Good practice guide e book

Good Practice Guide
DISSEMINATING INNOVATIVE STRATEGIES FOR
CAPITALISATION OF TARGETED GOOD PRACTICES
www.districtplus.eu

Acknowledgements:
This guide is a product of the District Plus programme, a European wide collaborative project.
EU Disclaimer:
DISTRICT+ project has been funded with support from the European Commission (INTERREG IVC).
The DISTRICT+ Project has been approved and co-financed in the framework of the Interregional
Cooperation Programme INTERREG IVC, financed by the European Union's Regional Development Fund.
This publication reflects the views only of the author, and the Commission cannot be held responsible for
any use which may be made of the information contained therein.
© Innovation Birmingham 2013
Faraday Wharf, Birmingham Science Park Aston, Birmingham, B7 4BB, UK
Tel. +44 121 260 6000
www.innovationbham.com www.bsp-a.com
Authors: Hugo Russell
First Edition: 4 September 2013
Issued in English
Document type: GUIDE
Title: District Plus: Good Practice Guide
Version: V2.1
Author: Hugo Russell (Innovation Birmingham Ltd)
Scope:
Gather selected good practices from the six DISTRICT+ sub projects
and present in a guide.
Status: Live
District+
Good Practice Guide
4 September
2013

Good Practice Guide: Preface
Executive summary
The DISTRICT+ project aimed to promote a shift amongst traditional industrial economies to a new and
more competitive development model based on knowledge and innovation. The aim of this good practice
guide is to exchange the 43 selected good practices and build the policy capabilities of the partners,
showcase effective policies aimed at increasing the knowledge transfer between research institutions and
business ultimately stimulating regional Research and Development.
By developing our understanding of the barriers to adoption of Good Practices; the means of overcoming
these barriers or of adapting approaches to fit different contexts, and the relative success that these have in
creating more innovative and competitive regional economies District+ can provide valuable lessons for the
wider policy community. This is particularly relevant as the European Commission develops its ideas of
Smart Specialisation for Research and Innovation, which increasingly looks as if it will be adopted as an ex
ante conditionality in the new Structural Fund regulations.
What has become clear to the partners participating in the sub-projects is that the process of identifying
and sharing Good Practices only partially captures the value of the District+ approach. This provides a
starting point for a mutual learning experience which adds additional value to their work and to practices
within their home regions. The transfer of Good Practice is still complex because the ‘knowledge’ resides in
the regional and organisational members, tools, tasks, and their sub networks. This embedded and tacit
nature of this knowledge is hard to articulate.
The associated visualisation environment does assist in the discovery of relevant good practice, yet the
personal experience by decision making, influential and regional leaders is still a most effective method to
instigate a successful transfer of good practice.

Good Practice Guide: Preface 1
Part I – Introduction & Context 6
1. What this Guide sets out to do 6
Introduction to INTERREG IV C and DISTRICT+ 7
2. The DISTRICT+ sub-projects 8
2.1 Introducing D+ Sub-Regional Projects 8
2.2 The D+ partners: Different perspectives on a common agenda 9
2.3 Identifying and sharing ‘good practice’ 10
2.4 Supporting Resources 11
Part 2: Subprojects - Good Practices in action 12
3. EAST INNO TRANSFER 13
3.1 Overview 13
3.2 Impact 14
3.3 Good Practice Selected 14
4. KNOW-ECO 15
4.1 Overview 15
4.2 Sub Project Impact 16
5. NGSP Next Generation Science Parks 17
5.1 Overview 17
5.2 Impact 18
6. NICER 19
6.1 Overview 19
6.2 Impact 20
7. SPWW Science Parks without Walls 21
7.1 Overview 21
7.2 Impact 22
8. STEP 23
8.1 Overview 23
8.2 Impact of the STEP sub Project 24

Part 3: Good Practice Selected 25
9. Summary of the Selected Good Practice 25
9.1 Reserch Centre EIT+ (SPWW) 26
9.2 Oxygen Accelerator (SPWW) 27
9.3 Virtual Technology Platform (SPWW) 28
9.4 Special Economic Zone (SPWW) 29
9.5 Industrial Park Brasov (East INNO Transfer) 30
9.6 Mock Boards (East INNO Transfer) 31
9.7 Preincubation (East INNO Transfer) 32
9.8 Knowledge Transfer Partnerships (East INNO Transfer) 33
9.9 Institute of Applied Entrepreneurship (STEP) 34
9.10 Shorter Knowledge Transfer Partnerships (STEP) 35
9.11 Methodologies of transferring know-how and technology (STEP) 36
9.12 Innovation Vouchers (STEP) 37
9.13 Manufacturing Technology Centre (STEP) 38
9.14 Establishing an institute of Automotive Expertise (STEP) 39
9.15 Fostering Innovative SMEs (STEP) 40
9.16 Effective “Triple Helix” methods (STEP) 41
9.17 Prevention and Reduction of Unemployment (STEP) 42
9.18 Innovation Club (STEP) 43
9.19 CABLED (KNOW-ECO) 44
9.20 Competence & Demonstration Center (KNOW-ECO) 45
9.21 URBAN E-MOBILITY (KNOW-ECO) 46
9.22 Galileo Test bed Saxony-Anhalt (KNOW-ECO) 47
9.23 STARK III (KNOW-ECO) 48
9.24 Centre for Energy Technologies (KNOW-ECO) 49
9.25 Mobility & Traffic Supervisor (KNOW-ECO) 50
9.26 House Lumina (KNOW-ECO) 51
9.27 Exploitation of Brands (NGSP) 52
9.28 Create Open Arenas (NGSP) 53
9.29 Access to Finance (NGSP) 54
9.30 Entrepreneurs for the Future (e4f) Centre (NGSP) 55
9.31 MITZ – Integrated Fraunhofer PAZ (NGSP) 56
9.32 Research Campus and Science Centre (NGSP) 57
9.33 Project Cooperation by SMEs & Science Parks (NGSP) 58
9.34 Capital for Innovation (NGSP) 59
9.35 Supporting SMEs to get Funding for Knowledge 60
9.36 CsaVRI (NGSP) 61
9.37 Voucher for Technology Transfer (NGSP) 62
9.38 Education and Education Facilities (NGSP) 63
9.39 Support Financing University Chairs (NGSP) 64
9.40 UVaR-management of Patent Sector (NGSP) 65
9.41 Incubation and Market Dynamics (NGSP) 66
9.42 Integrated, Strategic & Action Oriented Approach (NICER) 67
9.43 Development of Consortia for a MNE (NICER) 68
Part 4 69
10. The future: Horizon 2020 & SMART Specialisation 69
10.1 Horizon 2020 opportunities 69
10.2 SMART Specialiation 70

DISTRICT+ Good Practice Guide: 2013 www.districtplus.eu
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Part I – Introduction & Context
1. What this Guide sets out to do
This good practice guide aims to present the selected 43 good practices in such a format that regional and
local decision makers can quickly discover what other regions have learnt to be effective. This resource can
be combined with the data visualisation tool to discover other relevant good practices.
PART 1: Introduction and Context
Introduces the six DISTRICT+ sub-regional projects and the good practices they selected. This then will
provide you with an understanding of the sub-projects perspective on the common agenda of good practice.
The supporting resources of the SharpCloud data visualisation tool to enable you to visually select relevant
good practices. The use of QR codes so your smart phone quickly capture the good practice for later
reviewing.
PART 2:
Two page summary of each of the sub projects containing the tag clouds and graphs so that you gain a quick
understanding of the subprojects impact and reach. Each of the sub projects have been Reviewed in relation
to their own notable features and also in regard to the Europe2020 Strategy the EU Cohesion policy and the
EU Horizon 2020 themes from the Workshops.
PART 3
Summary of each of the 43 selected good practices using tag clouds to quickly represent the good practice.
PART 4
Horizon 2020 and SMART specialisation

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Introduction to INTERREG IV C and DISTRICT+
INTERREG IVC provides funding for interregional cooperation across Europe. It is implemented under the
European Community’s territorial co-operation objective and financed through the European Regional
Development Fund (ERDF).
The overall objective of the INTERREG IV C Programme is to improve the effectiveness of the regional
polices and instruments. A project builds on the exchange of experiences among partners who are ideally
responsible for the development of their local and regional policies.
The areas of support are innovation and the knowledge economy, environment and risk prevention.
The DISTRICT+ Project has been approved and co-financed in the framework of the Interregional
Cooperation Programme INTERREG IV C, financed by the European Union’s Regional Development Fund.
The Project builds upon the experience of the former DISTRICT Project, a very successful interregional
cooperation initiative running from 2005 to 2008 in the framework of the previous Interreg IIIC Programme.
DISTRICT+ starts from the awareness that research and innovation are key issues for economic development
and that interregional cooperation provides a viable way to mutually learn in these most strategic areas of
regional policy. The partners have identified research, innovation and technological transfer as strategic
priorities in their Regional Operational Programmes, allocating to these themes one third or more of their
financial resources in the 2007-2013 period.
DISTRICT+ aims to exchange experiences and good practices among the regional partners in order to
improve the effectiveness of regional policies in the areas of innovation, research and technological
development.
DISTRICT+ aims to deliver transferable policy instruments and stable interregional networks implementing
sub-projects in the areas of clusters and business networks, SMEs innovating projects with universities and
Technology Centers, and innovation financing.
DISTRICT+ is focused on a strategic level by exchanging experiences and implementing sub-projects to
capitalize the partners’ good practices in regional development policies.

