Piattaforma Tecnologica Italiana Spaziale Italian Space Technology Platform

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1 Piattaforma Tecnologica Italiana Spaziale Italian Space Technology Platform CNES June 17th, 2014 Massimo Claudio Comparini SPIN IT Chairman,

2 SPIN IT Space Innovation in Italy Technology Platform The Space Technology Italian Platform SPIN IT (Space innovation in Italy) has been launched at the end of 2011 under the sponsorship of the Italian Minister of Research(MIUR), the Italian Space industry associations(aiad, ASAS, AIPAS) SPIN IT is an instrument for the exploitation of synergies between industries, universities and research centers active in space technology and it fosters dialogue between institutions and end users interested in space activities, application and services. It provides a strategic framework for bilateral R&T and R&D programs as well as the connection with regional aerospace districts and economic clusters The overall objective is, in the light of the 10 years strategic vision document of the Italian Space Agency and ESA Long Term Vision, to increase the competitiveness of the Italian system in the capture of European R&T&D funding in support to space technology development, to the scientific space research and to the industrial value chain competitiveness.

3 SPIN IT Space Innovation in Italy Technology Platform Spin-It is characterized by the strong interaction with the Italian Space Agency to which the strategies of the Italian space activities are assigned as per the institutional mission. The Agency is in the natural receptor of the platform work and results in the objective to support the attractiveness of the whole system to capture research funds in European context (Horizon 2020)and to harmonize European, Domesticand regional districtstechnology development policiesin line with Italian stakeholders priorities In the last two decades a strong asset in space activities has been the exploitation of dual use technologies and applications. In this respect Italian Minister of Defense is together with ASI a key final user of space asset and technologies. In Spin-It has given a significant contribution to build up the strategic plan and the first projects of the Aerospace Italian Technology Cluster (CTNA) in support to industrial competitiveness as well as to develop a first coherent connection with local regional aerospace districts.

4 SPIN IT Space Innovation in Italy Technology Platform The platform is organized in Application Domain (DA) and Technology Clusters (TC) working groups. Each DA WG addresses the scenario, provides a detailed mapping of competences, identifies the enabling technologies for the specific domain and analyses funding opportunities through different institutions. Aim of Technology Cluster labeled WG is to provide a picture of Italian technology assets and positioning and to elaborate a techno push analysis in the different enabling domains(electronics, materials, software, ). This process results in a coherent view about the matching, and the conditions, between application domain driven demand and possible technology evolution in Italian entities. It provides a strategic ground to evaluate and establish technology and cooperation in bilateral and European, International partnerships. DA1 DA2 DA3 DA4 Sistemi di Osservazione Sistemi Sistemi della Terra di Navigazione di Sistemi di Trasporto Telecomunicazioni Spaziale; Lancio e Rientro DA5 DA6 DA7 Esplorazione Umana Applicazioni Integrate e Servizi Osservazione dell universo, scienza Stazione Spaziale, ed esplorazione Capsule manned Sicurezza robotica TA1 TA2 Termomeccanica Strutture Materiali Elettronica Sensori integrati, comp. criogenici Meccanismi Fotonica Ottica TA3 TA4 Elaborazione Informatica Tecnologie per il trasporto Dati e di Segnale spaziale To date more than 140 entities (companies, research institutes, university departments) are associated.

5 Platform Taxonomy Application Domains- Enabling Technologies DA1 DA2 DA3 DA4 Sistemi di Osservazione della Terra Esplorazione Umana Stazione Spaziale, Capsule manned Sistemi di Navigazione Applicazioni Integrate e Servizi Sicurezza Sistemi di Telecomunicazioni DA5 DA6 DA7 Osservazione dell universo, scienza ed esplorazione robotica Sistemi di Trasporto Spaziale; Lancio e Rientro TA1 Termomeccanica Materiali TA2 Elettronica Sensori integrati, comp. criogenici Strutture Meccanismi Fotonica Ottica TA3 Informatica Elaborazione Dati e di Segnale Tecnologie per il trasporto spaziale

6 Tassonomia Piattaforma - Domini Applicativi Tecnologie Abilitanti DA1 DA2 DA3 DA4 Sistemi di Osservazione della Terra Esplorazione Umana Stazione Spaziale, Capsule manned Sistemi di Navigazione Applicazioni Integrate e Servizi Sicurezza Sistemi di Telecomunicazioni DA5 DA6 DA7 Market pull Osservazione dell universo, scienza ed esplorazione robotica Sistemi di Trasporto Spaziale; Lancio e Rientro TA1 Termomeccanica Materiali TA2 Elettronica Sensori integrati, comp. criogenici Strutture Meccanismi Fotonica Ottica TA3 Techno Push TA4 Informatica Elaborazione Dati e di Segnale Tecnologie per il trasporto spaziale

7 Italian Space Sector Third Country in Europe Turnover ~ 1,45 B Activities all over the space value chain ~ 5800 employees/researchers ~ 120 companies 6 major players Reg l Aerospace Districts Assets in other regions Key and Leadership position in all space application, technology and service domains space 7

8 Italian Space Value Chain

9 DA e Position Paper DA1 Sistemi di Osservazione della Terra DA2 Sistemi di Navigazione DA3 Sistemi di Telecomunicazioni DA4 Sistemi di Trasporto Spaziale; Lancio e Rientro DA5 Esplorazione Umana Stazione Spaziale, Capsule manned DA6 Applicazioni Integrate e Servizi Sicurezza DA7 Osservazione dell universo, scienza ed esplorazione robotica TA1 Termomeccanica Materiali Strutture Meccanismi TA3 Elaborazione Informatica Dati e di Segnale TA2 TA4 Elettronica Sensori integrati, comp. criogenici Fotonica Ottica Tecnologie per il trasporto spaziale

