Demetra VIII Corso di Formazione Giuridico Amministrativa Trasporto Aereo e Comparto Aerospaziale 4 Dicembre 2013 Avvocatura Generale dello Stato Roma

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1 Demetra VIII Corso di Formazione Giuridico Amministrativa Trasporto Aereo e Comparto Aerospaziale 4 Dicembre 2013 Avvocatura Generale dello Stato Roma IV Sessione La Costituzione del Comparto Aerospaziale - I Cluster come volano per la crescita del Paese Giovanni Bertolone Presidente Cluster Tecnologico Nazionale Aerospazio (CTNA)

2 Cluster Tecnologico Nazionale Aerospazio Italian Cluster for Aerospace Technology

3 CTNA Mission CTNA ITALIAN CLUSTER FOR AEROSPACE TECHNOLOGY Italian Cluster for Aerospace Technology (CTNA) develops technology priorities and initiatives, based on global market trends and sector policies at European and International levels, on behalf of the national Aerospace Stakeholders. CTNA Strategic Plan is aligned and consistent with EU and National Aerospace programs, with particular reference to HORIZON CTNA aims to carry out the vision of ACARE and EU/ESA at European level, and ACARE Italia and Spin-IT Platforms at national level, respectively for Aeronautics and Space.. 3

4 CTNA - Partners CTNA is a Public-Private Association of the following Partners: - Aerospace Districts of Piemonte, Lazio,Lombardia,Campania Puglia - Consiglio Nazionale delle Ricerche (CNR) - Agenzia Spaziale Italiana (ASI) - Finmeccanica -Avio Aero - AIAD, Federazione Aziende Italiane Aerospazio, Difesa Sicurezza -Now4additionalDistricts becamenewmembers:umbria,emilia Romagna, Toscana,Sardegna 4

5 CTNA Academy and Research Centers 5

6 CTNA - Vision CTNA aims to ensure Italian Aerospace proactivity both in the Transport Sector, meeting the challenge of "smart, ecosustainable and integrated Transport System", and in Space Research requiring a competitive Space industry oriented to fundamental enabling technologies.ctna devotes efforts to: - national technological excellences, - research and innovation system expansion, - development of the whole Aerospace Hi-Tech network, - competitiveness increase, - qualitative and quantitative employment growth. 6

7 CTNA StrategicGoals(1 of2) Buildup ofa "World ClassAerospace Cluster" byleveraging the competencesofthe Researchand University System and of the existing regional Districts, Support to the Regional Governments in creating Start-up initiatives and new jobs, Attraction of qualified engineers and researchers at international level Creation at national level of a critical mass of resources for Aerospace research and technology. 7

8 CTNA StrategicGoals(2 of2) Support to the Italian Companies at level of Hi-Tech supply chain Contribution to attract public and private funding, ensuring adequate returns in the European financed Programs, Build-up of strategic and long-term cooperation with the other Aerospace academic/industrial clusters/networks Promotion of the adjacent markets by setting off the technological fall-out (namely smart applications). 8

9 CTNA Funding Received GoodNews fromministryofeducation, University and Research( MIUR ) 10th of October 2013, MIUR assigned the funds (around 350 Meuro) to 30 Winning Projects presented by 8 National Clusters: Aerospace, Smart Manufacturing, Green Chemistry, Life Science, Land & Sea Mobility, Agrifood, Smart Communities, Life/Home Welfare. Aerospace Cluster has been awarded by more than 40 Meuro, distributed among four specific Projects, presented as Start-up Proposals, fulfilling the CTNA five-years Strartegic Plan and selected to attract European Partners in the follow-on ( namely H2020). 9

10 CTNA The FourProject approvedbymiur (1 of2) TIVANO Tecnologie Innovative per Velivoli di Aviazione generale di Nuova generazione Cross technologies for general aviation / UAS platform: Alternative propulsion (diesel, hybrid); low-cost composites (design and construction); brake by wire. Greening the Propulsion Low pressure Turbines Experimental validation campaigns; Mechanical transmission: accessories integration; More electric configuration; New material and processes, e-manufacturing; Materials & Coatings. 10

11 CTNA -The FourProject approvedbymiur (2 of2) SAPERE Space Advance Project Excellence in Research and Enterprise SAFE(SpaceAssetForEmergency): SpaceSystemsforObservationforEmergencyManagement; STRONG (Sistemi Tecnologie,Ricerche per l'operatività Nazionale Globale): SpaceExplorationand Access; Technologies for electric Propulsion Module; TILTROTOR-FX Tiltrotor Flight Control System Enhancement Pilot Workload Reduction Flight Envelope Protection 11

12 CTNA Compliance with H2020 goals 12

13 CTNA Technological Program for Italian PMI SHORT TERM (end 2013) - Strategic Agenda for Research Program(SARA); - Technological Development Plan (TDP) for PMI. MEDIUM-LONG TERM (mid H2020) -Implementationofa stepbystep SARAandTDProadmap, -ConvergingeffortofRegional, National and European funding. 13

14 CTNA Need to define the Key Enabling Technologies Design (materials, novel structural architectures, energy management, propulsion, avionics, robotics, comunications, etc ) Security & Protection Systems (fail safe, safe life, emergency landing, etc ) Standards & Certification (air traffic management, airworthiness, radiofrequency, etc ) Green Environment Requirements (manufacturing process, operational life, disposal, etc ) 14

