Eurospace Organisa0on and ac0vi0es

Transcription

1 Eurospace Organisa0on and ac0vi0es Prepared by Eurospace Execu0ve September

2 ASD-Eurospace : The Associa0on Created in 1961 and since April 2004: the Space group in ASD ASD-Eurospace is the professional organisa0on of the European space manufacturing industry A not for profit associa0on incorporated under the French Law of July 1901 Mandates Promote space ac0vi0es in the interest of its members Define, adopt and express common views for the European space manufacturing sector Membership Eurospace members are European companies ac0ve in design, development and manufacturing of space systems Eurospace membership represents more than 90% of the total European manufacturing industry employment ASD-Eurospace is a recognised actor of European space policy and strategy 2

3 Eurospace : Members (September 2017) 3 ADS (UK) NLR AIR LIQUIDE OHB System AG Arianespace OHB Italia Airbus Defence & Space Spain PROESPAÇO (PT) Airbus Defence and Space SAS - Satellites France RUAG Schweiz AG - RUAG Space Airbus Defence and Space Ltd RUAG Space Finland Oy Ag Airbus Defence and Space GmbH - Satellites RUAG Space GmbH Airbus Defence and Space Netherlands B.V. RUAG Space AB Airbus Safran Launchers France SABCA Airbus Safran Launchers Germany SAFRAN Aircrac Engines Alter Technology SCISYS UK Ltd Avio SpA Sener SA AZUR Space Solar Power GmbH Sitael S.p.A. CGI Telespazio SpA Fundacion Tecnalia Research & Innova0on Terma A/S GMV Tesat Spacecom GmbH & Co. KG IABG Thales Alenia Space France Indra Sistemas SAS Thales Alenia Space Espana SA Kongsberg Defence & Aerospace Thales Alenia Space Belgium MT Aerospace AG Thales Alenia Space Italia SpA TNO Vitrociset SpA

4 Eurospace - how to be involved European stakeholders involved in the design, development, produc0on, integra0on and test of space systems can be involved in Eurospace in many ways Full membership Gives access to all ac0vi0es of the associa0on (excluding ad hoc task forces with separate budget) Costs >10000 EUR/year (plus the cost of personnel involvement in ac0vi0es) Involvement in ESA-coordinated formal consulta0ons Technology Harmonisa0on process (Harmo), Standardisa0on (ECSS) and EEE components strategy (ESCC) No Eurospace fee, par0cipa0on costs limited to personnel involvement in the ac0vi0es (0me to review documents and provide feedback, when relevant: mee0ng ahendance and travel costs) Par0cipa0on in the annual Eurospace facts and figures (F&F) survey Involves answering to an electronic ques0onnaire Par0cipa0on is free and gives access to 5 copies of the print report per responding en0ty. The F&F data is widely recognised as the most reliable assessment of the European space system market in Europe. Involvement in industry driven ad hoc task forces Task forces are created by request of any member company in Eurospace with a focused goal. If needed task forces levy a specific par0cipa0on fee to cover Task force costs. This is done through a simple Purchase order to Eurospace and is covered by a signed Task Force Agreement between all members. 4

5 Eurospace: Core Ac0vi0es 5 Eurospace is the professional organisa0on of the space manufacturing industry Industry representa0on and spokesperson Official European space industry spokesperson: ESTMP/Harmonisa0on, ESCC, ECSS, etc Rela0onship with ESA Rela0onship with EU bodies (EC, EP, European Council, EDA ) Rela0onships with Ministries and Parliaments (at na0onal level) as requested Coordina0on and informa0on of industry Working Groups and Panels Core ac0vity of Eurospace: WGs and Panels are primary means to: inform and stay informed (informa0on exchange) iden0fy industry issues prepare industry posi0ons networking Members only web, ing lists, press review Informa0on about industry Industry sta0s0cs: Eurospace facts and figures annual publica0on Market sta0s0cs (LEAT database) Public web: Liaison with other industrial bodies In Europe :ASD, EARSC, ESOA, SME4Space, ESRE etc. Interna0onally: SJAC, AIA etc. Liaison with non industrial bodies Academic and science: IAF, AAAF, Cospar, Copuos, etc. Non European Space Agencies: Jaxa, ISRO, Roskosmos, NASA