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2. The DISTRICT+ sub-projects
2.1 Introducing the interregional sub-projects
The implementation of the interregional sub-projects involved at least three different regions for each of
the 6 selected Sub-projects from an interregional Call for Proposals. The selected 6 projects came from a
pool of ideas which were developed into joint exchange programmes aiming at improving regional and local
policies or instruments. The sub-projects involved partners from at least three different regions among the
six DISTRICT+ partners and need to focus on one among the following policy areas:
 Internationalisation strategies
 Clustering strategies
 Innovative business development
 Spin-offs tools for industrial SMEs
 Development of technological incubators
 Eco-innovation in high-tech firms
The sub-projects launched in Brussels in December 2010 for funding in April 2011 with their activities
starting in May 2011 and ended by May 2013. The six sub-projects involved 25 different local partners.
These included public authorities, service and business centres, technology parks, universities, etc. - for a
total budget of about € 2.400.000.

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2.2 The D+ partners: Different perspectives on a common agenda
The 25 Partner organisations brought to the project the varied perspectives that originated from cultural
and structural differences yet with the common goal of the project longer relationships and benefits have
been established.
Figure 1: Formal relationships schematic from the DistrictPlus project

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2.3 Identifying and sharing ‘good practice’
The European territorial cooperation pays special attention to capitalization and transfer of good practices
in the management of regional development policies. The "Community Strategic Guidelines on Cohesion"
(2006/702/EC) have stimulated the Member States and regions to draw upon practices that have yielded
positive results in terms of governance, growth and employment. In the transnational context, in particular,
the Guidelines also give some priority to the areas that "add value, e.g. increasing the competitiveness
through innovation, research and development."
2.3.1 Considering processes
To aid cohesion between the sub-projects, the project partners feel that more regional sub-project
meetings would have been beneficial to all. This would have helped to eliminate misunderstandings and led
to a more consistent approach to outputs; it would have led to a better community of learning and less
duplication of effort in trying to solve problems or clarify understanding.
2.3.2 Considering problems
A problem analysis carried out by Vastra Gotalands came to the conclusion that the following factors
hamper transfer processes:
1. Identified Good Practices are not sufficiently targeting the actual demand and needs of the DISTRICT+
partner regions.
This is partially because of the turbulent start up phase of the project leading to the replacement of two
project partners and partially due to the substantial time past since the formulation of the AP. The
result is a sub-optimal fit between the contents of the GPs and the priorities of the project partners.
2. Key decision makers are not sufficiently involved in the project.
Although significant efforts have been taken to involve as many different stakeholders in the projects’
interactive sessions (JITS and Thematic events) it has been difficult to mobilize regional decision-makers
or other strategic persons, a.o. due to the reasons presented under p.1.
3. Good Practice transfer process not synchronized with regional policy-making.
Finally, the sequential process of DISTRICT+ (meaning that different policy themes and corresponding
good practices are analyzed and presented throughout the whole project duration) makes it difficult to
match the good practices with the policy-making processes. However, this is probably a manageable
issue due to the fact that most European regions presently are launching initiatives to develop regional
innovation strategies in the light of the next structural funds period.
2.3.3 The importance of transferability
The DistrictPlus project has been largely concluded successfully yet a lack of clear direction over the issue of
“transferability” has been a stumbling point. Additional guidance when received had little substantive
impact to our understanding. The partners accepted that the issue of “transferability” is complex and that
this is compounded by the limited timescale of the project.
We feel that with clearer guidelines from the outset that the identification of good practices would have
been different with less time invested in assessing the feasibility of good practices that were too large to
achieve ¡n the time available. Some excellent eco-innovation was identified but could not feasibly be
transferred in the life of the project.

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2.4 Supporting Resources
2.4.1 Data Visualisation (SharpCloud)
https://my.sharpcloud.com/html/#/story/b339da8f-360d-465a-9253-41d79e13157b
http://bit.ly/SharpCloudDP
In addition to this document it became apparent that there was an optional requirement to
visualise the selected good practices so that the regional decision makers and the knowledge
could be brought together. The complexities and depth of relationships, priorities, budgets,
benefits and outcomes needs to be visualised to enable identification and selection of
relevant good practices The SharpCloud environment enables better discovery and selection
of relevant good practice.
A tool for engaging an audience and getting to the key point of the data sets. It is most applicably for
anyone looking to build distributed team efficiencies and create clear and content-rich engagements.
2.4.2 QR Codes
These have been used to enable quick capture of relevant good practice typically via a mobile phone
application. Please note that data charges may be incurred. We recommend the use of an application that
enables QR code review prior to link opening.
2.4.3 URLs
These website addresses will take you to a project specific website and in many cases a link to a summary
document is provided. The longevity of the URLs that the codes link to cannot be guaranteed so the address
is also provided.
LESSON: Use of 303 redirects so that in the case of content moving the existing URLs will be redirected to
the new location.

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Part 2: Subprojects - Good Practices in action
Sub-Projects:
1. EAST INNO Transfer
Supporting Innovation and Fostering Knowledge Transfer
2. KNOW-ECO
Enhancing Knowledge Collaboration in Eco-Innovation
3. NGSP
Next Generation Science Parks
4. NICER
Networks for the Internationalisation of Cluster Excellence in Regions
5. SPWW
Science Parks without Walls
6. STEP
Improved Definition and Profiling for Sustainable Technology Parks

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3. EAST INNO TRANSFER
www.districtplus.it/east-inno-transfer
www.main.sssup.it/index.php/special-projects/east-inno-transfer.html
3.1 Overview
Supporting Innovation and Fostering Knowledge Transfer in the New EU Member
States
The sub-project EAST_INNO_TRANSFER supported the Implementation of innovative initiatives, by
encouraging the exchange and transfer of good practices from more advanced regions in Western Europe
(the West Midlands and Tuscany) to less experienced partners in the New Member States (Lower Silesia and
Brasov) enhancing the transition towards an economy of knowledge.
The main results of EAST_INNO_TRANSFER have been the strengthening of the policy capacities of the
partners and the improvement of the specific competencies and skills of their staff and local and regional
stakeholders on:
 Business innovation services (innovation support programs; start-up mechanism and services for the
creation of SMEs for young researchers; spin-off and spin out governance;
 Creation, management and development of academic incubators and R&D transfer centres and
technological parks.
Priorities Addressed: The issues addressed by the sub-project were in line with:
 Development of technological incubators and R&D transfer centres

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The Twelve key questions were investigated about regional Innovation policies as part of the sub project:
 Do we really need innovation?
 Which kind of innovation do we need?
 Can local and regional policies make the difference?
 What makes local government better aware of innovation problems and more capable of acting?
 What makes innovation policies successful?
 What is a regional (local) innovation strategy?
 Is job creation an objective?
 Who makes innovation policy?
 Is foreign investment helping innovation?
 What are the most effective tools of innovation policy?
 Are “agencies” useful?
3.2 Impact
Europe 2020 Alignment: The East INNO Transfer sub project addressed the EU2020 theme of Innovation
and Education with Employment also being addressed at a lower level.
Cohesion Policy: The good practices impacted on the Cohesion policy areas of:
 New Technology Development
 Skills and Training
 Business Development
 Cutting Edge Research
Horizon 2020 Themes addressed:
 Innovation in Small & Medium Enterprises
With additional impact in
 Secure Clean & Efficient Energy
 Leadership in Enabling & Industrial Technologies
 Innovation & Horizon 2020
 Research Infrastructures
3.3 Good Practice Selected
The following selected good practices are available in more detail within this document and online within by
following the website links above.
1. Industrial Park Brasov
2. Mock Boards
3. Pre-incubation
4. Knowledge Transfer Partnerships

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4. KNOW-ECO
http://districtplus.it/know-eco
4.1 Overview
Enhancing Knowledge Collaboration in Eco-Innovation
The Know-Eco sub-project focused on enhancing the uptake of eco-innovation in enterprises within the
construction and mobility sectors and the transnational transfer of knowledge, tools and methodologies for
linking knowledge providers with enterprises to increase the development or uptake of eco-innovation
products and services.
Addressing these issues in the Know-Eco partner regions is particularly important given the synergy of these
activities to existing and planned policy measures and the sustainable growth strategy for Europe 2020.
 Clustering strategies: CLU
 Eco-Innovation in High Tech Firms: ETF

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4.2 Sub Project Impact
Europe 2020 Alignment: The Know-ECO subproject addressed the EU2020 theme of Climate Change with
Education and Innovation also being addressed to a lower level.
Cohesion Policy: The Know-ECO good practices impacted in the Cohesion policy areas of:
o Energy Efficiency and Renewable Energies
o Smart Transport and Energy Infrastructure
o New Technology Development
o Cutting Edge Research
Horizon 2020 Themes addressed: The selected good practices have impact on the following Horizon 2020
themes:
 Resource Efficiency and Climate Action
 Smart, Green and Integrated Transport
 Future & Emerging Technologies
 Research Infrstructures
1. CABLED: Coventry and Birmingham Low Emission Demonstrator
2. Competence and demonstration centre: BMS and energy efficiency
3. URBAN E-MOBILITY
4. Galileo Test bed Saxony-Anhalt
5. STARK III
6. Centre for Energy Technologies
7. Traffic supervisor/SI.MO.NE Project/Elisa Programme
8. House Lumina

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5. NGSP Next Generation Science Parks
www.ngsp.eu
http://districtplus.it/node/25
5.1 Overview
Identify approaches to a regional science park system for transferral
NGSP overall objective is to analyse, develop and implement Good Practices and Regional Policies for how
to build a Science Park or a group of Science Parks that supports regional development, facilitates a dynamic
dialogue between Industry & Higher Education Institutions (HEIs), and attracts national & direct foreign
investment in the region.
The sub-project main objective will reached by analysing strategies and models adopted in the involved
regions, in particular the ‘knowledge sites’ a network of chemical parks in Germany, 6 science parks in
Sweden, Innovation Poles in Italy, Digital Plaza in the UK and Innovation and Science Park in Lower Silesia;
and by testing and implementing the learning generated during the analysis and experience exchange
workshops.

