Aeronautica e Spazio in Horizon 2020 Torino 12 Maggio 2014 Massimo Claudio Comparini SPIN IT Chairman,

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1 Aeronautica e Spazio in Horizon 2020 Torino 12 Maggio 2014 Massimo Claudio Comparini SPIN IT Chairman, chair@spin-it.eu it.eu

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 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 Compared to the other technology platforms 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. ASI is in the natural receptor of the platform work and results in the objective to support the attractiveness of the whole system to capture funds in European context (Horizon 2020) and to harmonize European, Domestic and regional districts technology development policies in line with Italian stakeholders priorities Spin-It platform is characterized by the strong interaction with the Italian Space Agency. Moreover, 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 2012 Spin-It has given a significant contribution to build up the strategic plan 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 Tassonomia Piattaforma - Domini Applicativi Tecnologie Abilitanti 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 Strutture Materiali Meccanismi TA2 Elettronica Fotonica Sensori integrati, comp. criogenici Ottica TA3 Informatica Elaborazione Dati e di Segnale Tecnologie per il trasporto spaziale

6 Tassonomia Piattaforma - Domini Applicativi Tecnologie Abilitanti 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 Market pull Applicazioni Integrate e Servizi Sicurezza DA7 Osservazione dell universo, scienza ed esplorazione robotica TA1 Termomeccanica TA3 Strutture Materiali Meccanismi Techno Push TA2 TA4 Elettronica Fotonica Sensori integrati, comp. criogenici Ottica Informatica Elaborazione Dati e di Segnale Tecnologie per il trasporto spaziale

7 Italian Space Sector Third Country in Europe Turnover ~ 1,45 B B Activities all over the space value chain ~ 5800 employees/researchers ~ 120 companies 6 major players Reg l l Aerospace District 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 DA2 Sistemi Sistemi di di Osservazione Osservazione della della Terra Terra DA5 Market pull DA3 Sistemi Sistemi di di Navigazione Navigazione Sistemi Sistemi di di Telecomunicazioni Telecomunicazioni DA6 Esplorazione Esplorazione Umana Umana Stazione Stazione Spaziale, Spaziale, Capsule Capsule manned manned Sicurezza Sicurezza Osservazione Osservazione dell universo, dell universo, scienza scienza ed ed esplorazione esplorazione robotica robotica TA2 Termomeccanica Termomeccanica Materiali Materiali Elettronica Elettronica Strutture Strutture Meccanismi Meccanismi Fotonica Fotonica Techno Push Sistemi Sistemi di di Trasporto Trasporto Spaziale; Lancio Spaziale; Lancio ee Rientro Rientro DA7 Applicazioni Applicazioni Integrate Integrate ee Servizi Servizi TA1 DA4 TA3 Informatica Informatica Sensori Sensori integrati, integrati, comp. comp. criogenici criogenici Ottica Ottica TA4 Elaborazione Elaborazione Dati Dati ee di di Segnale Segnale Tecnologie Tecnologie per per ilil trasporto trasporto spaziale 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 possiblefunding 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 DA e Position Paper

12 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

13 CTNA Universita Centri di Ricerca industria

14 Linee di azione Supporto al sistema italiano per l indirizzamento delle proritàe delle call H2020 Supporto alla definzione della Smart Specialization Strategy regionale Supporto alla definizione del Piano Nazionale della Ricerca Supporto alla definizione delle Posizioni Italiane in Programmi Bilaterali

15 Tavolo ASI H2020 Supporto al sistema italiano per l indirizzamento delle priorità e delle call H2020 SRC1 Electrical Propulsion SRC2 SRC3 Space Robotics Reentry Vehicles

16 Inidirizzamento Priorità Call H2020 SRC1 Electrical Propulsion

17 Inidirizzamento Priorità Call H2020 SRC2 Space Robotics

18 Contributo S3 Supporto alla definizione della Smart Specialization Strategy regionale

19 Contributo PNR MIUR Supporto alla definzione del Piano Nazionale della Ricerca

20 Horizon 2020 relevant WP 5. Leadership in enabling and industrial technologies iii. Space 12. Climate action, environment, resource efficiency and raw materials 14. Secure societies Protecting freedom and security of Europe and its citizens 5. Leadership in enabling and industrial technologies i. Information and Communication Technologies Space Climate Secure Societies ICT 11. Smart, green and integrated transport Transport 10. Secure, clean and efficient energy Energy 9. Food security, sustainable agriculture and forestry, marine & maritime &inland water research & the bioeconomy Food sec.