6 Eurospace: Ancillary Ac0vi0es Eurospace execu0ve resources, know-how and connec0ons with the space industry are leveraged to add value to the Associa0on Organisa0on of Workshops and Conferences Annually: DASIA Data Systems in Aerospace Occasional or periodic: Earth and Space Week (2005) The Future of Space R&T in Europe (2005, 2008, 2012, 2016) Contract ac0vi0es: Technical-economic and strategy studies, for internal and external customers: Contract ac0vi0es are only carried out in accordance with the main objec0ves of Eurospace. H2020: EPIC and PPOSS Publica0ons Space Trends: annual spacecrac and launch services assessment Contribu0ons to The Space report (US Space Founda0on) 6

7 Eurospace : Resources Annual budget: approx 1.4 M Income: 55% Membership fees, 30-35% External Contracts, 10-15% Conference/workshop organisa0on Membership fees paid by industry guarantee Eurospace independence of views Offices in Paris and Brussels In Paris: Headquarters, main mee0ng room, SG and staff, close rela0onship with ESA HQ In Brussels: hosted by ASD, Brussels Office Head, mainly rela0ons with EC/EP and repor0ng to ASD bodies Workforce: the Execu0ve, a permanent staff of 7 (plus interns): Secretary General: Giuseppe Morsillo Director of Research: Pierre Lionnet Head Brussels Office: Lucas Buthion Policy Analyst: Clara Marchal Databases and Technology Strategy: Jean-Charles Treuet Databases and Support to Standardisa0on: Angel Cuellar Office and Conference Manager, administra0ve assistant: Nathalie Alecton 7

8 Eurospace: High level bodies 8 President: Eurospace President is elected for 3 years President: Jean-Loic Galle (Thales Alenia Space) Past Presidents: Jean Delorme, Ernesto Vallerani, Ivan Ofverhölm, Armand Carlier, Pascale Sourisse, Evert Dudock, Marco Fuchs General Assembly The General Assembly elects the President, Council and Fin. Com. Members All members are represented All members have same vo0ng rights Council The Council is the poli0cal body which takes all decisions 24 elected members + ASD Secretary General Chaired by Eurospace President Policy Commihee The PC plays the role of an advisory board to the Council Up to 24 elected members Chaired by the Secretary General Financial Commihee In charge of the financial control of the Associa0on The treasurer (chairperson) + 2 members

9 Eurospace : Working bodies Eurospace ac0vi0es are carried out within Working Groups, Panels and Task Forces Working Groups and Panels are created at the ini0a0ve of industry They support the elabora0on of consolidated industry viewpoints They propose posi0on papers, assessments and reports to Council approval WG and Panels are composed and chaired by industry representa0ves Coordina0on and support is provided by Eurospace Execu0ve Mee0ng Rooms, agenda and minutes dracing, ac0vi0es coordina0on, list management, etc. Working Groups are proac0ve bodies focusing on networking, informa0on, and lobbying ac0vi0es They tend to focus on policy and strategy aspects (e.g. Markets, Security & Defence) Par0cipa0on in working groups requires Eurospace membership. Panels have a mandate to widely represent industry within ac0vi0es coordinated at European level (e.g. ESCC, ECSS, THP) They usually address technology related issues Industry par0cipa0on in Panels does not necessarily require membership in Eurospace. Task Forces are created at the ini0a0ve of industry. They address focused ac0ons (with ad hoc resources) within a limited 0meframe. Their scope is usually narrower than that of WG and Panels: Hydrazine task force (concerns Hydrazine users in the REACH context) Chromates Task Force (concerns Chromates users in the REACH context) FP9 prepara0on Task Force 9 Eurospace seeks consensus at each and every level of its ac0on