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5.2 Impact
Europe 2020 Alignment: The NGSP subproject addressed the EU2020 themes of Innovation and Education
with Employment also benefiting.
Cohesion Policy: The NGSP good practices impacted in the Cohesion policy areas of:
themes:
 Research Infrastructures
 Smart Green & Integrated Transport
1. Exploitation of well-known and established brands
2. Create Open Arenas
3. Minerva and the Access to Finance programme
4. Entrepreneurs for the Future (e4f) Centre
5. PPP to foster application oriented research MITZ – Fraunhofer PAZ
6. Research Campus and Science Centre Merseburg
7. Enterprise Europe Network - Cooperation of SPs and SMEs in projects
8. Capital for Innovation
9. Supporting SMEs to get Funding for Knowledge
10. CSAVRI Management Program
11. Voucher for Technology Transfer - University meets Business
12. Education and Education Facilities
13. Support Financing University Chairs
14. UVaR - Management of patent sector
15. Incubation and market dynamics

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6. NICER
www.districtplus.it/nicer
6.1 Overview
Networks for the Internationalisation of Cluster Excellence in Regions
The overall objective of the NICER sub-project is to identify and implement a number of strategies in
support of the internationalisation of clusters in the EU regions. Building on the experience of the different
involved regions, the sub-project will try to stimulate in-depth analysis, discussion and interactive learning
processes on the strategic attraction of foreign direct investment in firm clusters as well as on the support
to the active internationalisation of firm clusters.
The sub-project idea is based on the detection of good practice in the design and implementation of FDI
attraction policies, which vary in approaches and tools. The sub-project addresses issues related to the
restructuring of EU manufacturing sectors and clusters, the hollowing out of manufacturing activities in low
cost localities, the volatility of foreign direct investment flows in a post-crisis global economy and public
budget constraints. Each partner will involve main stakeholders and players in regional innovation and FDI
attraction policies.
The NICER subproject aimed to support the design of effective public policy for maximising the value of
foreign direct investment for the economic development and in particular for cluster upgrading and
innovation.

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6.2 Impact
Europe 2020 Alignment:
The NICER subproject addressed Innovation, Employment and Education themes of EU 2020.
Cohesion Policy: The NICER good practices impact in two core areas:
themes:
 Access to Risk Finance
1. Cluster and foreign investment dovetailing
2. Policy support to the development of consortia of local producers of a MNE

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7. SPWW Science Parks without Walls
www.districtplus.it/spww
www.scienceparkwithoutwalls.com
7.1 Overview
Catalysing the development and commercialisation of
new products, processes and services
SPWW brings together public and private sector organisations as well as policy makers, practitioners,
entrepreneurs, innovators, universities, SMEs and large companies to catalyse the development and
commercialisation of new products, processes and services. In particular it focuses on the development of
the next generation of entrepreneurs (e.g. digital entrepreneurs) who need to expand and develop their
companies and require new types of advanced connectivity and business services, such as new forms of
finance to match the very fast moving industries they operate in.
SPWW will, enable entrepreneurs to pitch to international funders, business angels; large companies etc. to
gain funding to develop their company’s products and services. The sub-project's overall objective 'to
leverage growth by connecting geographic locations to innovation-led growth by generating virtual clusters
thereby by shrinking geographies and timescales' will be achieved by the exchange, sharing and transfer of
policy experience, knowledge, tools and methodologies for linking knowledge providers with enterprises at
a transnational level.
 Innovative Business Development: IBD
 Development of Technological Incubators: DTI
 Eco-Innovation in High Tech Firms: ETF

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7.2 Impact
A notable output from the sub-project is the implementation of a video communications and collaboration
framework that has been transfereed from Gothia Science Park, SE into Birminham Science Park Aston,
UK. This is building upon open industry standards and now facilitating effectice meetings on site or
between disparate locations.
Europe 2020 Alignment: The SPWW subproject select 4 good practices that notably addresses the strategic
area of Innovation with Climate Change and Education also addressed by the good practices.
Cohesion Policy: The SPWW good practices had noticable impact across all seven (7) areas so is well
positioned for a general impementation:
Horizon 2020 Themes addressed: The 10 selected good practices from the 32 identified by the STEP
subproject have the most impact on the following Horizon 2020 themes:
The following themes also had notable activity from the good practice.
 Towards more Inclusive, Innovative & Secure Societies Challenge
1. Oxygen Accelerator
2. Research Centre
3. Science Port
4. Video Conferencing & Virtual Technology Platform

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8. STEP
www.districtplus.it/step
Transferability Handbook: http://www.igz-md.de/europaeische-projekte/
8.1 Overview
Improved Definition and Profiling for Sustainable Technology Parks
The key aim of the STEP sub project was to gain an improved understanding of the contribution of
virtual/physical technology parks in supporting the sustainability of key sectors in local economies, with a
particular focus on the automotive industry.
STEP sought to improve the effectiveness of regional policies and instruments and give participating regions
an exclusive opportunity to:
 Benefit from existing partner experiences and expertise in innovation and technology transfer;
 exchange established methodologies and tools; and
 Test the implementation of good and best practices into their own structures (taking them into account
for when planning strategic development).
Additionally, the focus on the automotive supply chain provided a common regional foundation with an
emphasis on research and development, small and medium sized enterprises and start-up firms; those likely
to need the support provided by technology parks. Moreover, a major innovative aspect of the sub-project
was the examination of the contribution made by virtual technology parks alongside their traditional
physical form.
Key outputs from the sub-project include a good practice transferability handbook, building upon feedback
from seminars, a creativity workshop, experts meeting and study visits/two-way knowledge exchanges. A
focus of the handbook is a set of ‘action recommendations’ to promote sector sustainability through the
technology park concept.

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8.2 Impact of the STEP sub Project
Europe 2020 Alignment: The STEP subproject identified good practices that notably addressed the strategic
areas of Innovation, Education and Employment.
Cohesion Policy: The STEP subproject identified 10 good practices with the most significant impact in the
areas of Skills &Training; Business Development; and New Technology Development
Horizon 2020 Themes addressed: The 10 selected good practices from the 32 identified by the STEP
subproject have the most impact on the following Horizon 2020 themes:
The following themes also had notable activity from the good practice.
 Towards more Inclusive, Innovative & Secure Societies Challenge
1. Institute of applied Entrepreneurship
2. Shorter Knowledge Transfer Partnerships
3. Specific methodology of transferring know-how and technology
4. Innovation Vouchers
5. Ansty Park – Manufacturing Technology Centre collaborative partnerships
6. IKAM - Establishing an institute of Automotive Expertise (with high tech laboratories, machines …)
7. Efficient internet platform for cooperation between innovative SMEs
8. Effective “triple helix” methods of collaboration between Regional Innovation Systems
9. Prevention of unemployment in Lower Silesia (Activities related to this)
10. Innovation Club

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Part 3: Good Practice Selected
9. Summary of the Selected Good Practice
List of the 43 selected good practice
9.1 Research Centre EIT+ (SPWW) 26
9.2 Oxygen Accelerator (SPWW) 27
9.3 Virtual Technology Platform (SPWW) 28
9.4 Special Economic Zone (SPWW) 29
9.5 Industrial Park Brasov (East INNO Transfer) 30
9.6 Mock Boards (East INNO Transfer) 31
9.7 Preincubation (East INNO Transfer) 32
9.8 Knowledge Transfer Partnerships (East INNO Transfer) 33
9.9 Institute of Applied Entrepreneurship (STEP) 34
9.10 Shorter Knowledge Transfer Partnerships (STEP) 35
9.11 Methodologies of transferring know-how and technology (STEP) 36
9.12 Innovation Vouchers (STEP) 37
9.13 Manufacturing Technology Centre (STEP) 38
9.14 Establishing an institute of Automotive Expertise (STEP) 39
9.15 Fostering Innovative SMEs (STEP) 40
9.16 Effective “Triple Helix” methods (STEP) 41
9.17 Prevention and Reduction of Unemployment (STEP) 42
9.18 Innovation Club (STEP) 43
9.19 CABLED (KNOW-ECO) 44
9.20 Competence & Demonstration Center (KNOW-ECO) 45
9.21 URBAN E-MOBILITY (KNOW-ECO) 46
9.22 Galileo Test bed Saxony-Anhalt (KNOW-ECO) 47
9.23 STARK III (KNOW-ECO) 48
9.24 Centre for Energy Technologies (KNOW-ECO) 49
9.25 Mobility & Traffic Supervisor (KNOW-ECO) 50
9.26 House Lumina (KNOW-ECO) 51
9.27 Exploitation of Brands (NGSP) 52
9.28 Create Open Arenas (NGSP) 53
9.29 Access to Finance (NGSP) 54
9.30 Entrepreneurs for the Future (e4f) Centre (NGSP) 55
9.31 MITZ – Integrated Fraunhofer PAZ (NGSP) 56
9.32 Research Campus and Science Centre (NGSP) 57
9.33 Project Cooperation by SMEs & Science Parks (NGSP) 58
9.34 Capital for Innovation (NGSP) 59
9.35 Supporting SMEs to get Funding for Knowledge 60
9.36 CsaVRI (NGSP) 61
9.37 Voucher for Technology Transfer (NGSP) 62
9.38 Education and Education Facilities (NGSP) 63
9.39 Support Financing University Chairs (NGSP) 64
9.40 UVaR-management of Patent Sector (NGSP) 65
9.41 Incubation and Market Dynamics (NGSP) 66
9.42 Integrated, Strategic & Action Oriented Approach (NICER) 67
9.43 Development of Consortia for a MNE (NICER) 68