21 WP SPACE Call Applications in satellite navigation Apr 14 4 Feb 15 GALILEO : EGNSS applications GALILEO : SME based EGNSS applications GALILEO : Releasing the potential of EGNSS applications through international cooperation GALILEO : EGNSS awareness raising, capacity building and/or promotion activities, inside or outside of the European Union M 5-10 M 5-8 M 5-10 M Call Earth Observation Mar14 Space enabled Applications EO : New ideas for Earth-relevant space applications Tools for access to space data EO : Climate Change relevant space-based Data reprocessing&calibration EO : Observation capacity mapping in the context of Atmospheric &Climate change monitoring 10 M 5,5 M 6 M Call Protection of European assets in & from Space Mar14 PROTEC : Space Weather PROTEC : Access technologies and characterisation for Near Earth Objects (NEOs) 8 M

22 WP SPACE Call Competitiveness of European space sector. Technology & Science Mar14 Competitiveness of European Space Technology COMPET : Technologies for EU non-dependence & competitiveness COMPET : Independent access to space COMPET : In-Space electrical propulsion and station keeping COMPET : Space Robotics Technologies COMPET : In-Orbit demonstration/validation (IOD/IOV) COMPET : Bottom-up space technologies at low TRL Space exploration and science COMPET : Space exploration Life support COMPET : Science in context: sample curation facility & scientific exploitation of data from Mars missions International Cooperation in Space matters COMPET : Technology demonstrator projects for exploration Outreach and Communication COMPET : Outreach through education... COMPET : Transnational and international cooperation among NCPs. 10 M 8 M 4 M 4 M 2 M 5 M 8 M 4 M 3 M 4 M

23 WP SPACE Space enabled Applications EO : Bringing EO applications to the market Tools for access to space data EO : Stimulating wider research use of Copernicus Sentinel Data EO : Technology developments for competitive imaging from space Call Earth Observation 2015 Call Protection of European Asstes from Space 2015 PROTEC : Passive means to reduce the impact of Space Debris Call Competitiveness of European space sector. Technology & Science 2015 Competitiveness of European Space Technology. COMPET : Technologies for European non-dependence and competitiveness COMPET : Independent access to space COMPET : Bottom-up space technologies at low TRL Space exploration and science COMPET : Space exploration Habitat management COMPET : Scientific exploitation of astrophysics, comets, and planetary data. International Cooperation in Space matters COMPET : International Cooperation in space science

24 WP SPACE R&D activities related to Galileo Public Regulated Service (PRS) 2. Space Surveillance and Tracking: participation of the EU Satellite Centre in the SST Service Function 3. Studies & Communication 4. Horizon 2020 proposal evaluation, monitoring and audits (EGNSS) 5. Transition towards Copernicus 6. Horizon 2020 proposal and proposal evaluation 20 M 1 M 1,5 M 1,5 M 5 +6 M 2 M GNSS Evolution, Mission and Services related R&D activities Procurement topic (1): Advanced mission concepts... Procurement topic (2): Ionosphere prediction service Procurement topic (3): Commercial Service Procurement topic (4): Support to the Galileo Safety of Life Service re-profiling, in particular for Advanced Receiver Autonomous Integrity Monitoring ARAIM Procurement topic (5): Signals evolution 8. GNSS evolution, infrastructure-related R&D activities 9. Space surveillance and tracking (SST). 10. Improving the Performances of the SST at European Level 11. Studies & Communication 12. Horizon 2020 proposal evaluation, monitoring and audits (EGNSS) 13. Horizon 2020 proposal and proposal evaluation.

25 Tavolo H2020 PNR GSTP ARTES TRP PNRM Programma e Finanziamenti Distrettuali S3

26 Conclusioni La Piattaforma nella sua prima fase di attività ha contribuito in modo significativo nella elaborazione di un quadro di priorità tecnologiche a supporto dei diversi domini applicativi SPIN IT ha contribuito sin dalla fase iniziale di proposta alla costituzione del Cluster Tecnologico Nazionale Aerospazio e nella identificazione del piano strategico del cluster stesso per la componente spaziale. La piattaforma è parte integrante del tavolo di coordinamento della Agenzia Spaziale Italiana su H2020 al fine di portare i propri approfondimenti al tavolo di discussione e per fornire alla delegazione e al delegato nazionale Spazio lo statodell arte del posizionamento italiano sul quale costruire le posizioni dello stato membro SPIN IT nell ambito delle attività del CTNA ha fornito la propria mappatura al fine di dare elementi utili per la specializzazione territiroale (S3, Regional Smart Specialization Strategy) per la componente spaziale e elementi per la definzione del Piano Nazionale della Ricerca La prossima fase èrivolta al supporto nel contesto europeo e piùin particolare per porre le condizioni di una accresciuta cattura di fondi nell ambito del programma H2020, nell indirizzare fondi strutturali attraverso la strategia S3 e i Parteniariati Europei di Innovazione (PEI) e fornire ulteriori elemnti di raccordo con il PNR alla luce della prosima conferenza minsuteriale sulle attività spaziali.