10 Eurospace organisa0on 10 Ac0vi0es accessible to non members (with condi0ons) General Assembly Council Execu0ve Policy Consultancy Technology Events Tools SAVOIR, GS3B, JTF, TAWG, M&PWG etc. DASIA LEAT/Space Trends Markets Telecom Standards and components REACH SRTC Facts and Figures Earth observ. Naviga0on STWG Hydrazine (HTF) TPWG THP Contacts database Legal Explora0on EEE Chromates (STF) Harmonisa0on Public website S&D Access to Space Member website RT priori0es

11 Research & Publica0ons 11

12 Research and publica0ons 12 Eurospace facts and figures Space RDT priori0es - The space SRA European annual budget review LEAT database Space Trends In depth analysis of capabili0es Contribu0on to the Space Report (US Space Founda0on) Launch & market sta0s0cs Commercial market metrics ESA & EU analysis All publica0ons and research are under the direc0on of Pierre LIONNET

13 Facts & Figures - general informa0on The Eurospace facts and figures survey aims at providing an accurate picture of the situa0on of the European space manufacturing industry in Europe. The survey focuses on measuring Sales of space products Employment figures The boundaries of the survey are provided by Geographical boundaries: Are only considered companies with opera0ons on European ground Companies performing work performed outside Europe are outside the scope of the survey European subsidiaries of non European companies, with space ac0vi0es on European ground are included in the scope of the survey, Defini0on of customers Defini0on of products Addi0onal analysis is provided by grouping companies in appropriate categories Posi0on in the supply chain (company types) Rela0ve specialisa0on on products (company segments) F&F, now in its 21 th edi0on has become the reference informa0on document for European space industry economic data. 13

14 RDT priori0es - Space SRA 14 The Space RDT Priori0es are a proac0ve ini0a0ve of Eurospace to raise awareness on key needs and expecta0ons of the European space industry with regard to technology (RT/D). The consolidated roadmap is not a complete technology plan, it is an incremental roadmap of technology ac0vi0es: ac0vi0es and developments already well covered in current technology programmes are not considered The 2016 RDT Priori0es set were formally validated acer the informal consulta0on of ESA experts (full day workshop on 17/9/2015) and subsequent industry/stakeholder review

15 How to be involved 15 DETAILED VIEW

16 Overview Apart from Eurospace membership, the Associa0on provides many different ways to get involved. Standardisa0on and cer0fica0on Eurospace is the mandated industry representa0ve to the ECSS* (European space standards) and to the ESCC* (European space components) Technology strategy consulta0ons Influencing European technology development programmes and roadmaps ESA Harmonisa0on consulta0ons* EU H2020-Space consulta0ons Eurospace RDT priori0es and SRA Maybe soon: the JTI Sector sta0s0cs Eurospace facts and figures Ad hoc task forces REACH authorisa0on and lobbying 16 *ESA-Coordinated processes

17 ESA-coordinated processes 17 PARTICIPATION IS FREE FOR ALL STAKEHOLDERS: TECHNOLOGY HARMONISATION (HARMO) STANDARDS DEVELOPMENT (ECSS) EEE COMPONENTS: STRATEGY, QUALIFICATION, CERTIFICATION (ESCC)

18 Harmonisa0on Process 18 THE PROCESS PARTICIPANTS BENEFITS PARTICIPATION IS FREE FOR ALL STAKEHOLDERS MEMBERSHIP IN EUROSPACE IS NOT REQUIRED

19 Harmonisa0on Objec0ves The Technology Harmonisa0on is a coordinated process ini0ated in 2000 aiming at associa0ng all space technology stakeholders to collec0vely define technology development plans Harmonisa0on has 4 objec0ves: Fill strategic gaps and Minimise unnecessary duplica0ons for space technology capabili0es in Europe Consolidate European Capabili0es Achieve a coordinated and commihed European Space Technology Policy Contribute to ensuring con0nuity and coherence between technology and Industrial Policies 19 Ø In a nutshell: the harmonisa0on aims at building together with industry, research ins0tutes and member states medium term technology development plans by technology areas. Ø Harmonisa0on is a unique opportunity to gather support for your future developments needs and make your capabili0es known and recognised in the community