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9.1 Research Centre EIT+ (SPWW)
www.invest-park.com.pl
www.darr.pl
Fostering Innovation via co-operation of Academia, Government & Business
Wroclaw Research Centre EIT+, established in 2007, is a unique undertaking in Poland, dedicated to
fostering innovation based on the co-operation of academia, local government and innovative business. The
company’s shareholders are the largest universities in Wroclaw as well as the authorities of the city of
Wroclaw and the region of Lower Silesia.
EIT+ is currently developing its new Pracze Campus – the most significant Polish R&D investment in recent
years. A network of laboratories and offices, which are already under construction, will meet world class
standards with regard to equipment, infrastructure management and R&D support services. Wrocław
Research Centre EIT+ Campus (The Pracze Campus) is a priority scientific and technological investment in
Wroclaw. It covers an area of 27 hectares, located 13 km away from the city centre. The strategic goal of the
company is to organise and carry out interdisciplinary research activities as well as knowledge management
and transfer particularly in the following areas: biotechnology, medical technologies, nanotechnologies,
advanced materials, telecommunication technologies and climate change.
Inside the buildings, apart from laboratory spaces, there are offices, seminar and conference rooms
together with back-up amenities. The Pracze Campus has become even today an attractive meeting place
for Wroclaw’s environmental scientists, scholars from other regions and countries, who realize joint
projects. Projects conducted
 EU FP 7 TEPSIE PROJECT
 NANOTECHNOLOGY PROJECTS
 BIOTECHNOLOGY PROJECTS
 CLIMATE PROJECTS
 INFORMATION AND COMMUNICATION PROJECTS
 COMMERCIALISATION PROJECTS

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9.2 Oxygen Accelerator (SPWW)
www.oxygenaccelerator.com
www.e4f.co.uk
www.innovationbham.com
Support the establishment & growth of early stage SMEs with finance and mentoring
A programme that catalyses early stage technology start-ups and rapidly creates a technology community.
Oxygen Accelerator is a joint venture between Birmingham Science Park Aston (BSPA) where it is based and
a local Entrepreneurial Angel investor. The objective of the programme is to source start-up companies with
high-quality potential and provide the conditions for that potential to be realised with early growth, creating
jobs and providing the environment needed for retention of investment in Birmingham.
In May 2011 BSPA launched the Oxygen Accelerator programme and took applications from a worldwide
audience, receiving interest from 22 countries. Each business receives up to €21,000 to enable them to
survive the duration of the 13-weeks for 8% equity in exchange for the programme to the investor. The
programme delivers intensive mentoring support for the businesses and allows for free desk space
alongside the Entrepreneur for the Future incubator (E4f). The programme culminates with series of
investor days where participating businesses 'pitch' to a large, carefully selected group of Angel investors,
Venture Capitalists and Private Equity groups for next stage funding. 80 investors attended the event for
the first group of beneficiaries.
Outputs from the programme are the following:
 Global Awareness: Applications received from businesses in 22 countries.
 44% (4 of 9) businesses remaining on site creating high-quality jobs.
 A public/private partnership:

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9.3 Virtual Technology Platform (SPWW)
www.GSP.se
http://www.gsp.se/sites/default/files/pdf/news/metodhandbok_telepresence.pdf
Video-conferencing & Visualisation Services to support the growth of SMEs
The Virtual Technology Platform (VTP) supports next generation of entrepreneurs and SMEs who require
leading edge connectivity and facilities to develop and grow their business.
The VTP assists in driving the knowledge economy by providing fit-for-purpose digital facilities that connect
creative locations across the world to provide a network facilitating global exchange of ideas, trade and
investment to promote growth. The main benefit for SMEs is that this facility will save them time and
money by linking up overseas markets through virtual meetings thereby saving on cost and time.
The facilities have been further enhanced through the collaboration with global corporate(s) and other
science parks that have similar technologies. Through this network of ‘Science Parks without Walls’, SMEs
engage with customers, suppliers and collaborators to have higher quality discussions. A facilitation service
can also be provided to enable a level of trust to be quickly established and accelerate agreement. This
facility assists in attracting business into centres and improves global reach without the loss of the business.
The Video-conferencing facility has been used across the transnational partnership and this has proved to
be an invaluable platform for communicating and pitching for ideas. As profits increase this will safeguard
jobs and new jobs will be created through new trade and investment.
Figure 2: Visualisation diagram to facilitate effective meetings
There are many definitions of what makes an effective meeting but most of them state that the effective
meetings; achieve the meeting’s objective, take up a minimum amount of time and leave participants
feeling that a sensible process has been followed. In this guide, created and evaluated in project SPWW, you
get to learn about our experiences regarding digital meetings. The guide is divided in to four parts: Technical
platform, Tele-presence Etiquette, during the meeting and Visualization/templates.

29
9.4 Special Economic Zone (SPWW)
www.invest-park.com.pl
www.darr.pl
Creating zones to attract FDI and create commerce
A solution to economic growth of a region is the establishment of a Special Economic Zone.
Wałbrzych Special Economic Zone "INVEST - PARK" is one of the fastest developing industrial zones in
Poland. Wałbrzych Special Economic Zone (WSEZ) is composed of 41 Subzones. WSEZ is one of the top 5 EU
investment zones confirmed by the ranking of British publication FDI Magazine Financial Times, which
examined 600 SEZs.
One of the solutions to economic growth of the region was establishing
of the Special Economic Zone. Main strong points of the Zone are
possible allowances against taxes for the investors and other
encouragement. Entrepreneurs can get a public assistance amounting of
up to 50 % of incurred investment costs or 2 - year labour cost of new
employed workers. The economic assistance for small sized investors is
increased by 20% and in case of medium sized investors is increased by
10% All subzones have modern technical infrastructure. Subzones are
situated in geographically convenient locations. This is an additional
strong point for investments within the Zone. Attractiveness of the zone
is increased by a well-developed transport network (road, railway and international airport).
Wałbrzych Special Economic Zone "INVEST - PARK" has attracted almost 200 investors consisting of global
corporations which have built or are building their factories in the zone.

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9.5 Industrial Park Brasov (East INNO Transfer)
http://www.parc-industrial.ro
Technology and Management Knowledge Transfer via Private Initiative
Industrial Park Brasov is a private initiative designed for technology and management knowledge transfer to
private or public organizations using the model of some foreign and Romanian large companies. The park
supports the SME and also new foreign industrial investments interested in fast growth.
IPBrasov is a successful form of public-private partnership with IPBrasov being a private organization that
reflects public policy. The public stakeholders are local public authorities that co-operate for solving the
infrastructure problems and use IPB as a "local centre of growth" to reach indirect beneficiaries.
The initial strategic goals ares:
1) Create a modern industrial frame for new jobs;
2) Transfer of specific knowledge for ecological solutions;
3) Formation and development of human resources;
4) Promoting a new management approach.
Today the strategy of IPB is more complex and includes an emergent interest for the transfer of new
technologies in developing eco-friendly industrial infrastructure. The direct beneficiaries are companies that
use the park facilities and other companies working with the first category. The main key success factors are
the basic "greenfield solution" and the private financial support and management.

31
9.6 Mock Boards (East INNO Transfer)
http://www.staffs.ac.uk/for_business/
Developing academic inventors' skills and horizons to act commercially
Creating an environment to nurture potential University spin-out activities and embed corporate practise
with Postgraduate researchers and University academic staff.
Mock Boards introduces academics to the roles and responsibilities of being a Director in a commercial
enterprise. Academics by their very nature tend to have excellent skills in communication, research and
problem solving, but in many cases lack business experience. Whilst there are many theoretical guides for
the development of business acumen, there is nothing quite like taking part and doing it. It is also important
that management and administration staff are involved to ensure that they can help to incubate companies
prior to official spin-out.
The Mock Board approach involves academic inventors, University management and administration staff in
a structured approach to developing potential IPR and commercial opportunities. The structure simulates a
board of Directors meeting in format, roles and responsibilities. This introduces skills and procedures that
project leads require if the opportunity grows into a spin-out company.
Skills, experience and knowledge for these roles are drawn on from across the University. People are
seconded from the Law school, the department of Enterprise & Commercial Development and the
management & administration staff from relevant faculties.
Since we started using Mock Boards at Staffordshire University we have used them for seven potential spin-
out companies. This has been hugely successful. We have managed to convert some of the potential spin-
outs into new companies that are trading from the foundation that they had during the incubation period
and the mock board. Through this process we were also able to determine that one project should not
become a spin-out and should trade from within the University instead. We also determined that 2 projects
should not be taken any further forward, thus reducing our risk and time. In terms of other outcomes, it is
clear that University management and administration staff have learnt more about what is required to
support internal and external enterprise.