10 Each WG has produced a Position Paper describing for the specific Application Domain the overall scenario, an overview of the programs and the technology challenges to be faced scenario skills techno funding Scenario analysis in the domestic, European and International environment. Skill, competences and areas of expertise mapping (eg no. researchers, employees, economic resource relevance, contracts,...) top-down analysis of enabling technologies. ID of individual technology cluster with actual and target TRL (Technology Readness Level) assesment funding analysis of all possible sources in Europe (H2020, ESA,...), National (MIUR, ASI) and regional (POR regional, aerospace district,...) Each Technology Cluster analyzes the mapping of its technology domain with associated clusters and give an evolution path and possible funding plan Techno mapping Techno evolution Mapping of enabling technologies availability in Italy with associated map of centre of competences and skills (Academia, research centres, SME, LSI, ) Possible path of technology clusters evolution associated to envisaged Space mission in line with ASI vision. Funding analysis and plan Strategic Research Innovation Agenda

11 Each WG has produced a Position Paper describing for the specific Application Domain (AD) the overall scenario, an overview of the programs and the technology challenges to be faced scenario skills skills skills skills techno funding Each Technology Cluster analyzes the mapping of its technology domain with associated clusters and give an evolution path and possible funding plan Techno mapping Techno evolution Strategic Research Innovation Agenda

12 DA e Position Paper

13 Position Paper example of Application Domain Human Exploration scenario skills programs Turnover ~ 130 M ~ 800 employees 4 Regionaldistricts(Piemonte, Lombardia, lazio,, Campania) ISS e Programmi di sperimentazione collegati: TAS-I, SG, Kayser Italia, TPZ, ALTEC, CNR, AVS, PMI Programmi tecn. ASI (FLECS,CAB,ASA,CAST,SEMBRA): TAS-I, TPZ, AeroSekur, CIRA, SG, Kayser Italia, PoliTo. UNIRo, AVS, PMI. ESA Aurora, Eurobot e Programmi Esplorazione: techno funding TAS-I, TPZ, PoliMI, PoliTo, UNIRo, SG, CISAS, IIT, CNR, Kayser Italia, AVS, PMI, Progetti EC : TAS-I, TPZ, CIRA, SG, CISAS, UNIRo, PoliMI, PoliTo, ISIS R&D, Kayser It, PMI Aree Tecnologiche Aree Tecnologiche ASI MIUR ESA Distretti H2020 PRO.R.A. PNM Life Support & ISRU 3 8 Novel Energy production and Storage 3 8 Advanced Propulsion 3 8 Automation & Robotics 4 8 Thermal Control 4 8 Aerothermodynamics 4 8 Advanced Structures 4 8 Advanced Mechanisms 3 8 GNC & RVD 4 8 Biomedicina Spaziale 3 8 Life Support & ISRU Novel Energy production and Storage Advanced Propulsion Automation & Robotics Thermal Control Aerothermodynamics Advanced Structures Advanced Mechanisms GNC & RVD Biomedicina Spaziale

14 Regions and Aerospace Districts CTNA Universita Centri di Ricerca industria

15 Cluster Tecnologico Nazionale Aerospazio Italian Cluster for Aerospace Technology

16 Priority Actions Support to identify a system view to the priorities addressing Horizon 2020 in support to Italian delegation Support to the Regional Specialization Strategy (S3) Support to European Innovation Partnership EIP on Space Support to the definition of National Research Plan for Space topics Support to define Italian position and priorities in bilateral and multi lateral cooperation in the frame of industrial and research Clusters

17 Tavolo ASI H2020 Support to identify a system view to the priorities addressing Horizon 2020 in support to Italian delegation SRC1 Electrical Propulsion SRC2 Space Robotics

18 Inidirizzamento Priorità Call H2020 SRC1 Electrical Propulsion

19 Inidirizzamento Priorità Call H2020 SRC2 Space Robotics

20 Support to the regional specialization strategy Support to the Regional Specialization Strategy (S3)

21 Support to the EIP Space Support to European Innovation Partnership EIP on Space

22 Contributo PNR MIUR Support to the definition of National Research Plan for Space topics

23 Tavolo H2020 PNR GSTP ARTES TRP PNRM Aerospace Districts Programs and Fundings Smart Specialization Strategy Bilateral Collaborative R&D

24 Conclusions The Platform in its first phase of activities has contributed to provide key messages in terms of technology priorities from the application domains perspective summarized inasetofpositionpapers SPIN IT has contributed to the Italian Aerospace Technology Cluster (CTNA) to draw a firstviewofstrategicplanandistodayakeyplayerinthiscontext The platform has contributed to the start up and the operative work of H2020 ASI table to draw Italian priorities in the EC H2020 research context. SPIN IT has contributed to provide information concerning the space technologies and applications in the definition of regional Smart Specialization Strategy as well as to provide the platform view in the PNR definition Next phase is devoted to follow up the support to Italian space system in the research European context (H2020), to provide through the Aerospace Cluster the space sector view in support to S3 and of course to support Italian Space Agency for all the topics where SPIN IT involvement and effort is considered useful The SPIN IT platform living objective is to be a tool at full disposition of the Italian Space Agency and all stakeholders of space activities in Italy