20 Harmonisa0on Process Stakeholders 20 Industry Inputs ESA Inputs Member States Inputs Drac DRAFT Technologies Technology plans Plans defined defined

21 Harmonisa0on Process Phases 21 The Harmonisa0on process is composed of two cycles per year, reviewing 4 to 6 Technology Areas. Each cycle is divided in two phases: The Mapping phase, Collect all informa0on relevant to the technological capabili0es of the European Space Sector. Iden0fy all relevant technology developments needs E.g. Trends, strategic interest, The Roadmap phase. Define and agree the full scope of technology developments required for each technological area, Shape future programmes in the European framework.

22 Harmonisa0on process 0meline 22 1 st Phase 1 st Mapping (Nov. year n) 2 nd Mapping (Jan. year n+1) 1 st Roadmap (May year n+1) 2 nd Roadmap (Sept. year n+1) 2 nd Phase

23 Industry Consulta0on Timeline 23 Mapping Phase TDs Issued by ESA Eurospace synthesis Drac A Industry 1 st consulta0on phase Drac B Eurospace Mapping Prepara0on Mee0ng Drac C Industry 2 nd consulta0on phase Final Posi0on Eurospace presenta0on to ESA Approx. 9 working weeks Roadmap Phase RMs Issued by ESA Eurospace synthesis Drac A Industry 1 st consulta0on phase Drac B Eurospace Roadmap Prepara0on Mee0ng Drac C Industry 2 nd consulta0on phase Final Posi0on Eurospace presenta0on to ESA Approx. 6 working weeks

24 The Eurospace consulta0on Process Step 1 of the consulta0on This step aims at collec0ng all possible views and opinions to prepare the first consolidated posi0ons. DraV A is a synthesis presenta0on based on ESA TD. This document is the preliminary THP posi0on. DraV B is the Drac A including all the comments received during step 1. THP mee0ng is a Eurospace event to discuss all the comments provided in step 1. Step 2 of the consulta0on This step goal is to provide visibility on comments disposi0on and a fine tuning of consolidated posi0ons. DraV C is the outcome of the THP mee0ng. Complete consolidated view based on the comments received and discussed during step 1. Each THP member have the possibility to discuss the disposi0on of their comments and provide their views on others. DraV Final is based on Drac C including the incorpora0on and consolida0on of minor comments received during Step 2. It is released for silent approval to THP members. Final version is released on the date of its formal presenta0on to ESA. 24 Drac A Issued Drac A Review Drac B Issued THP Mee0ng Drac C Issued Drac C Review Drac Final issued Drac Final approval Final Issued

25 Harmonisa0on - key documents and cri0cal phases 25 The Harmonisa0on process starts with a Technical dossier (TD) The TD is issued by ESA for stakeholder review It sets the baseline for underrstanding the technology topic It includes a full list of relevant stakeholders in the supply chain, a status of compe00on and key needs an0cipated for the medium term It is updated acer all stakeholders have reviewed it in the Mapping phase It is complemented by tow online databases: the GPT (products) database and the ICM database (capabili0es) It serves to elaborate the Development Roadmap in the next phase The Harmonisa0on process is concluded with an harmonised roamdap The roadmap is the key outcome of the Harmonisa0on process It is a complete technology plan where development ac0vi0es are presented with a high level of granularity. Each ac0vity is associated to a 0tle, descrip0on, TRL and dependence assessment, a ROM budget, and a target programme (GSTP, TRP, ARTES, ELIPS ) Each ac0vity will, if approved by Member States at THAG then IPC, translate into an ESA ITT in the usual condi0ons

