Nokia Research Center has a global network of research facilities across ten locations. It engages with leading institutions through strategic collaborations to multiply efforts and build global test beds. The Tampere facility collaborates locally through the Demola program with Tampere University of Applied Sciences to transform concepts into prototypes. This has resulted in over 900 student projects since 2009. The facility also collaborates with Tampere University of Technology via a joint research center with around 80 people, mainly PhD students. The facility produces publications, patents, prototypes that impact products, and generates publicity through various events, websites, and demonstration of concepts.

1. Open Innovation Networks and Targets
Case: Nokia Research Center – Tampere
Jukka P. Saarinen
Nokia Research Center Tampere
V1.01 – April 2009
© 2009 Nokia

2. Nokia Research Center
A Global Network with Local Activities
• Global research facilities
• Global spread of research teams across ten locations
• Part of Nokia’s Corporate Tampere, Finland
Technology Office (CTO)

3. Open Innovation
Tampere University of
Applied Sciences (TAMK)
Engaging the World’s Leading Institutions
• Access and drive global
intellectual vision and
insight
• Form strategic
collaborations with world-
leading institutions to
multiply our efforts
• Build global test beds to
learn from broader
audiences
Ta
Nokia Research Center

4. Open Innovation Collaboration:
Practical Research & Innovation
Targets as 5Ps:
1) Prototypes
2) Publications
3) Patents
4) Product impacts
5) Publicity

5. How to make
1) Prototypes ?

6. Demola for Nokia =
”ppt – to – demo” transformation

7. Concepts from Nokia = seeds for demos
• Play a game hands-free - A thought- controlled UI
• New ways for mobile video recording, editing and event casting
• A new, digital dimension to Guided Tours for tourists
• Get a mobile connection to your virtual community
• Machinima – storytelling in mixed reality game, theatre, movie
• 3D landscape as a mobile phone UI
• Gesture- controlled 3D characters in a computer game
• ……

8. Results 2009 – 2011
• 900+ students
• 30+ % international students
• 72 % consider seriously to become an entrepreneur
• 180+ projects
• 96 % of completed projects licensed by project partners
• 10+ % of students are headhunted
• New start-ups, Protomo teams and co-founders
• 450 000 € rewards to students
• Check experiences from Demola projects on Youtube:
http://www.youtube.com/watch?v=_tX888Qnb2s
Operated by Hermia Ltd.

9. The New Factory in Tampere =
Demo & Test Factory for Nokia and
other companies
INNOVATION PRODUCTION
ENGINES:
• Demola = Demos
• Protomo = Spin Offs
• Suuntaamo = Test and
Living Lab
VERY UNIQUE SET-UP IN FINLAND and WORLD

10. How to make
2) Publications ?

11. Nokia Innovation Center: Science
Activities in Tampere
•Science driven activities
• From successful co-creation to truly open innovation
• Nokia + universities = local innovator network
• Joint projects, project selection and steering groups
• Public funding by Tekes and EU
• Contract with Local Universities (TUT, UTA, TAMK)
• 16 professors and ~40 PhD researchers
• Nokia offering premises for collaborative meetings
• Topics include e.g. advanced video and image processing, mobile
mixed reality, new audio solutions, …
• Nokia IC Theme Talk presentation & discussion events

12. Ingredients
• With Tampere University of Technology
(TUT)
• ~ 80 persons, mainly PhD students
• Officially opened in September 2007
• Premises for teamwork in Hermia 11
• Within walking distance

14. Fresh and young brains in Tampere
…….and Problems

15. Publications
Some recent books published with contributions from Nokia Research Center researchers
Technology Insight Series papers and Open Threads newsletters can be downloaded from research.nokia.com
Nokia Research
Center
15

16. How to make
3) Patents ?

17. Invention Reports - Example
November 7, 2007 Jukka Saarinen | NRC © 2007 17

18. How to make
4) Product impacts ?

19. Mobile Radar
A Phone’s Radio Acting as Radar
• Electromagnetic waves emitted
reflect off and through objects,
and are read by the phone
• Potential applications range
widely:
• Gesture control systems
• Speed measurements
• Area mapping
• Density assessment
• Low-light imaging radar
Nokia Research
Center
19

20. Morph
A Real Vision of the Deep Future
• Result of an invitation from MoMA in New
York
• Product of nanoscience collaboration
between NRC and University of Cambridge, UK
• A highly personal concept device based upon
sensors, services, customizability
• Based upon actual work going on in our labs
• Captured the global imagination and hunger
for daring visions
• Millions of views on YouTube
Nokia Research
Center
20

21. How to make
5) Publicity ?

22. Culture for co-
creativity
• Events
• Open innovation
symposium
• Seminar Series
• Talks
• Demo Days
• Lunchlets
• Future Internet Pizza
• Testbed Trials
• Demo Creation
• Open Call for Proposals

23. Website (research.nokia.com)
Focus areas and research projects Researchers provide bios and
are described contact information
The website features news, recent publications and industry
events on
the homepage
Research locations are provided with links Open Innovation partners are called out
to research areas
Nokia Research
Center
23

24. Ecosystem point of view
Nokia Research
Center

25. Innovation ecosystem (applied from R. Bendis 2012)
INPUT OUTPUT
Knowledge
creation
Education / Human resources Jobs
Human networks
Wealth creation
Networks of funds
Commercialization
Regional clusters
University – business collaboration New products & services
Basic Proof of Proof of
IP strategies New markets
research concept relevance
Co-creation processes
Companies
Multidicipline
research
Nokia Research
Center
25

26. Start creating with low risk
Not But €
Nokia Research
Center

27. Student is the King !!Student
Nokia Research Research direction is needed !!Student
Center

28. Nokia Research
Center

29. End of Story
Thank You / Kiitos
jukka.p.saarinen@nokia.com