BIENVENIDOS!

Transcripción

1 BIENVENIDOS!

2 Jornada IMS H2020 De: A: 09:00 09:15 Recepción y Apertura 09:15 09:30 Presentación CVT 09:30 10:45 Programa H :45 11:45 Programa IMS 11:45 12:00 Break 12:00 12:45 Panel de debate y propuestas 12:45 13:00 Cierre

3 Jornada IMS H2020 Objetivos: Conocer el programa H2020 y el programa IMS, así como las oportunidades que hay para las empresas Generar una lista de temas de interés y/o proyectos relacionados con IMS y H2020

4 Jornada IMS H2020 De: A: 09:00 09:15 Recepción y Apertura 09:15 09:30 Presentación CVT 09:30 10:45 Programa H :45 11:45 Programa IMS 11:45 12:00 Break 12:00 12:45 Panel de debate y propuestas 12:45 13:00 Cierre

5 Centro de Vinculación Tecnológica Organismo de reciente creación en la CAINTRA que apoya a las empresas en sus estrategias de investigación y desarrollo tecnológico. Instalaciones dentro del Parque de Investigación e Innovación Tecnológica (PIIT)

6 Vinculación El CVT vincula a las empresas con la academia para integrar Alianzas Tecnológicas. Necesidades en Empresa Desarrollo Tecnológico Innovación En Producto/Proceso Centros de Investigación y Universidades Solución Innovación Proyecto Vinculado Mejora Negocios

7 Aliados Tecnológicos Para beneficio de los intereses empresariales se han firmado o están en proceso convenios con las siguientes universidades y centros: * * * * * * * * Firmados * En Proceso Prospectos *

8 Servicios La oferta de valor del Centro de Vinculación Tecnológica de la CAINTRA esta cimentada en tres tipos de servicio: INNOVACIÓN Vinculación y Proyectos I+D Generación de proyecto(s) Inscripción en RENIECYT Gestión de Fondos Asesoría en reportes Consultoría en Propiedad Intelectual CAPACITACIÓN Formación con Valor Agregado Entrenamiento Especializado Cursos Tecnológicos Innovación en la Empresa TECNOLÓGICO Enlace Técnico Análisis Caracterizaciones Metrología Microscopia

9 Otros Servicios CVT como Oficina de Transferencia de Conocimiento (OTC): Certificada Transferencia Tecnológica Evaluación y Plan de Negocios de Nuevas Tecnologías Estudios de Factibilidad Mapas de Ruta *Acceso Tecnológicos a bonos especiales para proyectos I+D

10 Proyectos Especiales 1) Desarrollo del Mercado de Dispositivos Médicos en NL 10 Empresas 2) Intelligent Manufacturing Systems México (Secretaría) Consorcio internacional para desarrollo de Manufactura Avanzada 3) Alianza con el CLÚSTER DE NANOTECNOLOGÍA NL 50 Empresas 4) Alianza con el BIOCLUSTER NL 50 Empresas

11 Jornada IMS H2020 De: A: 09:00 09:15 Recepción y Apertura 09:15 09:30 Presentación CVT 09:30 10:45 Programa H :45 11:45 Programa IMS 11:45 12:00 Break 12:00 12:45 Panel de debate y propuestas 12:45 13:00 Cierre

12 HORIZON 2020 Monterrey, 24 Junio 2014

13 TECNALIA 13

14 TECNALIA MISSION: TO TRANSFORM KNOWLEDGE INTO GDP IMPROVING PEOPLE S QUALITY OF LIFE BY MEANS OF GENERATION OF BUSINESS OPPORTUNITIES FOR ENTERPRISES 14

15 Private, non-profit, Independent, Applied Research FIGURES (31 dec 2013) M income 2013 APPLICATIONS FOR PATENTS 2013 ACTIVE SPIN-OFFs 5,100 CUSTOMERS 1,831 STAFF 325 PhDs 15