26 Harmonisa0on Process Documents 26 Tools for the Mapping phase: ESA Technology Dossiers (TD) A technical memorandum providing a complete overview of the current status of a specific technology domain applicable to space (e.g. On-board data systems, power genera0on, propulsion ) Eurospace Presenta0on The outcome of the stakeholder review of the Technology Dossier Industry Capability Mapping Database (ICMDB) An repository of industry capabili0es maintained by ESA and updated every year through the harmonisa0on process. Tools for the Roadmap phase ESA DRAFT Roadmap Powerpoint presenta0on presen0ng the goals and expecta0ons of the proposed developments Eurospace Presenta0on Roadmap Cost Tables An excel file presen0ng the details of all ac0vi0es proposed (poten0al future ITTs. For each ac0vity proposed there will be a descrip0on, a target programme (ESA GSTP; TRP, ARTES etc.) and a proposed budget envelope

27 Harmonisa0on - par0cipants benefits In Mapping phase 27 Access up to date informa0on on the technology domains of your interest Mapping mee0ngs: half day technical seminar per topic Access to HDMS: the online library of all harmonisa0on technical documenta0on Networking: Meet with poten0al partners, compe0tors and your na0onal delega0on Mapping mee0ngs gather a large spectrum of the supply chain for any given subject Make yourself known to ESA and na0onal delega0ons Through the relevant ICMDB and GPT surveys coordinated by Eurospace (eformat) Give visibility to your trends and expecta0ons, and confront with others' views Through the consolidated Eurospace presenta0on dracing and review process

28 Harmonisa0on - par0cipants benefits In Roadmap phase 28 Receive early informa0on on ESA DRAFT proposals for technology development plans for each topic concerned Monitoring the ESA DRAFT roadmaps provides advance view on upcoming ESA ITTs in the next 2-3 years Support the introduc0on of development ac0vi0es you deem important in the DRAFT technology plan for any given topic In acceptance of the harmonisa0on rules of procedure, and through a consensus based process with all THP stakeholders Get real-0me feedback on the status of industry proposals acer the DRAFT Roadmap review mee0ng between ESA and Eurospace

29 Harmonisa0on - par0cipa0on costs/efforts Par0cipants are required to join the THP (technology Harmonisa0on Panel) No fee, par0cipants shall complete an excel info sheet providing contact points for each subject of their interest, they will receive an access to Eurospace document distribu0on pla~orm. Eurospace execu0ve is here to help you to access the system, to understand the process and facilitate your involvement - Call (Mr Treuet or Mr Lionnet) Par0cipa0on to Eurospace mee0ngs and access to Eurospace DRAFT documents for review No cost: Mee0ngs can be ahended via Webex All DRAFT documents are available through a secure download system at no cost Document review efforts (es0mate) At mapping phase: approx 2-4 hours per topic, plus 0,25 to 0,75 hours to complete the ICM tables per topic At Roadmap phase: approx 1-2 hours per topic, plus 0,25 to 0,75 hours to add specific ac0vi0es in the Roadmap table Par0cipa0on to mapping mee0ngs at ESTEC Travel to ESTEC required - one half day per topic. The Harmo calendar thrives on bringing together topics with similar technologies/stakes. no travel costs reimbursement, no remote par0cipa0on possible good value of the investment considering the great opportunity for targeted networking, and the great informa0ve resource during presenta0ons 29

