R&D and Non-Technical Innovation in Services: A Reevaluation Jeremy Howells Manchester Institute of Innovation Research Six Countries Programme Conference,

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Presentation transcript:

R&D and Non-Technical Innovation in Services: A Reevaluation Jeremy Howells Manchester Institute of Innovation Research Six Countries Programme Conference, October 2008, Karlsruhe

1. Introduction: Posing the Problem 2. Context 3. Explaining Growth 4. Changing Nature of R&D 5. Conclusions Outline

Non-technical forms of innovation important in services and innovation in services more outward looking c.f. inward facing (Howells & Tether 2004) … but at the same time continued rapid growth of R&D in services Paradox in that R&D typically been closely associated with technical innovation and inward looking forms of innovation (and manufacturing) Obviously service sector very large 1. Introduction: Posing the Problem

Obviously not really… service sector very large; recent analysis of, for example, CIS4 data (Tether & Tajar 2008; Castellacci 2008) indicates group - knowledge intensive services or advanced knowledge providers – where this set of manufacturers and service firms very similar profiles This group from both manufacturing and service firms hold a similar profile of more inward looking, technological innovation with high levels of R&D 1. Introduction: Posing the Problem

Not disagreeing with this, but maybe something more than this R&D may have more links with soft non- technological & organisational activities than previously recognised especially in services In looking at and reexamining innovation in services and service innovation we may need to reassess our view of how R&D is used by (service) firms 1. Introduction: Posing the Problem

Exploring R&D within services… …using UK Office of National Statistics (ONS) data examining Business Expenditure on Research and Development (BERD; linked to Annual Business Inquiry; ABI) and Annual Respondents Database (ARD) datasets (narrow panel: ) Analysis can at best be described as challenging…. 2. Context

…. restricted in what we feel we can say, but some interesting results… E.g. in relation to comparisons with manufacturing: -Large enterprises – SME distinction for those undertaking R&D -Large enterprises in manufacturing, c.f. services, more research intensive, but for small and medium sized enterprises service firms were more intensive – Lone star argument 2. Context

However some of most interesting centre on trying to explain rapid growth in R&D in service sectors…. albeit from low base UK R&D services growth: from £1,994 million to £2,892 million between , a 45% real growth rate (c.f. 12% for manufacturing) Services R&D in % of total BERD c.f. 17.3% in 1997 UK not unusual indeed somewhat slower than av. OECD rates (12% p.a. in OECD, ) 2. Context

How do we explain this rapid growth in R&D in services? 1. Better definition and measurement of R&D in service firms 2.Trickle down: absolute low values and some kind of catch up process - temporary 3. Externalisation and reclassification: by and of former manufacturing firms - externalisation spin-off process (Howells 1989); some R&D reclassified by this process 3. Explaining Growth

4. Changing nature of new firm formation: 4.1 Soft-hard model of new firm formation becoming more common or dominant model (firms start up as service enterprises and then move into manufacturing at a later stage) 4.2 Fewer firms converting from soft-hard model; i.e. staying soft For knowledge and R&D intensive firms this means R&D in service sectors benefiting from this process 3. Explaining Growth

5. Hollowing out and offshoring and outsourcing – basically give up manufacturing and offshore (China, India, etc.) it and/or outsource it, but continue undertaking R&D 6.R&D outsourcing (manufacturing > services; net flows) and offshoring (net inflows) in its own right benefiting R&D providers in services 3. Explaining Growth

7. Service research intensification: fundamental nature of services is changing – knowledge intensification; requires more R&D amongst other technical elements 8. …. but also changing nature of R&D, especially in service sectors…. 3. Explaining Growth

In what ways? –Links between (intramural) R&D and innovation expenditure on marketing and (in certain service sectors) design activities appear much closer in services than manufacturing (Tether and Tajar 2008) –R&D expenditure in service enterprises not linked to scientific and engineering graduate staff (as in manufacturing), but to other (non- scientific and engineering) graduate staff 4. Changing Nature of R&D

–R&D in service firms may have more of an external scanning role, especially if services are more oriented to external innovation activities and acquisition of external knowledge –Equally R&D may also play a much more significant role in the absorptive capacity of firms than previously acknowledged and this is especially true in services 4. Changing Nature of R&D

– The fragmented (distributed) and less formalised nature of R&D in services may also require/encourage this…. What does this all mean? A reevaluation about we perceive R&D and its links with non-technical activities, especially in services…. 4. Changing Nature of R&D

Need to reevaluate of how we view R&D and how it may be used differently in service firms: –R&D links with non-technical aspects of the firms innovation profile much higher… – …including, marketing, design, new media & professional (accountancy, legal, etc.) services – growth in R&D links with social sciences – The less structured, distributed nature of R&D may allow/encourage this…. – …. together with more informal nature 5. Conclusions

Service firms are therefore using R&D differently and seeking a different role for R&D than manufacturing firms Service firms appear more innovative in their use of R&D and this may be because less legacy issues, less tied down by exsiting formal structures, but also because they have to search for new models May also be a reflection of the more outward facing innovation profile of service firms, better aligned to open, distributed innovation frameworks and less attuned to old traditional R&D paradigms 5. Conclusions