Open Innovation 2.0 Yearbook 2013 - European Commission - Europa
Open Innovation 2.0 Yearbook 2013 - European Commission - Europa
Open Innovation 2.0 Yearbook 2013 - European Commission - Europa
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94 O P E N I N N O V A T I O N 2 0 1 3<br />
Aalto University, together with CESAER and<br />
EUGENE ( 1 ), organised several workshops to review<br />
the experiences of applying the KT principles in<br />
practice in 2011–12. According to the CESAER policy<br />
paper Stimulating the Modernisation Agenda<br />
for Research and Technology [10], the KT means<br />
special emphasis on new developments and more<br />
impact in:<br />
1. value creation based on better use of intangible<br />
assets;<br />
2. new processes and methods for university–<br />
industry collaboration;<br />
3. systemic change: focus especially on societal<br />
innovations.<br />
CESAER defined 12 principles and practices in<br />
more detail under these three headings. The<br />
most relevant with respect to this article are now<br />
summarised.<br />
There is a need for dialogue and sharing expertise,<br />
and through that for the modernisation of the triple<br />
helix model. The new learning environment is based<br />
on a culture characterised by learning and working<br />
together, and by research, development and<br />
innovation. Students need to be motivated to think<br />
outside of the box, and take initiative and responsibility<br />
for collaborative learning. Bringing together<br />
theory and practice is essential in implementing the<br />
Knowledge Triangle.<br />
Supportive structures and funding are basic enablers<br />
of innovation in university–industry collaboration.<br />
Bring together students and companies and<br />
create an interdisciplinary culture where dialogue<br />
and new thinking can take place. Provide places<br />
and opportunities for co-learning and create facilitator<br />
roles. The entrepreneurial mindset should be<br />
promoted throughout all learning environments,<br />
teaching methods and practices at the university,<br />
and it must be integrated with all activities — for<br />
students, staff and faculty.<br />
The major issue in promoting an entrepreneurial<br />
mindset is attitude. An entrepreneur is an innovator,<br />
creating something new and making things<br />
happen. This requires high ambition, motivation,<br />
positivity and risk-taking. This also requires the<br />
renewal of operational culture and procedures,<br />
especially when it comes to enhancing synergies<br />
( 1 ) CESAER is a not-for-profit international association of leading<br />
<strong>European</strong> universities of technology and engineering<br />
schools/faculties at comprehensive universities and university<br />
collages. EUGENE is a thematic network aiming at<br />
improving the impact of <strong>European</strong> engineering education<br />
(EE) on competitiveness, innovation and socioeconomic<br />
growth in a global context.<br />
between research, education and innovation activities,<br />
and to significantly strengthening collaboration<br />
with other actors of the society. <strong>Innovation</strong><br />
activities embrace not only corporate and organisational<br />
processes, product and service innovations,<br />
but also societal innovations. In societal<br />
innovations, there is always a structural or systemic<br />
dimension, influencing societal operations on<br />
a large scale.<br />
The Espoo T3 regional innovation ecosystem<br />
The most visible example of new innovationfocused<br />
developments in the Helsinki Region is the<br />
Otaniemi–Tapiola–Keilaniemi area, which is known<br />
as T3: science (Tiede) in Otaniemi, art (Taide)<br />
in Tapiola, and business (Talous) in Keilaniemi.<br />
Already, about half of all the high-tech innovations<br />
in Finland originate in the T3 area, which is also<br />
called the ‘<strong>Innovation</strong> Triangle’. The international<br />
success of individuals and companies in T3 is of<br />
paramount importance for Finland as a whole.<br />
Huge investment — an estimated EUR 5 billion<br />
within the next 10 years — is taking place in<br />
the area.<br />
Today, T3 is also northern Europe’s largest science<br />
and technology centre, accommodating more than<br />
30 000 professionals and students in the field<br />
of technology. In addition, there are more than<br />
5 000 researchers and more than 800 companies<br />
located in the area, including the global headquarters<br />
of Nokia, Kone, Neste Oil, Rovio, Fortum and<br />
Huhtamäki. Microsoft, DuPont, Bayer and Nissan<br />
are just some of the more than 100 foreign companies<br />
based there. Furthermore, Otaniemi — with<br />
the Aalto Venture Garage and Start-up Sauna — is<br />
a booming location for start-up companies.<br />
In 2009–10, the City of Espoo concluded an extensive<br />
expert study, The Well-Being of the Metropolis. The<br />
study explored how human potential, every region’s<br />
primary resource, could be developed and utilised in<br />
a sustainable way. One of the key questions was: how<br />
can we further develop the main responsibility of the<br />
state or, in many cases, the municipality, to identify<br />
and unleash hidden and essential resources such as<br />
individuals’ time and interests?<br />
This study, together with other regularly defined<br />
competitiveness strategies of the Helsinki Metropolitan<br />
Area, contributed to conceptualising the EUE<br />
research programme. The Helsinki Metropolitan Area<br />
is clearly a knowledge hub: this is indicated by several<br />
international benchmarking studies and rankings.<br />
However, other well-known examples of such<br />
hubs are stronger than the Helsinki Region in terms<br />
of resources, population numbers as well as location.