30 Harmonisa0on List of Topics of Interest 30 All dossiers Array Antennas On-Board Radio Naviga0on Receivers Op0cal Communica0ons for Space TT-C Transponders and Payload Data Transmihers Automa0on and Robo0cs Data Systems and On-Board Computers On-Board Payload Data Processing System Data Repository Cri0cal RF Payload Technologies Electrical Motors Frequency and Time Genera0on and Distribu0on - Space Microelectronics: ASIC and FPGA Radia0on Environment Models, In-Orbit Monitors, Test Facili0es and Engineering Tools Frequency and Time Genera0on and Distribu0on - Ground Ground Sta0on Technology Reflector Antennas for Telecommunica0ons Addi0ve Layer Manufacturing Composite Materials Pyrotechnic Devices Lidar Cri0cal Solid-State Components Lidar Cri0cal Subsystems AOCS Sensors and Actuators Posi0on Sensors Solar Array Drive Mechanisms Cri0cal Technologies for European Non Dependence CMOS-APS Sensors Func0onal Verifica0on & Mission Opera0ons Systems Op0cal Detectors, Visible Range Power Management and Distribu0on Units Power RF Measurements and Modelling Technologies for Op0cal Remote Passive Instruments - Detectors Technologies for Passive Millimetre and Sub-millimetre Wave Instruments Electrochemical Energy Storage Solar Generators and Solar Cells Chemical Propulsion - Components (including Tanks) Chemical Propulsion - Green Propellants Electric Propulsion - Power Supply and Control Electronics Electric Propulsion Poin0ng Mechanisms Electric Propulsion Technologies Aerothermodynamic Tools Micro-Nano Technologies - RF MEMS & MOEMS Microwave Power Breakdown modelling and Characterisa0on Mul0body Dynamic Simula0on Two-Phase Heat Transport Systems Upper Stage Propulsion Avionics Embedded Systems Forma0on Flying Technology Ground System Socware On-Board Socware System Modelling and Simula0on Tools Thermal and Space Environment Socware Tools and Interfaces Cryogenics and Focal Plane Cooling Deployable Booms & Inflatable Structures Technologies for Hold Down, Release, Separa0on and Deployment Systems

31 Technology Harmonisa0on Panel 31 The THP mailing list is iden0fying the European experts in Europe and the technology topics they want to be contacted for. This database is currently composed of >1500 Experts: From 26 Countries Represen0ng 700 en00es (incl. private companies, public labs, research establishments and academia) This database maintains an efficient dialogue between Eurospace and European technology stakeholders (industry, labs, research and academia) Registered par0cipants will only be contacted for the topics of their choice. Ø THP members also cons0tute the main contact source for the RT priori0es (RTP) consulta0on (see next slides) RTP: The Space Strategic Research Agenda Support communica0on with the EC and be involved in the prepara0on of H2020-Space workprogramme

32 Standardisa0on - ECSS 32 ECSS - European coopera0on for Space Standardisa0on Created in 1995 to set up and maintain a coordinated set of industry standards for space systems design development and manufacturing ECSS brings together ESA, na0onal agencies and industry (through Eurospace) to share the financial and technical efforts to establish the standards The ECSS system is applicable to all ESA and EC contracts, as well as the contracts with par0cipa0ng na0onal agencies (DNES, DLR, UKSA, ASI ) Main ECSS bodies The Steering Board (SB) Workplan and overall strategy The Technical Authority (TA) Standards management (dracing, publishing, upda0ng, review) and technical strategy The Working Groups (WG) ECSS standards are draced by ad hoc working groups with par0cipa0on from industry (mostly) and agencies (to a lesser extent) Nomina0ons for industry involvement in ECSS WGs are the responsibility of Eurospace Par0cipa0on in ECSS WG mee0ngs (for standards dracing) is financially supported by the ECSS system. Travel costs reimbursement is claimed and received through Eurospace.

33 Standardisa0on - industry involvement 33 Eurospace is signatory to the ECSS charter Eurospace involvement in the ECSS system is organised within the STWG (STandardisa0on WG) Eurospace represents industry with a united voice At SB: 4 reps + 1 permanent advisor At TA: 4 reps + 1 permanent advisor Eurospace nominates experts to support ECSS WG ac0vity WG composi0on is finalised at TA level with a view to balancing exper0se and maintaining an appropriate cost profile (WG involvement is supported by travel costs reimbursement). Eurospace organises the review of DRAFT standards within the sector How to get involved: All interested par0es (industry large and small, research en00es, labs ) can join the ECSS review and nomina0ons mailing list to be informed and provide their views and experts At no cost They will receive agenda and minutes of the STWG, We are giving full transparency on Eurospace decision making process on behalf of industry They will be informed and will provide their inputs on New work items (standards proposed for development) Drac standards in review WG crea0on All interested par0es can ahend STWG mee0ngs (industry large and small, research en00es, labs )