32
9.7 Preincubation (East INNO Transfer)
http://www.inkubator.pwr.wroc.pl/preinkubacja
Support to SME, Entrepreneurship and SMEs
Pre-incubation is an educational service that removes high risk and huge costs the characterized by these
services.
The aim of pre-incubation is to prepare young people to establish own company. Academic
Entrepreneurship Incubator of Wroclaw University of Technology (AEI WUT) cooperates with student
Foundation MANUS to host the clients of pre-incubator. Pre-incubation lasts for one year and during this
time young businessman received from Foundation account and personal advisor. This phase is very
important stage during which a lot of interesting information can be obtained. Target groups of the pre-
incubator are students, graduates, Ph.D. students, researchers and teaching staff. The client can be private
person with idea of starting and managing a business, a business plan or concept and an invention or
innovation. They need to test the market of their products and services prior to the creation of an own
business. The pre-incubation at WUT has set up a range of services for the entrepreneurs in the pre-
incubation stage, e.g. training on the marketing of products and services, international marketing, project
management, financing, IPR; support for business plan construction, internal and external consulting.
It allows carrying on business under the protection of Incubator and Foundation without establishing
company. The pre-incubation allows its client to develop their ideas without necessary of registration their
business.
Without the support from the pre-incubator staff, the company would not have been able to go that far.
Important factors for success are the close links with university, the support in entrepreneurial matters, and
the individual advice for establishment and refining of the business idea.

33
9.8 Knowledge Transfer Partnerships (East INNO Transfer)
http://www.ktponline.org.uk/#whatis
Knowledge transfer between HE (Higher Education) and SMEs
“KTP is Europe’s leading programme helping businesses to improve their competitiveness, productivity and
performance through the better use of the knowledge, technology and skills that are available within the UK
knowledge base.”
“A KTP involves the formation of a Partnership between a business3, an academic institution and a recently
qualified person, known as the Associate, to facilitate the transfer of knowledge and embedding of new
capability within the business organisation.”
KTP provides academics with the unique opportunity to engage with businesses. They can develop business
relevant teaching and research; apply knowledge and expertise to important organisational problems; and
identify new research themes and undergraduate/postgraduate projects.
“It was essential, in order to prosper as a company, that we embrace innovation and move into higher-value
markets. But at the time, we simply did not have the necessary skills and resources. We wouldn’t have
been able to do what we have without the support of Staffordshire University and the KTP Associates.”
Clive Durose, Managing Director, Clive Durose Woodturners Limited
A recent study of KTP undertaken by CIHE1
concluded that ‘the KTP model in its fullest sense, from the
identification of a business need through to completion of the project and final reporting, in not merely a
series of processes but one single integrated model and, as such, the integrity of the KTP model should be
retained, as each element has been found to have a specific, recognised purpose in building the partnership;
facilitating knowledge transfer and the development and the embedding of innovative capacity (within the
business)’.
1
http://www.ktponline.org.uk/cihe-ktp-study-report

34
9.9 Institute of Applied Entrepreneurship (STEP)
www.coventry.ac.uk/iae
Developing Entrepreneurs with an integrated approach
The Institute of Applied Entrepreneurship at Coventry University has created an integrated
model for the development of entrepreneurs. The aim is to create lifestyles of entrepreneurship
which can be achieved through focusing on
 Personal development as an entrepreneur
 Providing entrepreneurial skills, and
 Providing business skills to exploit and implement new ideas.
All three areas should be in equilibrium to create sustainable success, which is needed to stimulate socio-
economic growth. This model also acknowledges the fact that no two businesses are the same and
therefore support should be tailored to the specific needs of a person and business. This support can and
should change as the person progresses through different phases of obtaining knowledge, pre-incubation,
incubation and commercialisation. Various specialist units exist within the Coventry University group
supporting this model such as the Serious Games Institute and the Health Design Technology Institute.
Within this integrated support system all areas of business from idea development to the growth phase are
addressed. This involves specific activities such as providing appropriate and flexible infrastructure,
mentorship, funding as either grants or loans, knowledge through educational programmes, and providing
support for creative problem solving through research, and networking opportunities.
The Institute of Applied Entrepreneurship teaches enterprise related modules to over 1,000 students at
Coventry University. It runs and manages several support programmes which stimulate wealth for the
region such as, Student Placement in Enterprise Education (SPEEd), with the aim of creating 40 jobs per
year. The IAE is a hybrid team with a mixture of both academic and project management staff supporting
each other. The IAE played a pivotal role in securing the Times Entrepreneurial University award in 2012/13
for the University.

35
9.10 Shorter Knowledge Transfer Partnerships (STEP)
http://www.igz-md.de/tl_files/pdf/STEP%20GP2.pdf
http://www.ktponline.org.uk/assets/Uploads/Shorter_flyer_v13.pdf
http://wwwm.coventry.ac.uk/researchnet/enterprise/Pages/Home.aspx
www.coventry.ac.uk/iae
Knowledge transfer between HE (Higher Education) and SMEs
Shorter Knowledge Transfer Partnerships form a collaborative UK government funded scheme that aims to
meet a specific business need or solve a specific problem of tactical or strategic importance for a business.
Background information on the Shorter KTP is as follows:
• Deliver Knowledge Transfer Partnerships: 10 to 40 weeks duration
• Each partnership will be formed by a regional company, regional
university and qualified associate to deliver a specifically defined
knowledge transfer project.
• The project is managed by Coventry University Enterprises and delivered
in partnership with Technology Strategy Board and Wolverhampton
University with collaboration from other West Midlands‟ universities.
One of the main benefits of Shorter KTPs (SKTP‟s) is the reduction in cost of utilising the expert knowledge
of graduate and associated academic expertise as well as helping the business to achieve high impact
deliverables in a shorter time frame. Some 60% of the actual cost of the SKTP is subsidised by Government
leaving the SME to find £380 per week (Napier, 2011). SKTP‟s have several benefits namely:
• Accessing highly qualified people to spearhead new
projects.
• Accessing experts who can help take organisations forward.
• Developing innovative solutions to help organisations
grow.

36
9.11 Methodologies of transferring know-how and technology (STEP)
www.igz-md.de/tl_files/pdf/STEP%20GP4.pdf
www.interreg4c.eu/EURBEST_1W0002I.pdf
www.eurada.org
Benchmarking & Transfer of Policies and Instruments for Business Support
Benchmarking of best practices in the area of business support at regional and sub-regional levels and the
need to create tools and mechanisms that will transfer best practice from one region to another.
Regions had to provide details on how much resource they put into certain support structures and what the
results were coming out of this intervention. Regions were also required to provide a substantial amount of
data concerning their region and the specific agency they worked for in order to make the comparison
useful.
Activities included regular study tours between groups of eight project partners and dissemination via
various information tools such as newsletters, websites and reports. Through EURBEST, regions were
improving their ability to intervene using public policy and financial instruments to improve business
support. Furthermore, representatives from Regional Development Agencies were benefiting from the
decrease in duplication of policy information as well as the increased credibility of this interregional
cooperation approach.
By using the jointly developed tools, the project participants managed to identify 39 best practices (out of
which 11 were implemented by the project partners), in the form of programs, contests, and other
undertakings implemented by them, aimed to support enterprise development were identified among the
project participants.
What is more, obstacles were identified which make it difficult for institutions supporting enterprises to
reach target groups for their services. At the end, a cooperation network was created among the project
participants, under which the implementation of joint undertakings and new projects will be continued by
using a website.
Transferring of know-how through study-visits and staff exchanges can help to identify best practices in the
field of competitions and other activities aimed at supporting the development of entrepreneurship in
technology parks.

37
9.12 Innovation Vouchers (STEP)
https://vouchers.innovateuk.org/
Support for innovating SMEs
An Innovation Voucher provides funding so that your business can work with an external expert for the first
time, gaining new knowledge to help your business innovate, develop and grow.
Innovation Vouchers is a unique demand-led scheme that invites SMEs to
apply for a £3,000 voucher to purchase academic support from any of the
thirteen universities in the West Midlands. The vouchers are not only
available for technology-led innovation but can also be used for the
management of the innovation process such as finding effective and efficient
savings. The scheme prioritises applications in Health and Medical
Technologies, Environment/Energy, New Materials, Digital Media and
Transport.
The Innovation Voucher will give you experience of how to work
collaboratively with external experts as well as helping you to move forward
with a particular idea. The Innovation Voucher can also be used to help you
think through an idea that might lead you to apply for other types of support
such as offered by the Technology Strategy Board.
In the case of Aeristech Ltd, a company who develops proprietary electric
turbocharger systems and high performance electric motors for engines and
compressor applications, the voucher was used to provide assistance with
automotive electronics, Electronic Control Unit (ECU) programming and
control strategy to find one or more simple and effective ways to interface
with the engine's ECU. Birmingham City University provided the feasibility of
using Sliding Mode Control, and they are now able to follow on from current
customer demonstrations projects (Innovation Vouchers, 2010).

38
9.13 Manufacturing Technology Centre (STEP)
www.anstypark.co.uk/
www.the-mtc.org/
Collaborative research and development with a focus on the engineering sector
The Manufacturing Technology Centre (MTC), based on Ansty Park near Coventry, is home to a collaborative
partnership between industry, universities and R&D organisations with its role being to support UK
manufacturing companies improve their competitiveness. The MTC received public funding totalling £40.5
million and opened in 2011. It concentrates on assembly, fabrication and joining technologies, as well as
acting as a bridge between university development and testing work and full production businesses. To date
MTC has been successful in recruiting high profile industrial partners including Rolls-Royce, Jaguar Land
Rover, and Airbus to the Park which are pivotal to the success of the venture.