16 TECNALIA to overcome Societal Challenges 16

17 TECNALIA in the ERA EUROPEAN RESEARCH AREA CDTI Bilateral Agreement EARTO * Eurotech RTO> JIIP VTT, TNO, JR TECNALIA Technological Platforms JTI FRAMEWORK PROGRAMME PROJECTS FP7 HORIZON 2020 Institutional Presence in European DG OTHER EUROPEAN PROGRAMMES TASK FORCE Innovation Policies JTI Horizon 2020 Innovation Union * Member of EARTO Steering Committee (TNO, FhG, Pera, Sintef, TECNALIA) Contribution to the definition of Horizon 2020 Programme EARTO is an Association that represents about 350 RTOs from across the European Union 17

18 TECNALIA s results in FP7 COLLABORATIONS IN FP7 ( ) Nº financed projects Nº coordinated projects Total contracted (21.7%) 139 M Average coordination rate in Spain is 10,8% 1 st PRIVATE ORGANIZATION IN SPAIN >50% of the total return in the Basque Technology Network (RVCTI) - not counting enterprise R&I units Nº 12/26 RTD/ALL 31% of Euskadi s returns ORGANIZATIONS IN EUROPE in FP7 according to the EC 6th Monitoring Report 4.2% ( data) of Spanish returns 18

19 TECNALIA in FP7 EC 6th FP7 Monitoring Report (up to end-2012), 7 th August

20 TECNALIA s FP7 breakdown Others 9,3% Food 5,1% Environ ment SMEs 6,8% 9,8% 9,8% TRANSPORT NMP 11,0% 23,4% ICT ENERGY 15,9% 20

21 Strategic Positioning TECNALIA is positioned in Europe s most relevant Public-Private Organisations, who have great autonomy and influence in the workprogrammes and R&I consortia for HORIZON ETP: European Technology Platforms (Manufuture, Artemis, etc) 10 PPP: Public Private Partnerships (FoF, Robotics, Green Cars or Energy Efficient Buildings) 2 JTI: Joint Technology Initiatives (Artemis, Hidrogen & Fuel Cell) 2 EIP: European Innovation Partner (Raw Materials & A. H. Ageing) 1 KIC: Knowledge and Innovation Communities (Innoenergy) 1 JPI: Joint Programming Iniciative (Cultural Heritage) and over 15 relevant Associations of different types (EARTO ) 21

22 SEDE CENTRAL España DELEGACIONES EN EL EXTERIOR Francia (Montpellier) Italia (Pisa) México (Monterrey) Serbia (Belgrado) CENTROS DE INNOVACIÓN ASOCIADOS Bulgaria (Sofía) ESICenter Eastern Europe Colombia (Bogotá) ESICenter Sinertic Andino Egipto (El Cairo) ESICenter SECC Francia (Anglet) Nobatek RED COMERCIAL Argentina Australia Brasil Bulgaria Canadá China Colombia Corea Finlandia Francia Hungría Italia Panamá Perú Portugal Uruguay ALIANZAS CLAUT: México IPAE: Perú JIIP: Bruselas KEMEN: África y Oriente Medio SEI: EE.UU. PERSONAS DESPLAZADAS DESARROLLADORES DE NEGOCIO 22

23 Horizon 2020 es el 8º Programa Marco de I+D+i de la Unión Europea 23

24 1 1,35 US$ 17,6 Peso Budget: 79,000 (constant 2011 Prices) Duration:

25 While remaining a top player in terms of knowledge production and scientific excellence, Europe is losing ground as regards the exploitation of research results The EU is the first producer of peer-reviewed scientific publications in the world, with 29% of the world production in 2009, ahead of the United States (22%), China (17%) and Japan (5%). In terms of scientific excellence, during the period , the EU as a whole increased its share of total scientific publications in the top 10% most cited in the world from 10.4% to 11.6%, the world average being by definition at 10%. This means that Europe s capacity to produce high-impact scientific publications, which is a proxy for scientific quality, is 16% above the world average and has been increasing since In spite of such recent progress the United States is still performing one third better than Europe in terms of R&D excellence, with 15.3% of US publications among the world s 10% most cited. In terms of development of competitive technology, Europe is losing ground in a context of increased competition. Today, the world share of PCT patents is at a comparable level for the EU, the United States and the five leading Asian countries (all at 25-30%). However, the rate of growth in the number of PCT patent applications over recent years in Japan and South Korea is almost double that of the EU. 25