34 EEE components - ESCC ESCC - European space components coordina0on Created in 1995 to set up and maintain a coordinated set of industry standards for space systems design development and manufacturing ESCC brings together ESA, na0onal agencies and industry (through Eurospace) to share the financial and technical efforts to establish the standards The ESCC system is applicable to all ESA and EC contracts, as well as the contracts with par0cipa0ng na0onal agencies (DNES, DLR, UKSA, ASI ) Main ESCC bodies The Space components Steering Board (SCSB) Workplan and overall strategy The Policy and standards WG (PSWG) Standards management for the E60 branch, subordinated to ESCC The Components Technology Board (CTB) EEE components strategy and technology planning 34

35 EEE components - industry involvement 35 Eurospace is signatory to the ESCC charter Eurospace involvement in the ESCC system is organised within the EEE-P (EEE Components Panel) The ESCC aims at ensuring a consistent European readiness in space qualified EEE components It maintains a QML (qualified manufacturers list) and a QPL (qualified parts list) for EEE components for European space programmes. Its supports the ECSS E60/Q60 branches with specific exper0se It provides consistent EEE components technology development strategies through the CTB Eurospace represents industry with a united voice At SCSB (Space components Steering Board): 4 reps + 3 depu0es Note that Industry is also represented from the manufacturers perspec0ve (hybrids, passive, etc.) The SCSB is responsible At PSWG (Policy and Standards WG): 4 reps + 2 advisor At CTB (Components Technology Board): 4 reps + 1 permanent advisor+ Chairperson CTB coordinates the work of a variety of working groups where users and suppliers define together the development strategy for key component families. How to get involved: All interested par0es (industry large and small, research en00es, labs ) can join the EEE-P and support the elabora0on of consolidated industry posi0ons in view of PSWG, CTB, SCSB mee0ngs. At no cost They will receive agenda and minutes of the EEE-P, We are giving full transparency on Eurospace decision making process on behalf of industry They will be informed and will provide their inputs on CTB working group ac0vity Annual qualifica0on plans EEE components development strategy

36 Industry driven ac0vi0es 36 THE TASK FORCES (REACH) THE STRATEGIC RESEARCH AGENDA (RT PRIORITIES)

37 Task forces 37 At the request of industry Eurospace sets up ad hoc task forces to address short-medium term issues in a coordinated way with relevant industry stakeholders REACH/Hydrazine TF REACH/Chromates TF Each TF is set-up with a specific mandate and TF agreement TFs are usually open to non-members A TF can require a dedicated budget to perform its work, in this case it calls upon its members to provide the funding. The funding split and rules are defined in the TF agreement. Task Forces call for membership are adver0sed on

38 RDT priori0es - Space SRA The Space RDT Priori0es are a proac0ve ini0a0ve of Eurospace to raise awareness on key needs and expecta0ons of the European space industry with regard to technology (RT/D). The consolidated roadmap is not a complete technology plan, it is an incremental roadmap of technology ac0vi0es: ac0vi0es and developments already well covered in current technology 38 programmes are not considered The 2020 RDT Priori0es set were formally validated acer the informal consulta0on of ESA experts (full day workshop on 17/9/2015) and subsequent industry/ stakeholder review

39 The RDT Priori0es 2020 process 39 3 data collec0on rounds in the past 18 months 3 consulta0on rounds in the past 18 months Data collec0on THP TPWG Harmonisa0on Process Previous Database Data update & consolida0on Duplicate entries Unclear entries Obsolete entries Aims & technology area Iden0fica0on of challenges & drivers Data review Consulta0ons with THP stakeholders SRTC mee0ngs SRTC Mee0ng: Approval RDT Priori0es 2020 Soc review by ESA TECNET Experts

40 Building the RDT priori0es Eurospace is the Associa0on of European space manufacturing industry. Eurospace members represent 90% of European space industry employment. It is organized to coordinate and promote technology strategy within its Space Research and Technology Commi_ee (SRTC) 40 Technology Harmonisa0on Panel > 1500 Experts >600 en00es Technology Harmonisa0on ESTER JTF (cri0cal technologies) Eurospace SRTC ICMDB EC/FP ac0vi0es Technology Policy WG ASD RTC support Posi0on papers