39
9.14 Establishing an institute of Automotive Expertise (STEP)
http://www.ikam-md.de
Creating long-term development partnerships and networks
The Institute of expertise in car mobility - IKAM offers numerous opportunities for research, development
and application of products, production technologies and services. Created as a result of an external study
analysing the cluster situation within Saxony-Anhalt an institute of Automotive Expertise was established,
because one good practice cluster identified was the Cluster MAHREG Automotive (more than 160 members
and a potential of 250 companies). Here scientific institutions and companies work together within projects,
share staff to a certain amount, share machines, organise joint both presentation during fairs and technical
events. But the study pointed out that a research and development institute was missing. The Ministry
followed the goal to establish such a missing research & development institute.
Looking at the objective of realising such an Institute of Competence for AutoMobility (IKAM) the Ministry
requested at first a concept as a guideline for the realisation. The automotive cluster as well as the regional
companies, research institutions like University or Fraunhofer and the federal government of Saxony-Anhalt
were involved in the concept phase. Within the concept, future trends were presented, necessary
equipment, locations, staff and timescales as well as
expected and planned outputs. The results being
securing and creating new high-quality jobs, improve
education level; Companies within the automotive
industry are researching and developing the cars of
tomorrow together with academic experts at the
Institute of Automotive Expertise - IKAM.
The results of the research & development enter into
new components, efficient systems and innovative
manufacturing technologies. Supporting training
activities assure that the labour force is highly
qualified.

40
9.15 Fostering Innovative SMEs (STEP)
www.wfs.sachsen.de/de/index_wfs.html
www.3-CIP.com
Supporting innovative SMEs through an efficient internet platform
A portal that leverages local activities and resources to create valuable guidance and support measures for
entrepreneurs, enterprises, networks, and branches in cross-border cooperation and innovation.
The effectiveness of the portal is demonstrated by the benefits as the platform contributed to: the mutual
selection of nine core branches, the successful implementation and documentation of eight core branch
conferences with more than 600 participants, of which 50% were entrepreneurs, as well as the
identification and public acknowledgement of 19 best practice examples all represent valuable navigational
guidance and support measures for enterprises, networks, and branches in cross-border cooperation and
innovation.
The key organisations involved to make the project works are the Economic Development Board, Economic
Development Corporations, Regional Development Agency, Regional Offices and the Marshal Offices. The
project was directed to strengthen the economic potential of regions and to competitiveness of enterprises
through developing capabilities of technology transfer from research units and centres to SMEs and to
support the existing and newly formed industry cooperation networks covering the borders regions of
Poland, Czech Republic and Germany in selected branches. Establishment of 3-Countries joint co-operation
and innovation portal was one of the project components. The Internet portal has been released on the 4th
of October 2004, as a platform with a joint three national and 4-lingual information- and communication
base of the 3-CIP partners from Germany, Czech Republic and Poland. The portal considers itself mainly as a
service for the Core Branch Teams as well as for enterprises and innovative networks. The Website became
a network navigator to support SME by across national partner searches and co-operations initiations. The
Web Portal contributed to the strengthening contacts between beneficiaries, sectors and stakeholders
(involving policy-makers at the local, regional and national level) in the partner regions.

41
9.16 Effective “Triple Helix” methods (STEP)
http://www.dpin.pl/en
Using a technology park as a “Triple Helix” collaboration catalyst
The Innovation and Science Park enabled better identification of the Regional Innovation System (RIS)
elements as well as the ability to undertake effective actions to ensure cooperation between the elements.
Main aim of the practice was to carry out actions leading to the establishment of the Lower Silesian
Innovation and Science Park. The process of the establishment of the Lower Silesian Innovation and Science
Park was started by the signing of an agreement of intent by the local government and city authorities
(Lower Silesian Voivodeship (region), City of Wroclaw), Wroclaw University of Technology, Municipal Water
Supply and Sewerage Company and business support institutions (Wroclaw Regional Development Agency,
Wroclaw Agglomeration Development Agency).
Consistent cooperation between elements of the Regional Innovation System (RIS) led to the formation of
the Lower Silesian Innovation and Science Park, whose share capital was PLN 10,250,000 at the initial stage
of its operation. During the first period of the Park’s activities, this institution was only involved in the
implementation of soft projects (a total of 16 projects, including, e.g., Innovation Incubator – initiation of
business activities based on innovative inventions; spin-off and spin-out Ac@demy; Cooperation of science
and enterprises forming the basis for the construction of networks and for innovation in Lower Silesia; Next
Generation Science Park; Development and promotion of the Cluster of Innovative Manufacturing
Technologies in Lower Silesia). The implementation of work contributing to the formation of the Lower
Silesian Innovation and Science Park allowed us to better identify RIS elements as well as to acquire and
improve the ability to undertake effective actions designed to ensure effective cooperation between these
elements.

42
9.17 Prevention and Reduction of Unemployment (STEP)
www.warr.pl/pliki/2005/Raporty Roczne/rrwarr_2009.pdf
Support & promotion of entrepreneurship and self-employment
‘Your own business: an opportunity for active persons’ reduced unemployment through targeting of
economically inactive people with business ideas and the desire to start their own company. The project
also sought to increase take-up of space on technology parks where entrepreneurs are ideally situated in
terms of incubation space and wider support networks.
The main aim of the practice was to reduce unemployment, in particular among persons living in rural
municipalities, mixed urban-rural municipalities and in cities with a population of up to 25 000 people,
including unemployment among women (in particular those returning to the labour market after a period of
absence for childbirth and child rearing or entering the labour market for the first time). The practice comes
from project entitled “Your own business an opportunity for active persons”, implemented by Wroclaw
Regional Development Agency between July 2009 and May 2011 under the Human Capital Operational
Programme 2007 – 2013. The Lower Silesian Voivodeship Labour Office in Wałbrzych, Wrocław Branch, was
the implementing Agency.
The project target group included unemployed persons (including long - term unemployed persons) and
economically inactive people who have an idea for a business and want to start their own business.
The project was directed to 120 people belonging to the following groups: unemployed people (90),
including long-term unemployed people (5) and occupationally inactive (30).
The types of assistance provided under the project:
• Training and consulting for people interested in starting a business,
• One-time investment grant transfer up to 40 000 PLN - the financial resources to cover expenses related
to starting a business,
• Bridge support:

43
9.18 Innovation Club (STEP)
http://www.up.wroc.pl/en/
Cooperation between universities, Local government and Businesses
The intention of the Innovators Club, established at the Wroclaw University of Environmental and Life
Sciences in December, is the creation of multidisciplinary units/teams originating from universities and the
development of their proposals to the problems raised by local governments. Innovative solutions will be
selected in a competition and cooperation with business and the active participation of winners teams have
to ensure the effective implementation of the proposals developed.
Benefits for academic institutions participating in the Innovators Club will be e.g. preparation of the
students for entering the labour market, promotion of the most creative team members and enhancing
their employability, promotion of the universities involved in the Club, knowledge and technology transfer,
participation in the development of the region, and enhancing the experience of university employees.
Benefits for local governments will include e.g. ability to solve local problems, the implementation of
innovative projects, finding funding opportunities for projects, acquiring staff, effective promotion,
obtaining practical experience in co-operation with universities. Last partner in the Innovators Club -
Entrepreneurs - will have the opportunity to implement innovative projects, eliminate the risks associated
with the implementation of new technologies and solutions, acquisition of creative workers, build
confidence in the cooperation between science and business, and increase revenue.

44
9.19 CABLED (KNOW-ECO)
http://cabled.org.uk
www.coventry.ac.uk/entrepreneurship
Coventry & Birmingham Low Emission Demonstrator
The West Midlands Low Carbon Vehicle Technology Project represents a collaboration between leading
automotive companies, sector representative organisations, and research institutes in England's West
Midlands, designed to stimulate R&D activity into the development of enabling technologies to accelerate
the introduction of next generation low carbon vehicles into the UK economy.
CABLED project made Ultra Low Carbon Vehicles available to a wide cross section of real world users and
collected data on their everyday use. The primary aim of this project is to show that ultra-low carbon
vehicles are now a practical alternative to conventional cars in urban environment. This also includes a show
case of 110 low carbon vehicles, infrastructure requirements, and to evaluate real world usage data to allow
final development.
The funding for this project is part-funded by the Technology Strategy Board with support from Advantage
West Midlands, with the consortium members coming from Institutes includes, Coventry University,
University of Birmingham, Aston University and companies including Micro Cab, TATA, SMART, Mitsubishi
Motors, Jaguar and E-ON.
The project’s success has been a result of:
a) Clear project objectives throughout the life cycle
b) Investigating costs of the mass uptake along with the attendant environmental and economic benefits
c) Catalyst to develop the supply chain in the midlands for the electric car components
d) Cluster creation and global industry awareness increased

45
9.20 Competence & Demonstration Center (KNOW-ECO)
www.isw-institut.de
Competence & Demonstration Centre: Building Control Systems & Energy Efficiency
A test & demonstration facility to optimize energy efficiency in buildings using different approaches.
A core element of the centre is the analysis of usage data of different users or buildings respectively. These
data converge on a common data base and thus provide a voluminous monitoring which may help a
company for example to decide whether there are investment or non-investment measures necessary to
reduce energy consumption.
The competence and demonstration centre should fulfil the following tasks: automation of energy
consumption management for users and owners; optimization of energy consumption values set off assets
such as real estate in the country; permanent control and influence to increase energy efficiency (reduction
of operating costs); results obtained in these processes, research and qualification results shall have an
immediate and prompt effect for public authorities and companies; permanently useful training and
consulting institution to provide education and training to highly motivated professionals from the region
with the goal of practice-oriented graduates, engineers and skilled workers for the companies.
Significant companies have committed interest and support concerning these plans. The building stock
offers a considerable potential to be able to obtain energy and emissions savings within the next years.
Approx. 40% of the German energy consumption and about 20% of the CO2 expulsion are caused in the
property management field.
Before major investment projects must be made it is often enough already to exert influence on user
behaviour in order to achieve savings in energy consumption. Since most companies and public institutions
do not have an energy management system, pilot projects should be initiated with appropriate energy
saving measures and energy-efficient behaviour of employees should be encouraged. As a result of the
energy-consumption monitoring, investment and non-investment measures are possible. Non-investment
measures would be such as to influence consumer behaviour. Alone such measures can lead to a reduction
of energy consumption by 15-20%. Investment measures would be the automatic regulation and control of
buildings or certain areas in accordance with the relevant user behaviour and demands.

