Berlin Adlershof City of Science, Technology, and Media presented to Union of the Baltic Cities, UBC Business Commission
1berlin, May 21 2013 Location •Approx. 8 miles (15 km) to downtown Berlin Two Airports
•Tegel •Schã nefeld (BER; Berlin Brandenburg Airport Excellent access to public transport •4 x urban railway, †S-Bahnâ€oe (30 minutes to downtown Berlin
•2 x tramways, †Tramâ€oe/â€oestraã enbahn†•2 x bus lines Highway •Exit †Adlershofâ€oe (15 minutes to downtown Berlin
2 3 WISTA-MANAGEMENT GMBH •density of the scientific infrastructure is unique in Germany
•this infrastructure provides the best conditions for technology-oriented companies •14 Technology Centers
Berlin-Brandenburg Science and Technology Parks /Technology Centres History 1909 First airfield for motorised aircrafts in Germany
1912 Foundation of the German Testing Institute for Aeronautics (DLV Predecessor of DLR 1949 First institute for the German Academy of Science in Adlershof
1951 Foundation of the guard regiment for the East german Ministry of State security (since 1967 guard regiment †Feliks E. Dzierzynskiâ€oe
1952 East german television established 4 History 1990 Reunification of Germany. The Academy of Science and the East
German state television both closed by the end of 1991 1991 Decision to build a Science and Technology Park in Adlershof
Evaluation and establishment of non-university scientific institutes First start-up companies Decision to move the Humboldt Universityâ's Natural science
Institutes to Adlershof 1993 Adlershof designated as development area 5 Adlershof Today 6 Adlershof in Figures
Area of development 420 hectares (1, 038 acres Total number of Institutes 17 Companies 954
Staff 14,942 Students 8, 438 7 Adlershof in Figures Science and Technology Park 11 non-university scientific institutes (1, 760 employees
6 Humboldt University institutes (1, 056 employees; 8, 034 students 445 technology oriented companies (5, 286 employees
Media City 146 companies (1, 763 employees Industrial Estate 363 companies (4, 969 employees 8
 WISTA-MANAGEMENT GMBH/Adlershof Projekt Gmbh 9 *HU: 246 Mio. â IGAFA: 320 Mio. â (gesch
Mio. EUR%Mio. EUR%Mio. EUR %Investitionen in Infrastruktur Investitionen und Kosten des Entwicklungstrã¤gers) 503 34%167 20%670 29
%Investment in Wissenschaftsinstitute Humboldt-Universitã¤t und auã eruniversitã¤re Institute 506 34%60 7%566 24
%Investments WISTA MANAGEMENT GMBH 290 19%72 9%362 15 %Private Investments 197 13%541 64%738 32
%TOTAL 1496 100%840 100%2336 100 %1991-2005 2006-2012 Gesamt GA/GRW: 156 Mio. â
EFRE: 140 Mio. â Public and private investment in Adlershof 1991 †2012 Sustainable Development
Companies in the Science and Technology Park IT and Media 75 Biotechnology and Environment 71
Photonics and Optics 63 Microsystems and Materials 49 Services 170 10 Total: 429 (2011 445 (2012
Turnover in 2011/2012 â 592 Mâ/637 Mâ Subsidies in 2011/2012 â 33 Mâ/31 Mâ
Non-University Research Institutes Leibniz Association •FBH †Ferdinand Braun Institute for High frequency Technology
•IKZ †Institute for Crystal Growth •ISAS †Institute for Analytical Science •MBI †Max-Born Institute for Nonlinear Optics and Short Pulse Spectroscopy
Fraunhofer Association •FOKUS †Fraunhofer Institute for Open Communication systems Helmholtz Association •DLR †German Aerospace Center:
Institute for Space Sensor Technology and Planetary Exploration, Institute for Transport Research •Helmholtz-Center for Materials and Energy
Electron Storage ring BESSY II, Institute for Silicon Photovoltaics 11 Non-University Research Institutes General •BAM †Federal Institute for Materials Research and Testing
•Dept. I, †Analytical Chemistry; Reference Materialsâ€oe •BTU †Brandenburg Technical University Cottbus, workgroup Air Chemistry