41 Eurospace Facts & Figures 41 THE AUTHORITATIVE ANNUAL ASSESSMENT OF EUROPEAN SPACE INDUSTRY (UPSTREAM) ECONOMIC SITUATION

42 F&F - general informa0on The Eurospace facts and figures survey aims at providing an accurate picture of the situa0on of the European space manufacturing industry in Europe. The survey focuses on measuring Sales of space products Total sales, Final sales, Intersector sales Employment figures The boundaries of the survey are provided by Geographical boundaries: Are only considered companies with opera0ons on European ground Companies performing work performed outside Europe are outside the scope of the survey European subsidiaries of non European companies, with space ac0vi0es on European ground are included in the scope of the survey, Defini0on of customers Defini0on of products Addi0onal analysis is provided by grouping companies in appropriate categories Posi0on in the supply chain (company types) Rela0ve specialisa0on on products (company segments) 42

43 F&F - Product categories 43 Space systems (HW, SW & Dev) Launcher Development Opera0onal systems Ground systems (HW, SW & Dev) and services EGSE, MGSE, Test & Support HW & SW The space segment (HW and SW for use onboard a launcher or spacecrac ) Satellite applica0ons Telecommunica0ons Earth Observa0on Naviga0on/localisa0on Ground Sta0ons HW, SW & opera0ons The ground segment (HW and SW suppor0ng space systems opera0ons and/or manufacturin g ac0vi0es) Scien0fic systems Human infrastructure (ISS, ATV) Science spacecrac Micriogravity Services to industry

44 F&F survey sta0s0cs and industry concentra0on Survey statistics! Nb of units! All units in the model! 243! Questionnaires returned! 79! Consolidated company in answer 2016! 16! Proxies! 164! Consolidated company in proxy! 21! All companies in the model! 280! Employment Space(Direct) Cumulated (%) % 90.00% 80.00% 70.00% 60.00% 50.00% 40.00% 30.00% 20.00% 10.00% 0.00%

45 European space industry sales and employment (M, right & FTE, lec) Final sales Direct Space employment 8,000 7,000 6,000 5,000 4,000 3,000 2,000 1,

46 Sales by main market segment - European public en00es vs Commercial and exports (M ) 46 4,500 4,000 3,500 3,000 Sales to European public en00es Commercial & exports sales Other/unknown 2,500 2,000 1,500 1,

47 Sales by main market segment - type of system (M ) 47 4,500 4,000 3,500 3,000 Satellite applica0ons systems Launcher systems Scien0fic systems Support Ac0vi0es 2,500 2,000 1,500 1,

48 Space industry employees age and gender characteris0cs <=18 48 Total employment Average age (women) Average age (men) Average (all) Women in % of total 19.98% Men in % of total 80.02% Women ,000 1,200 Men

49 Space industry employees qualifica0on and gender characteris0cs 49 Cat 6 Cat 5 Cat 4 Cat 3 Cat 2 Cat 1 Qualifica0on profile All Men Wome n 1. University (4-5 years and up) 39% 40% 33% 2. University (up to 3 years) 26% 26% 26% 3. Higher Voca0onal School 22% 22% 25% 4. Voca0onal School 4% 3% 6% 5. General School Only 1% 1% 1% 6. Appren0ceship 8% 8% 0% Not available 0% 0% 2% 100% 90% 80% 70% 60% 50% 40% 30% 20% 10% 0% Men Women All

50 Industry employment distribu0on by country (FTE) Country Level of confidence Austria % Belgium % Bulgaria NA % Czech Republic NA % Denmark % Estonia NA % Finland % France % Germany % Hungary NA % Ireland % Italy % Luxembourg % Netherlands % Norway % Poland NA % Portugal % Spain % Sweden % Switzerland % United Kingdom % Europe % 50