46
9.21 URBAN E-MOBILITY (KNOW-ECO)
http://www.govecs.com/
RENEWABLE ENERGY (LOW EMISSION Co2 ) Electric alternative to petrol
Transforming transportation and at the same time decreasing pollution through True Electric Mobility
vehicles. Emission free, reliable and cheap when it comes to maintenance service
In 2007, all member states agreed to reduce harmful emissions by 20% by 2020. The goal at GOVECS is to
offer the general public an alternative form of transportation that will rival any petrol-driven two wheel
form of transport. This intention is stringently pursued in the product development of GOVECS. Vehicle
designed specifically for urban transport, 15% less weight to any other marketed transport vehicle.
GOVECS was founded in 2009 with the objective to provide clean, efficient, reliable and affordable
transportation on the leading edge of technology for electrical mobility. Top engineers and designers are
working on the development of electric vehicles that combine style and True Electric Mobility. The result of
these endeavours is GOVECS’s portfolio: zero-emission vehicles - no fossil fuels, no oil and no compromise.
All vehicles incorporate the advantages of electric mobility: They are silent, clean, highly efficient,
economical and can be charged at any household socket. Due to clever engineering all GOVECS machines
stand out with smooth handling and True Electric Mobility.
Constantly increasing petrol prices, problems of global warming, increasing congestion in urban centres on
the one hand, and the urgent need for individual traffic concepts while a growing number of areas restrict
the use of polluting vehicles on the other hand call for a smart solution. At GOVECS we have developed a
solution which allows a foresight in a better tomorrow already today.
GOVECS is pioneering a revolution in personal transportation. Reducing the worldwide CO2 emissions and
sustainably contribute to a better environment and quality of life - without any compromises in terms of fun
and performance. No noise, no petrol vapour and no greasy parts. Only locomotion in its most beautiful
way: quiet and environmentally friendly. Not only is environmentally friendly refuelling over the household
plug 70% cheaper: in addition, electric scooters do not emit polluting particulate matter.

47
9.22 Galileo Test bed Saxony-Anhalt (KNOW-ECO)
http://www.galileo.ovgu.de/
www.iff.fraunhofer.de/en/laboratories/galileo-test-bed.html
Specific Environment for Innovations and Development
The Saxony-Anhalt Galileo Test Bed is an integrated environment of several real labs and test beds for
research and development in the fields of logistics and transportation. As the Fraunhofer IFF is one partner
of the test bed consortium, specific research topics in the application field of telematics and logistics are
addressed as well. These developments are all closely connected to industrial application as the Saxony-
Anhalt Galileo Test Bed offers the platform for testing the technical integration of, for instance, video- and
radio-based identification and localization systems into logistics process environments.
The working focus is to develop and to test new applications in the fields of communication and traffic,
telematics and logistics as well as navigation and traffic for the logistics sector, the public transport and
radio-based communication solutions. The vision is that there shall be specific developments and
innovations in the sectors of transport, mobility and logistics.
Such a test-field gives a lot of impulses for the connection between research and application and can be
seen as applied innovation, this gets reinforced due to the fact, that the test-field is available to research
and development institutions from all over Europe. Furthermore, first results are available like tracking and
tracing via RFID used by a well-known fashion label or the public transport traffic management system in
Halle for example. In order to handle the increasing traffic streams and to adopt transport systems to
increasing demands as a result of demographic change, tightened aims concerning transport security,
environment- and climate protection as well as efficient transport structure, it is necessary to promote such
an institution like the Galileo Test-field.

48
9.23 STARK III (KNOW-ECO)
http://www.sachsen-anhalt.de/index.php?id=53821
STARK III: An Investment, Innovation and Impulse programme
Stark III is the energetic rehabilitation of buildings of the communal and social infrastructure which can
contribute significantly to the increase in energy efficiency in the building sector as well as to climate
protection.
Although STARK III is a funding programme (innovation and investment programme) it is tangent to the
policy areas of the district+ sub‐projects. STARK III especially tangents the policy areas “innovative business
development”, “spin‐off tools for industrial SMEs”, “development of technological incubators” and eco-
innovation in high‐tech firms”.
Due to the fact, that demonstration projects or pilot projects with low‐energy standard, passive‐house
standard, zero energy standard or plus energy standard will be promoted and furthermore the regional and
local introduction and application of new sustainable materials and innovative technologies shall be
promoted as well, wherewith new knowledge and skills shall be gained with the aim to develop new
products and processes to be regionally / locally introduced and disseminate their application in the market
and therewith advertise; the link to the aforementioned policy areas becomes visible. In Addition, schools
and day‐care centres which will get a funding as a pilot project can function itself as technological
incubators.
Furthermore, it can tangent the policy area of “clustering strategies”. Due to the fact, that the building
sector is closely connected to the chemistry industry and, in terms of energetic renovation, to new
materials, there could be a relation to the strong clusters in Saxony‐Anhalt “Chemistry/ Plastics” and “Bio
Economy” which include a lot of enterprises/ SMEs in the field of production of building materials.
In order to reach the programme goals four different funding routes where taken within STARK III:
a) ERDF‐Energetic Rehabilitation (funding priority 1):
b) ERDF‐Pilot Program (funding priority 2):
c) EAFRD‐Energetic Rehabilitation of Day‐Care Centres (funding priority 3):
d) EAFRD‐Energetic Rehabilitation of Schools (funding priority

49
9.24 Centre for Energy Technologies (KNOW-ECO)
http://cte.fea.pl/
Small Scale Energy Technologies Laboratory and Experimental Low-Energy Facility
The Centre for Energy Technologies (CTE) in Swidnica, Poland is located in a distance of about 60 km south-
west from the City of Wroclaw and is a super-intelligent building – a kind of a small scale energy
technologies laboratory and an experimental low-energy facility, with an area of about 1200 m2. Without
any doubts, it is one of the most innovative investments in Poland and in the Lower Silesia Region.
In terms of demand, the object is a technical background for research, education and development projects,
as well as a commercial building for a group of companies cooperating in the framework of “Clean Energy
Houses” initiative, managed by the Free Enterprise Association. The initiative was developed on the basis of
Lower Silesian Cluster of Renewable Energy. “Clean Energy Houses” group consist of companies and
research units developing and commercializing new technologies associated with energy efficient
construction and small scale technologies, using renewable energy sources (RES) for buildings. The object
also serves local governments interested in designing and using these technologies in planned investments.
CTE innovative project, thanks to public funding, has a big potential to promote micro-generation and
energy efficient construction technologies as well as companies offering such technologies. Promoted
solutions, presented in a specially arranged exhibition space in the CTE building, will hit the market by
energy systems solutions for houses and service buildings. The CTE object already supports companies from
the Cluster, both in terms of testing existing technologies (solar and photovoltaic panels and heat pumps
testing stations) and development of highly innovative technologies (i.a. parabolic collector with an energy
storage in the mineral deposit). The infrastructure, sensors and advanced building management system
(BMS), enables collection of reliable data on the actual performance of several energy installations
operating in the building. Demonstration and test functions allow potential investors to reduce the
investment risk related to selection of expensive technologies.

50
9.25 Mobility & Traffic Supervisor (KNOW-ECO)
www.fondazionericerca.unifi.it
Eco-Innovation with high-tech technologies and public-private partnership
The good practice “traffic supervisor” improved the performance of the road network and the public
transport system within Florence metropolitan area and at the same time reduced pollution. This was
implemented via the use of an “informatic supervisor” which allows the collection of data from various sub-
systems to optimize traffic performances and manage transport systems and infrastructures.
The supervisor is the nodal point of a number of
subsystems interacting together. The centralization
and standardization of data and information allows
local administrators to develop new services to end
users and, most of all, allow innovative enterprises to
deliver new services via open access to the collected
data. The innovations brought due to the supervisor
project to the mobility management was huge, as
well as the benefits supplied to commuters and
dwellers of the Province of Florence.
Benefits can be summarized as followed:
 Increasing efficiency and traffic thinness, effecting customers behaviours in virtue of the punctual
information provided in real time
 Real time measurement, evaluation and modification of policies for the management and control of
mobility network machines (ZTL systems, electronic gates, traffic lights , etc. )
 Reduced infrastructure costs and improved timeliness and relevance of information provided to the
user through the use of the vehicles circulating in the network as data loggers (Floating Car Data)
The project needed for its realization a solid and continuous cooperation between public authorities and
companies. This represents a good practice of public-private partnership for the management of projects.

51
9.26 House Lumina (KNOW-ECO)
www.domy21.pl/lumina/
www.darr.pl
HOUSES XXI - New Qualities in Living Solutions
A significant case of eco-innovation with the use of high-tech technologies and public-private partnership.
House Lumina is the first project from the collection HOUSES XXI, which will be built in Poland. The object is
to develop exemplary housing solutions certified by experts from the Polish National Energy Conservation
Agency that meet demands of a modern family, combining comfort with a concern about the state of the
houses nature surroundings.
Lumina House is an energy efficient, ecological sound and healthy, functional and comfortable, intelligent,
optimal and affordable new build solution for a family.
The project is focus on the:
 Low energy consumption (especially thermal energy)
 Using an additional heating systems
 Recovery of rainwater from the roof and parking
Lumina house meets the requirements of low energy class 1. It is 50% of energy consumption in a
traditional house. This model building uses elements such as solar panels, natural ventilation through
windows placed in the roof, low-e coating windows. The simulation results of daylight factor for Lumina
home provide a good availability of natural light on 3 floors and interesting changes in level between floors.
The programme attracted preferential loans granted by the Government or banks for energy efficient and
ecological building. The resultant buildings attracted a higher market value due to the energy efficiency and
ecological building materials.