•PTB †National Institute of Natural and Engineering sciences Berlin Adlershof, Photon Radiometry Department 12
Technology Fields 13 Photonics and Optics IT and Media Microsystems and Materials Biotechnology and Environment
Photovoltaics/Energy Photonics and Optics Fields of Competence •Laser technology including laser medicine technology
•Optoelectronics including photovoltaic •Spectrometry and Sensors •Technical optics •Synchrotron radiation •Optical, electron beam, and X-ray analysis
•Telecommunication, fibers 14 Photovoltaics Highlights of the Institutes and Companies •Facility design, financing
•EMC filter for photovoltaic installations •Rectifiers, controllers, systems 15 •Association of research institutes on renewable energies
1, 500 staff •Headquartered in Adlershof •Utilization of UMG Si for solar cell production
Microsystems and Materials Fields of Competence •Semiconductor crystals •Reference Materials •Special Materials
•Catalysts •Chemical analysis •Microsystems •Precision engineering •High vacuum technology 16 Microsystems and Materials
The Network †Center for Microsystems Technologyâ€oe Association of Berlin Research Institutes •Goals •Comprehensive project management
•Development of microsystems technologies and products •Manufacture of prototypes •Production of small scale series
•Functional analysis of products •Consulting and training for companies •Partnership in education
•Management located in Berlin Adlershof 17 IT and Media Fields of Competence •Production technologies
•Software engineering •ICT for healthcare •Ambient intelligence •Security technologies •Transport and logistics
•Multimedia 18 Biotechnology and Environment Fields of Competence •Water, soil, and air analysis
•Analytics •Biotechnology products and procedures development •Pharmaceutics and Medicine •Energy-saving processes
19 Centres, Real estate, Investment 20 Innovation and Business Incubation Centre •Specific †incubation infrastructureâ€oe
â The Freeport of Riga, Latvia â The port of Norrkã ping, Sweden â Nynã¤shamn†s LNG terminal, Sweden
At the moment the Riga Freeport is one of the leading ports in the Baltic sea Krievu Island is planned the new location for the port because the northern part of
â Freeport's own revenues â State Treasury loan on market conditions EUR 18 109 090
FÃ lix Alcan Uzzi, B. 1996)' The Sources and Consequences of Embeddedness for the Economic
FÃ lix Alcan Uzzi, B. 1996)' The Sources and Consequences of Embeddedness for the Economic
/cosm. 301 12 Alcan CA metals 223 13 Solvay BE chemicals 261 13 PPG US chemicals 220
Mining companies have turned also to the innovative solutions of VR Space Pty Ltd to help safely plan,
smaller mining companies based on a history of success and well understood risk How a growth Centre could assist the food industry
Tarde G.,Les lois de l†imitation, Paris, Fà lix Alcan, 1890 Tremblay, D.-G. 1989) La dynamique à conomique des processus d†innovation.
Deanna Coles, BHP BILLITON Scott Daunheimer, Dow corning Pogo Davis, Conoco Thomas Epprecht, Swiss re Markus Grauwiller, Cemex
in Asturias in recent years include U s. companies like Du pont (chemistry and biotechnology), Alcoa aluminum) and Fluor Corporation (engineering;
Thyssenkrupp (capital goods) French companies such as Saint gobain (glass), Imerys (refractory Danone (dairy) British companies like Cookson (refractory) and Hanson (cement), among others.
whereby mining companies are charged a royalty which is intended to feed an Innovation and Competitiveness Fund. This fund supports numerous programmes, including
and promoting in general the sheer unspoilt beauty of Tipperary†s Golden Vale or Wexford†s sandy beaches
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