1. Accessibility, utility and learning effects in
university-business collaboration
Nola Hewitt-Dundas, Areti Gkypali and
Stephen Roper
14th February 2017
2. Policy Context
UK Research and Innovation (UKRI)
• Purpose: ‘to integrate research and Innovate UK functions, which offers an
opportunity to strengthen the strategic approach to future challenges and
maximise value from Government’s investment of over £6 billion per
annum in research and innovation’.
• Improved collaboration between the research base and the
commercialisation of discoveries in the business community, ensuring that
research outcomes can be fully exploited for the benefit of the UK
Source: BIS, June 2016 The case for the creation of UK Research and Innovation, p.4
Protection of science and research funding: £1.5bn Global Challenges
Research Fund (2016-2021); £.6.9bn capital investment in new
equipment, labs and research institutes (2015-2021)
Autumn Statement announcement of £2bn new R&D spend by 2020
3. ERC II Project 1:
SME-University links and their
innovation and productivity benefits
Two areas of focus:
i. The link between (radical) innovation and
university collaboration
(ERC Project 1a)
ii. The geography of the relationship of (radical)
innovation and university collaboration
(ERC Project 1b)
5. New-to-the-market Innovation (1)
New to the market innovation
‘This business introduced a new
product or service to the market
before competitors’
New to the firm innovation
‘This business introduced a new product
or service that was essentially the same
as a good or service already available
from competitors’
The proportion of UK firms undertaking
both NTM and NTF innovation has fallen
with a greater fall in NTF innovation.
6. New-to-the-market Innovation (2)
• NTMI innovation life cycles are longer, more unpredictable, have
more stops and starts, and are more context-dependent (Keizer and
Holman, 2007).
• Innovation strategy will be shaped by internal resources,
organisational structures and market environment
High costUncertainty
Lack of
information
High risk
High
Revenues
First-mover
advantages
• Dependence on internal R&D and
organisational routes is unlikely to
result in new-to-the-market
innovation (Stringer, 2000)
• External knowledge sourcing: reduce
costs and risk, access new ideas,
knowledge and complementary skills
(Un et al. 2010; Hotternott and Lopes-
Bento 2016)
7. University-Business collaboration for new-to-
the-market innovation: the closer the better?
• Proximity facilitates the exchange of tacit and complex
knowledge through personal interaction and shared knowledge
and experiences (Boschma, 2005).
• However, in any particular location there may be limited
availability of the range of knowledge universities or other
knowledge sources have to offer (Guilani 2007; Leiponen and
Helfat 2010).
• Emphasis is given in the dynamic nature of knowledge search
and learning processes (Vahter et al. 2014; Balland et al. 2015;
Hewitt-Dundas et al. 2017).
9. Size matters?
(a) Smaller firms
Local National International
Prob.
Probability of
finding useful
knowledge
Probability of
being able to
access
knowledge
A
B
Local National International
Prob.
Probability of
finding useful
knowledge
Probability of being able
to access knowledge
A C
(b) Larger firms
10. Hypotheses
H1: The utility/accessibility trade off
Trade-offs between the accessibility and utility of external knowledge
imply an inverted-U shape relationship between distance and the
benefits of university collaboration.
H2: Local knowledge and smaller firms
Lower accessibility and higher utility will mean that local university
knowledge sources are of greater innovation benefit to smaller firms.
H3: Distant knowledge and larger firms
Greater accessibility and lower utility will mean that more distant
university knowledge sources are of greater benefit to larger firms.
H4: Learning effects
Learning effects resulting from prior collaboration will increase the
innovation benefits of collaboration with more distant university
partners.
11. Data & Method
• UK Innovation Surveys (UKIS) 2004-2012 (5 waves)
• Stratified sample, postal, non-compulsory, bi-annual, response rate 51% (2008-10) - 58% (2002-04):
unbalanced panel. Focus on responses for 2 consecutive waves; c.1000 obs per double-wave;
N=3,581
Dependent variable 1: New to the market innovation (0/1)
Dependent variable 2: Regional University Collaboration (0/1)
Dependent variable 3: National University Collaboration (0/1)
Dependent variable 3: International University Collaboration (0/1)
• C.20% collaborate & more likely for larger firms
• Multivariate dynamic and recursive model allowing the simultaneous estimation of the probability of
introducing NTM innovation, conditional on the likelihood of collaborating with a University at
regional, national and international level :
UNICOLLAB_REGt=β0+β1NTMIt−1+β2UNICOLLAB_REGt−1+β3OTHCOLLAB_REGt−1+β4FLCt+ε2t
ΝΤΜΙt
∗=α0+α1UNICOLLAB_REGt+α2UNICOLLAB_NATt
+ α3UNICOLLAB_INTt+α4OTHCOLLAB_REGt + α5OTHCOLLAB_NATt + α6OTHCOLLAB_INTt+ α7FLCt+ε1t
UNICOLLAB_NATt=γ0+γ1NTMIt−1+γ2UNICOLLAB_NATt−1+γ3OTHCOLLAB_NATt−1+γ4FLCt+ε3t
UNICOLLAB_INTt=δ0+γ1NTMIt−1+δ2UNICOLLAB_INTt−1+δ3OTHCOLLAB_INTt−1+δ4FLCt+ε4t
𝜖 = 𝜀1𝑡, 𝜀2𝑡, 𝜀3𝑡, 𝜀4𝑡, ′
~𝑁 0, 𝚺
13. Decisions: are they related?
All Small Medium Large
Rho (NTMI, UNICOLLAB_INT) -0.095 -0.056 -0.243* 0.006
Rho (NTMI, UNICOLLAB_NAT) -0.124* -0.097 -0.249** -0.028
Rho (NTMI, UNICOLLAB_REG) -0.119* -0.160* -0.154* -0.037
Rho (UNICOLLAB_INT,
UNICOLLAB_NAT) 0.629*** 0.762*** 0.768*** 0.372***
Rho (UNICOLLAB_INT,
UNICOLLAB_REG) 0.308*** 0.272* 0.232* 0.433***
Rho (UNICOLLAB_NAT,
UNICOLLAB_REG) 0.198*** 0.0920 0.211* 0.308***
14. All Small Medium Large
Collaboration with a
Regional University
0.062 + + (+)
Collaboration with a
National University
0.084 + + +
Collaboration with a
International University
(0.011) - + (+)
Hypothesis 1:
Don’t go too far!
Note: estimation results of marginal effects, numbers in parentheses denote non statistically significant estimation results
15. Hypotheses 2 & 3:
Size matters!
All Small Medium Large
Collaboration with a
Regional University
0.062 0.071 0.068 (0.038)
Collaboration with a
National University
0.084 0.103 0.082 0.066
Collaboration with a
International University
(0.011) -0.063 0.082 (0.039)
Note: estimation results of marginal effects, numbers in parentheses denote non statistically significant estimation results
16. Hypothesis 4: Learning
effects
• Strong persistence effects from prior
collaboration with regional, national and
international universities for each firm type
• Prior collaboration with consultants has a
positive impact for collaboration with
international and national universities while
the influence of customer collaboration is
limited
17. • An inverted-U shape trade-off relationship exists between distance
between collaborating partners and the likely cost-benefit of
collaboration.
• Small firms facing resource constraints may find it difficult to access
distant knowledge but, at the same time, may derive greater
benefit due to their weaker internal knowledge resources.
• Larger firms with stronger internal resources may be able to access
more distant knowledge but benefit less from that knowledge.
• Learning effects from previous collaboration with other types of
partners is rather weak
• Strong evidence of the persistence of university collaborations
Summarizing