Malcolm Butler PhD, MSc(Eng), MBA, BSc(Hons), CEng, MIMMM Micro- & Nanotechnology Manager

1. MNT in Yorkshire & Humberside: Bringing together commercially focused R&D and delivery routes to market Malcolm Butler PhD, MSc(Eng), MBA, BSc(Hons), CEng, MIMMM Micro- & Nanotechnology Manager Yorkshire Forward

2. Contents • Strategy/concept • What we’ve done already • What we plan to do

3. Yorkshire Forward MNT Strategy • YF MNT Programme allocated £5m to regional MNT organisations in Dec 2004 • Two components: • Commercially focussed R&D(encouragement of technology push) • Overcoming barriers to commercialisation(encouragement of market pull)

4. Moving forward The aim is to encourage inclusive working across the region, raising the profile and prospects of this important field

5. Overcoming Barriers to Commercialisation To work with the research and training expertise and relevant industry within the Yorkshire & Humber region to: • 1) Strategic view of investment to date £5m • 2) Strategic recommendations regarding best practice • To optimise research pipeline with commercial potential • To benefit academic and commercial activities

6. Overcoming Barriers to Commercialisation To work with the research and training expertise and relevant industry within the Yorkshire & Humber region to: • 3) Industrial liaison/marketing – stimulation of new opportunities • Industry: understanding their needs and highlighting opportunities • Universities: to stimulate new ideas and generate funding • Both: stimulation of new opportunities for collaboration • 4) Represent YF on UK MNT Network and globally

7. Barriers to Commercialisation of New Technologies • Academic Barriers • Industrial Barriers • Funding Barriers

8. Components Particles Polymers Characterisation New Technologies Market Applications Facilities & Expertise Product & Process Development

9. Contents • Strategy/concept • What we’ve done already • www.mntforum.com (see YF under regional section) • What we plan to do

10. Linking R&D excellence to industry: Biomaterials & Tissue Engineering CICUniversity of Leeds Particle Science & Engineering CICUniversity of Leeds Materials Analysis & Research Services CICSheffield Hallam University Green Chemistry CICUniversity of York …utilise existing infrastructure of 14 Centres for Industrial Collaboration Pharmaceutical Innovation CIC University of Bradford Polymer CICUniversity of Bradford

11. Build on the respected academic capability in the region and promote this to industry: • NanoFactory and NanoManufacturing Institute • International Centre for Micro- and Nano-Moulding • York-JEOL Centre for Nanofabrication and Analysis • Polymer IRC and Sheffield Polymer Centre • Centre for Precision Technology

12. Six key areas of world class MNT expertise: • NanoFactory and NanoManufacturing Institute (Leeds) • Nanoparticles, fibres and composites • E.g. production of nanoparticles and application into composites such as shin pads and composite automotive parts

13. Six key areas of world class MNT expertise: • NanoFactory and NanoManufacturing Institute (Leeds) • Nanoparticles, fibres and composites • E.g. production of nanoparticles and application into composites such as shin pads and composite automotive parts • International Centre for Micro- and Nano-Moulding (Bradford) • Volume production of micro-devices and nano-features • E.g. 0.00034g gear blank and channels for microfluidics

14. Six key areas of world class MNT expertise: • York-JEOL Centre for Nanofabrication and Analysis (York) • Nanolithography, electron microscopy and magnetics • E.g. sub-atomic resolution TEM and Dual Column Focused Ion Beam miller (FIB) capability

15. Six key areas of world class MNT expertise: • York-JEOL Centre for Nanofabrication and Analysis (York) • Nanolithography, electron microscopy and magnetics • E.g. sub-atomic resolution TEM and Dual Column Focused Ion Beam miller (FIB) capability • Centre for Precision Technology (Huddersfield) • Precision Coordinate Metrology, nano-scale surface metrology, and ultra precision manufacturing • E.g. surfaces for medical implants and quantitative characterisation of MEMS and silicon wafer devices

16. Six key areas of world class MNT expertise: • Polymer IRC and Sheffield Polymer Centre (Leeds, Bradford, Durham & Sheffield) • Soft nanotechnology, smart materials and biomimetic materials • E.g. drug delivery and substrates for tissue engineering • E.g. plastic electronic materials (LEDs) and devices (transistors)

17. Six key areas of world class MNT expertise: • Polymer IRC and Sheffield Polymer Centre (Leeds, Bradford, Durham & Sheffield) • Soft nanotechnology, smart materials and biomimetic materials • E.g. drug delivery and substrates for tissue engineering • E.g. plastic electronic materials (LEDs) and devices (transistors) • Kroto Research Institute (Sheffield) • Multi-disciplinary nanotechnology research base combining: electronic nanotechnology (III/IV), nanocharacterisation and nanomanipulation, soft nanotechnology, and tissue engineering

18. NanoFactory • A regional showcase for nanomanufacturing excellence and best practice in development and industrial applications of large volume functional consumer products enabled by micro- and nano- technologies • Single point of entry for expertise, capability and facilities across eight regional universities www.nanofactory.org.uk

19. NanoFactory • Bone replacement (nano-ceramics) • Inner ear implants (micro-moulding) • Flexible screens (coating) • Shin pads (nanofibres) • Luggage (nanofibres) • Car industry

20. MNT Network • MNT Network and facilities • Communities and discussion groups • Industrial Map of UK • Industrial Awareness Packs • Events, newsletter, website, etc. www.mntforum.com

21. Contents • Strategy/concept • What we’ve done already • What we plan to do

22. Barriers to Commercialisation of New Technologies • Academic Barriers • Industrial Barriers • Funding Barriers

23. Academic Barriers to Commercialisation • Facilities and multi-disciplinary working • Short-term resources • Relative priorities and drivers regarding research, teaching, and knowledge/technology transfer • Financial drivers for industrial outreach/commercialisation activities • Understanding of potential industrial applications • Understanding of potential industrial barriers to commercialisation • Understanding of the whole innovation cycle • Exploitation strategy of University

24. Industrial Barriers to Commercialisation • Risk Adversion • Sort-term aims vs timescale for commercialisation of R&D • Awareness of technology • Linking new technologies to current markets • Single point of contact (knowing where to go) • Cost of developing new technologies

25. Funding Barriers to Commercialisation • Proof of concept funding • Finance for early stage companies • Return on investment criteria • Sometimes a bureaucracy barrier to getting funding

26. Stimulating business R&D • Industrial Research and Development Award for Large Companies • Only English region to help large companies to accelerate R&D (£18.5m) • Grant for R&D • £3.1m to support innovation in SMEs

27. Conclusions • Got academic R&D excellence in Nanotechnology • Investing in making this commercially focussed • Got infrastructure for academic/industrial collaboration • Investing in utilising this for micro- and nano-technology Want to generate wealth and economic growth from new micro- and nano-technologies

28. Dr Malcolm Butler malcolm.butler@yorkshire-forward.com +44 (0)114 2229553