52
9.27 Exploitation of Brands (NGSP)
www.sahlgrenskasciencepark.com
Initiatives for economic growth and creation of new jobs in the region
A strong trademark earned and built up during long time, is applicable to different types of objects.
A science park holding a well-known name or trademark, perceived as a strong brand, would easier attract
companies and other stakeholders to become members of its park.
During the interview phases of this study it was pointed out that the attraction value of famous and well-
known existing trademarks and brands would spill over to other areas when used in a relevant and
adequate way. Most of the science parks in the Region have been developed during the last 10-15 years, in
a so called "Triple Helix Concept", linking research, education and business closer to each other aiming to
strengthen the innovation system. By exploitation of already existing strong brands or trademarks when
establishing a new science park, the credibility and the visibility of the park will be increased. These findings
are transferred into Good Practices.
Sahlgrenska Science Park, SSP, focused on Life Sciences, is tasked to help new companies in the Region to
get the best possible start for their business activities. Sahlgrenska Academy and Sahlgrenska University
Hospital are since long well-known units in Sweden and internationally, the Academy attracts and educates
skilled students to different university programs and the Hospital is the biggest university hospital in Europe
with several world-leading specialist competences within its premises. The Swedish Nobel prize winner in
Medicine in 2000, Mr Arvid Carlsson, has a background from Sahlgrenska Academy. The Sahlgrenska Science
Park established in the vicinity to the Hospital and the Academy would benefit positively by using the strong
brand of those institutions.

53
9.28 Create Open Arenas (NGSP)
http://www.gsp.se/en
http://www.gsp.se/en/offer-growth/open-arena
Finding Good Ideas: Initiating and Launching Successful Projects
Pioneered by Gothia Science Park, Open Arena is a development method that systematically is working to
create the best possible conditions to initiate and launch successful projects based on a good idea.
Bringing ideas into commercialized products and taking them to the market is identified as one of the major
tasks for science parks. The Open Arena concept gathers researchers, public partners and enterprises
around new technology projects and programs. The role of the science park is to initiate projects and
programs, create the platforms, linking together public partners, researchers and companies, and finally to
appoint the responsible leader for the project. By creating Open Arenas around the society's need for new
technology and solutions, the science park will increase its value and attraction forces for companies,
researchers and public partners to become partners or members of the parks.
Open Arena Lindholmen is a concept and working method for projects at Lindholmen Science Park where
emphasis is placed on collaboration. Its serves as a base for programs and projects initiated and conducted
at the park. The environment provides workstations, lab environments and other advanced IT infrastructure
necessary for the projects. For example, Lindholmen Safety Arena includes the competence Centre SAFER,
coordinating projects and activities connected to vehicles and traffic safety. Safer has 22 partners in
industry, academia and the government sector, which are involved in cross-disciplinary reserach projects.
Over 40 projects and feasability studies are currently under way.
Lindholmen Science Park was founded with the goal of bringing together business, education and the public
sector in the old harbor area. New architecture complements the genuine wharf buildings, which are being
populated with new content. Lindholmen Science Park has since its start of operations in year 2000 initiated
8 Open Arena projects or programs, and Lindholmen Science Park is the meeting place for some 300
companies. Several reserach centres and Institutes are also present within the area.

54
9.29 Access to Finance (NGSP)
www.minerva.uk.net
www.uwsp.co.uk
Business Support Access to Finance Services for SMEs
An Access to Finance (A2F) programme that provides a major part of the local business support services to
local businesses via the science park.
Minerva, based and operated by University of Warwick Science Park (UWSP) is a part of the wider “Access
to Finance and Business Support programme of services “provided by the science park. This service is
operated by a very experienced but small team who have worked with SME’s at all stages of growth and in
most sectors for many years. The activities of the team fall into two broad categories: Business Readiness
and Investment Readiness
Business Readiness: An assessment of a business enquiry for funding or appropriate assistance
Investment Readiness: Having the right plans in place
Minerva has a network of 114 business angels with most within from the UK as well as some overseas.
Businesses selected to present to the Investor Groups agree a 5% success fee only payable on attracting the
funding. They are required to pay a small presentation fee to cover preparation, including reviewing and
advising on their Business plan, advice on presentation style, arranging meetings with “experts” or angels
and post presentation support.
By offering a key Access to Finance service for many years as an additional facility to the core activities of
property and incubation, the University of Warwick Science Park has been consistently interacting at all
levels with SME’s from across the region, at all stages of development and across many different sectors.
The variety of SME contact has allowed UWSP to be flexible to fit business type and stage of development
and where its services of business readiness, investment readiness, technical marketing and proof of
concept activities have helped clients in distress as much as those in growth and expansion.

55
9.30 Entrepreneurs for the Future (e4f) Centre (NGSP)
www.e4f.co.uk
www.innovationbham.com
Facility to support the establishment and growth for early stage SMEs
The Entrepreneurs for the Future (E4f) Centre is a funded project that provides incubator space for new
business start-ups at Birmingham Science Park Aston.
In this role it is helping to create new businesses and through offering integrated business support and
provides the conditions to assist in early growth including fit-for purpose premises. This offering promotes
the regeneration agenda to diversify the region's economy, create new jobs in high-growth sectors and
retain more of the city's graduate population.
A steering group for the E4f project has been set up which includes representatives from Birmingham
Science Park Aston (BSPA) including the incubation unit, universities in Birmingham and Birmingham City
Council. Entrepreneurs for the future Centre has been supported from funding from UK central
government’s Working Neighbourhood Fund and through ERDF succession finance.
The facility at Birmingham Science Park Aston provides a base access to a complete business support
package with a view to transforming early-stage businesses into investment-ready propositions.
Beneficiaries of the programme are offered an initial period of 6 months' free access to a multi-occupancy
incubation unit with full ICT support with free access to the BSPA facilities and services. A body of mentors
also attend the E4f premises at BSPA to assist the entrepreneurs in areas of expertise: financial/tax;
patents/intellectual property; marketing; legal matters; technology and Public relations.
During the period September 2009 and March 2011 the programme achieved: 76 Entrepreneurs Advised; 20
Business Created; 40 jobs created. This led to successful bid to ERDF for succession funding to continue the
development for the E4f programme. During the first 24 months of the E4f programme 50 companies were
established. During this time to two new units have been added including a specialised gaming incubator
allowing for significant expansion of the E4f offering. Sponsorship for the programme has been secured
from two professional firms in the locality.

56
9.31 MITZ – Integrated Fraunhofer PAZ (NGSP)
www.mitz-merseburg.de
www.polymer-pilotanlagen.de
An Application oriented R&D unit (PAZ) integrated in an Incubator (MITZ)
It is crucial for research oriented, innovative SMEs to get closer links to scientific establishments and larger
companies or chemical parks for positive business development and increasing competitiveness.
The business incubator MITZ with the integrated R&D centre ensures both as well as provides business
areas (offices, laboratories) for settlement of start-ups/ young companies in the surrounding of R&D and
chemical park. This PPP-project is in this way unique in Europe. It’s a joint project of MITZ and the
Fraunhofer Society. Financed with a donation from public funds (Gemeinschaftsaufgabe) for improvement
of the regional economic structure and supported with donations from the European Regional Development
Fund (ERDF), the state of Saxony-Anhalt and the Federal Ministry of Research and Technology (BMBF). The
Fraunhofer PAZ is a joint initiative of the Fraunhofer institutes IWM Halle and IAP in Golm.
The installation of an application oriented R&D unit (Fraunhofer Society) integrated in an incubator (MITZ)
located in a region characterized by a SMART Specialisation fosters:
 Relationships between research – production – application
 Application oriented research and development
 Settlement of related companies in the region, especially in MITZ building
Further effects:
 MITZ as link between SMEs – HEIs – R&D
 Higher value for processing companies by direct link to manufacturers / processors and related
research establishments
 Creation of a regional core of a research and development network
 Creating an image of the region – „We talk chemistry“ … competence, and
 increased economically competitive

57
9.32 Research Campus and Science Centre (NGSP)
http://www.hs-merseburg.de/
http://www.uni-halle.de
Co-operation between University, Research & Business with promotion of talent
Supporting the creation of Public Private Partnerships (PPP) through Science Park delivered demonstration
projects in an open innovation context.
A “new” concept for the museum was developed. The idea is to create a location for Education and
Experience for all interest groups – children, pupils, apprentices, students, adults from near and far with the
aim to encourage interest combined with knowledge transfer in scientific-technical areas as well as active
study and career orientation. The “Science Centre Merseburg / Erlebniswelt Chemie und Technik (world of
chemical and technical experiences)”.
The first project within the practice is generating more effective cooperation activities between Universities,
regional research establishments and industrial partners. The second is focused on promotion of young
talents/ professionals in scientific-technical areas.
Innovation, increasing competitiveness and a positive business development as well as economic growth
requires skilled workers, especially in technical and scientific areas. Caused by ongoing demographic
changes and the declining interest of young people in technical and scientific careers an increasing shortage
of skilled workers will be a significant problem for the region in future. That’s why it is important to develop
new effective models – education and experience – for promotion of young talents/ professionals. Central
point have to be the encouraging of interest in Science/ Technology of children and pupils (school projects,
school labs), the support of apprentices and students through knowledge transfer and active study and
career orientation combined with information and interesting exhibitions.

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