nature and can be supported by other data such as staff surveys.
Description
The quality of organisation and planning for innovation activities
► Innovation objectives linked to performance priorities
► Investment intensity
► Innovation governance
► Professional engagement
► Risk management
Leadership & Culture
Management of Innovation
Organisational Enablers of Innovation
Innovation Capability
Your organisation’s Innovation Capability is represented by the chart on the bottom left hand side of your scorecard. Innovation Capability has been divided into three main capability indicators, as described below.
For each of these three capability indicators, a red line shows the corresponding index scores for your organisation, based on our analysis of your survey responses - relative to participating peer organisations. Comparisons can be made between your organisation and the average index scores, as well as the minimum, maximum and spread of responses from similar organisations.
This part of the framework provides a view of how well the system in which your organisation operates helps it to innovate.
The system contains policy levers that can help or hinder innovation.
These policy levers are outside the control of your organisation but within the control of policy-makers or other influencing bodies.
The framework allows your organisation to provide a view on the effectiveness of the use of these levers to policy-makers.
Wider Sector Conditions for Innovation
EnablersLeadership& culture
Incentives Autonomy
DescriptionEffectiveness and alignment of a system of incentives► Demand► Competition► Performance targets► Performance transparency► Accountability to consumers► Recognition & reward► Regulation
DescriptionThe responsibility and freedom to innovate► Responsibility for innovation► Flexibility to shape local strategy► Budget flexibility► Freedom to use rules and guidance► Legislative basis
DescriptionAccess to critical enablers of innovation► Access to transparent comparable
performance data► Access to best practice information
across public and private sectors► Access to innovation funds and
support► Award schemes► Learning from inspections/audits► Adequate IT systems► Access to shared structures
and tools► Peer review processes► Measurement of innovation
DescriptionThe behaviours and conditions required for innovation to flourish► Vision and spirit of innovation► Innovation linked to strategy► Attitudes to risk taking and learning► Attentiveness to views of users,
front-line staff and middle-managers► Attitudes to collaboration/working across
organisational boundaries► Focus on short/medium/long term goals► Quality of new initiatives
Wider Sector Conditions for Innovation
Your organisation’s view regarding how well the Wider Sector Conditions help or hinder your ability to innovate - are represented by the chart on the bottom right hand side of your scorecard. These conditions have been divided into four main category indicators, as described below.
For each of these four category indicators, a red line shows the corresponding index scores for the views of your organisation, based on our analysis of your survey responses - relative to participating peer organisations. Comparisons can be made between your organisation and the average index scores, as well as the minimum, maximum and spread of responses from similar organisations.
We are testing findings► With key
policy representatives from DH, CLG, Cabinet Office and BIS
► With survey participants – who will receive a scorecard (shown)
► We will ask survey participants for feedback
Innovation Index Scorecard
These charts show the results f rom the pilot innovation survey that you kindly took part in. We compare your results with all other Acute Trusts participating in the survey (in this case, the number of Acute Trusts participating is 36).For each part of the scorecard, your organisation’s index scores are shown in red compared to your peers participating in the survey.
1. Standard deviation: a measure of the spread of most responses
Mean MaxStandard deviation1 MinMean MaxStandard deviation1 Min
0%
20%
40%
60%
80%
100%Leadership and Culture
Management of Innovation
Enablers of Innovation
Innovation Capability
Mean Min Max
0%
20%
40%
60%
80%
100%Incentives
Leadership and Culture
Autonomy
Enablers
Wider Sector Conditions
Mean Min Max
0.00
0.20
0.40
0.60
0.80
1.00
Accessing new ideas
Selecting and developing ideas
Implementing ideas Diffusing what works
Innovation Activity
0.00
0.20
0.40
0.60
0.80
1.00
Improvement in output KPIs
Improvement in service
evaluation
Improvement in efficiency
Improvement context
Impact on Performance
A survey-based innovation index, if developed well, can be useful enabler of innovation in the public sector – in 4 ways
1. As a dashboard – a lead indicator of performance improvement2. To provide a body of research evidence to help improve innovation in the public
sector3. To identify where innovation is happening well (without the lag associated with
performance monitoring) – to support identification and diffusion of innovation4. As an organisational awareness and development tool
Our pilot study has provided useful lessons to improve the tool - through development in to an online version
► Limitations of a telephone-based survey. These include particular limitations of the ability to assess performance impact through a telephone interview approach
► The need for flexibility regarding number of participants, per organisation► How to galvanise participation► The use of the tool in promoting innovation and raising organisational capability
We are consulting on future use of such a tool. In particular:A. Potential for application across different levels: nationally coordinated
surveys; sector-led approaches; a tool for organisations’ useB. Functional requirements of the tool: benchmarking results, research and
organisational developmentC. Whether you agree that a web-based tool should be developed to meet
the above requirements
Should the survey tool be developed further and made available for use across the public sector?