15 CTNA Novelty and Opportunity The collaboration between Ministry of Education, University & Research (MIUR) and the Ministry of Economical Development (MSE)ononeside,andbetweentheRegions andbothministrieson the other side, gives today to the Clusters an important role to play, in particular in the field of the Regional Specialisation Strategy. CTNA lives nationally on the roots and feeding of the Regional Districts and promotes International Initiatives and Projects where the Italian Aerospace Community can lead winning proposals, so increasing European funding return. Any overlap of financial efforts at regional and national level must be avoided and all kind of synergies must be pursued to build-up credible italian initiatives that attract other Nations into European winning Partnerships. 15

16 CTNA - Contacts web site: Cluster Tecnologico Nazionale Aerospazio ( Italian Cluster for Aerospace Technology ) General Secretariat c/o AIAD Federazione Aziende Italiane per l'aerospazio la Difesa e la Sicurezza Via Nazionale, Rome Italy Tel.: Fax: E.mail: info@ctna.it or e.bilancioni@aiad.it 16

17 CTNA BACK UP REGIONAL DISTRICTS 17

18 CTNA Aerospace District of Campania The Campania Technological Aerospace District DAC S.c.a r.l. was born on May 30th, It s participated by 140 actors: 8 large companies (including Alenia Aermacchi, Magnaghi Aeronautica, Atitech, MBDA, DEMA, Telespazio), 11 research centers (including CNR - National Research Council, CIRA - Italian Aerospace Research Center, ENEA and the 5 Campania Universities) and 125 SME (also including those who adhere to the 8 consortium members). DAC s mission is to promote the collaboration between research centers, universities and firms in Campania region for creating concrete business opportunities and continuous occasions of growth and innovation. 18

19 CTNA Aerospace District of Lazio Key facts& figures Main Capabilities 240 SMEs 10 Large Enterprises 5 Universities 15 Research Centres 5 Billion in turnover employees 2004 DTA constitution Aeronautics Avionics, Systems and Equipment Air Traffic Management Airports support systems Human factors Advanced materials Activities Brokerage support for Public Procurement & Demand-side management of DTA s enterprises products at national and international level Public (as well as private) funds supporting enterprise s R&D activities Development of agreements and incentive schemes for R&D programs involving private companies and public research institutes Funds and services aiming at creating new enterprises and/or sector s reorganisation Technology Transfer, Venture and Expansion Capital Space Exploration and Observation Human Exploration and Microgravity Satellite Navigation and Telecommunication Earth observation Satellites designing and production Propulsion systems Medicine and Biotechnology space facility experiments 19

20 CTNA Aerospace District of Lombardia 3.8 billion Euros the turnover produced by the industry in Lombardy 38% of the Italian export in this sector comes from Lombardy 20

21 CTNA Aerospace District of Piemonte Key facts& figures Main Capabilities 200 SME 9 Large Groups 3 Univesities 3 R&D Centers 2,5 B Turnover Employees Industrial tradition since 1909 Aeronautics 1909 Human Factors Flight Physics Propulsion Aircraft Avionics, Systems and Equipment Flight Mechanics Integrated Design and Validation Human Factors Activities Space StudiesAnalysis Communication Networking Collaborative Projects Exploration and Observation Human Exploration and Microgravity Navigation 21

22 CTNA Aerospace District of Puglia Key facts& figures Main Capabilities 45 SME 5 Large Enterprises 3 Universities 6 Research Centres 1 Billion in turnover employees 2009 DTA Costitution Aeronautics composite materials manufacturing; light alloy mechanical working; maintenance/repair; tooling/tools; aircraftinteriorcompletion; electricand electronic devices; engine components and accessories; Activities Space R&D Industrial projects Collaborative Projects and Infrustructures Training Internationalization electric and electronic devices manufacturing; satellite equipment; information/software; 22

23 CTNA Aerospace District of Emilia Romagna Key facts& figures Main Capabilities 5 Universities 10 R&D Centers 0,5 Mld Turnover people involved Established in2012 Aeronautics Mechanical Manufacturing Materials and surface treatements Human Machine Interfaces Green power electronics & Propulsion Activities Space Integration of an Aerospac Supply Chain Management of R&D Projects Technological Transfer Microsatellites Earth Observation TLC 23

24 CTNA Aerospace District of Umbria Key facts& figures Main Capabilities Activities 26 Companies 8 Institutional Partners 380 M Revenues Employees 2008 Founded Aerospace Integrated design and validation Aerostructures On-board systems and equipment Production services Components manufacturing Supply of avionics subsystems Testing The principal features of the associated companies include: Over 75% enjoy regular business relations with international companies 56% cooperate with research institutes 37% has specific dedicated labs inside Overall high level of technology and industrial automation Comprehensive emphasis on training 24

25 CTNA Aerospace District of Toscana The Regional Aerospace industrial sector of Tuscany includes a large enterprise (Selex ES, Finmeccanica s Group) which plays a strategic role on key technologies (mainly optoelectronics) and a texture of SMEs participating to the design and development of components. A limited number of these SMEs (like e.g. Kayser Italia, Sitael, Flyby, etc.) may also play as prime contractors within programs of ASI and ESA Most of the enterprises are in the areas of : Florence and Pisa-Livorno Around 1.000employees, > 350 MEuro/ year 3 Universities 5 R&D Centers Technological Areas: Optoelectronics Electronic components Communication systems Software (on board and ground segments) Data processing and downstream services Testing, calibration and certification GPS e GIS services and software 25

26 CTNA Aerospace District of Sardegna The experimental and training test range of «Salto di Quirra» represents a key example at EU level for the aerospatial experimentation MOU between Sardinia Region and INAF (Italian Institute for Astrophysics) for research, technology transfer, training and scientific dissemination in Astrophysics, as well as to assure the full performance of the Sardinian Radio Telescope MOU between Sardinia Region & ASI (Italian Space Agency) for the development of GNSS technologies for info mobility and railway applications 26