Collaboration and technology Transfer Ian Tracey HEPTech SecGen (STFC, UK) Bucharest 29 Oct, 2013
Collaboration and technology Transfer
Ian Tracey
HEPTech SecGen (STFC, UK)
Bucharest
29 Oct, 2013
Membership
22 / 17 UNITEDKINGDOM
PORTUGALSPAIN
FRANCE ITALY
GERMANY
SWEDEN
ROMANIASWITZERLAND
CHECH REP
BULGARIA
GREECE
SLOVENIA
What do we do ?
• Help move Big Science results to society
– Industrial academic collaborations
– Other academic disciplines
• Foster collaboration
– Apply for grants: COST, H2020
• Share best practice in TT
– Trailed new innovation platform
– ..and from each other
Brief History
• Formed March 2008 • June 2012
– Elected Chair – Secretary General
• Common Purpose – Collaboration Agreement – Effective working structure
Board, working groups – Active & participative
RD51 IdeaLAB
Interconnections
Q4 2013 Events
Oct13: INFN-HH Forum: Open Innovation
ESS Workshop, Inkind Contribution
Oct 13: CERN AIME, Neutron Detection MPGDs
Nov 13: EPFL Workshop, Best TT Practices
DEC 13: Greece AIME: Controls for Accel & Dect.
Oct 13: INFN-HH Workshop: Open Innovation
CH
ROMANIA
SWEDEN
GREECE
What is Open Innovation (Classic)
In Geek Speak
Image © http://openopine.wordpress.com/
© Some rights reserved by flickr/amandabhslater
There are five key elements in open innovation:
1. Networking
2. Collaboration (with partners, universities etc)
3. Corporate Entrepreneurship (start-ups,spin-offs..)
4. Proactive Intellectual Property Management
5. Research and Development.
What Makes Big Science Difficult
• It can take a long time • It generates a family of new products • It takes more than one organisation
to reach the goal
1870
X Rays
1895
1896
1896
1912
1950s
X-ray optics image © www.x-ray-optics.com
Radioactive Decay
1896
1898
1901
1938
1945
1956
What will the Higgs bring ?
Tuesday 8 October, 11:45 a.m
4 July 2012
A Real answer
Incubators
What’s Included?
The ideal package of knowledge,
financial and business support Access to 40
hours of CERN and 40 hours
of STFC technical expertise
Use of CERN IP at favourable
conditions
Collaboration and
Networking opportunities
Access to potential sources of financial support
through STFC’s links
£40,000 for use on IP
protection, design,
prototyping and market
studies
Areas of Impact Creating capability and advancing the UK’s skills base
• An estimated 26 million people followed coverage of the discovery of a new Higgs-like particle – a breakthrough where STFC played a prominent role.
Improving the performance of existing businesses • Oxford Instruments and e2v have enjoyed benefits worth an estimated £500-700 million
from collaborating with STFC and our university research communities.
Creating and nurturing new businesses • Portable X-ray scanners for on-scene emergency care and revolutionary graphics and
gaming software are just two valuable spin-offs from our science and technology.
Improving public policy and public services • Our research has deferred £3 billion of decommissioning and replacement costs by helping
to extend the lives of two of the UK’s nuclear power stations.
Attracting R&D investment from global business • A £20 million investment by a world leader in synthetic diamond supermaterials is set to
create over 100 jobs on the Harwell Oxford Campus.
Future Plans
• Apply for more grants
– EU, H2020, national / regional
– Build upon existing industrial pathways
• Industrial Coconveners, increasing industrial return
• Build Links to CERN BIC
• Develop and deploy communications toolkit
Overview