26 Disconnection between patents share and manufacturing share Case Study: Li-ion battery production % Li-ion battery cell production share in 2008 % Advanced Material Patent Share USA 1% 30% Europe 0% 31% Asia 87% 35% 12% 4% Others Source: European Competitiveness Report 2010, European Competitiveness in Key Enabling Technologies (TNO/ZEW), CGGC, Lithium-ion Batteries for Electric Vehicles : THE U.S. VALUE CHAIN, October

27 27

28 The Valley of Death 28

29 TRL *HLG Working Document: Mastering and deployment of KETs Building the bridge to pass across the KETs valley of death for future European innovation and competitiveness 1. Basic principles observed 2. Technol. concept 3. Proof of Concept 4. Tech. Validation in Lab 5. T. Validation relevant environment 6. Demonstration relevant environment 7. operational environment 8. System complete & qualified 9. System proven in market 29

30 G. Technology Readiness Levels (TRL*) Where a topic description refers to a TRL, the following definitions apply, unless otherwise specified: TRL 1 basic principles observed TRL 2 technology concept formulated TRL 3 experimental proof of concept TRL 4 technology validated in lab TRL 5 technology validated in relevant environment (industrially relevant environment in the case of key enabling technologies) TRL 6 technology demonstrated in relevant environment (industrially relevant environment in the case of key enabling technologies) TRL 7 system prototype demonstration in operational environment TRL 8 system complete and qualified TRL 9 actual system proven in operational environment (competitive manufacturing in the case of key enabling technologies; or in space) * WORK PROGRAMME GENERAL ANNEXES 30

31 The TRL Scale as a Research & Innovation Policy Tool, EARTO Recommendations 30 April 2014, 31

32 EC funds National / regional funds Horizon Some hints to get knowledge to market The bridge above the Valley of Death: FP7 status based on EXCELLENCE Technological facilities Pilot lines Globally competitive manufacturing facilities SCIENCE TECHNOLOGY PRODUCTS PRODUCTION EIP European Innovation Partnerships KNOWLEDGE Technological research JTI Product demonstration PPI (Public procurement of innovative solutions) Competitive manufacturing MARKET Technological Research organization Industrial consortia Anchor companies VALLEY OF DEATH

33 Horizon 2020 activities THE ACTIVITIES SHALL COVER THE FULL CYCLE FROM FUNDAMENTAL RESEARCH TO MARKET, with a new focus on innovation-related activities, such as piloting, demonstration activities, test-beds, prototyping, large scale product validation, support for public procurement, design, end-user driven innovation, social innovation, knowledge transfer and market take-up of innovations and standardisation. 33

34 Horizon 2020 Structure 20% PYME H2020 = FP7 + 52% 79,271 M (constant) Europe 2020 priorities multidisciplinariedad International cooperation European Research Area Shared objectives and principles 31,748 M 8,033 M 4,152 M 5,782 M 6,802 M 3,160 M 3,819 M +56% Tackling Societal Challenges Health, demographic change and wellbeing Food security and the bio-based economy Secure, clean and efficient energy Smart, green and integrated transport Climate action, resource efficiency, including raw materials Inclusive, innovative and secure societies EIT and JRC will contribute to addressing these challenges 34,6% EIT 2,711 M JRC no nuclear M EURATOM M Creating Industrial Leadership 17,938 M and Competitive Frameworks Leadership in Enabling and Industrial Technologies 7,939 M Information and Comm. Techn. (ICT) Nanotechnology, Materials, Manufacturing 3,797 M and Processing (NMBP) 509 M Biotechnology 1,536 M Space 5,894 M Support to KETs Access to risk finance Innovation in SMEs 3,538 M 22,1% 24,598 M Excellence in the Science Base 13,268 M Frontier research (ERC) 3,100 M Future and Emerging Technologies (FET) Skills and career development (Marie Curie) 5,572 M 2,478 M 31,7% Research infrastructures Common rules, toolkit of funding schemes +71% 619 M +14% Énfasis en innovación Coherent with other EU and MS actions Investigación Orientada

35 Horizon 2020 dónde están las TIC (ICT)? Europe 2020 priorities International cooperation European Research Area Shared objectives and principles TIC TIC TIC TIC TIC Tackling Societal Challenges Health, demographic change and wellbeing Food security and the bio-based economy Secure, clean and efficient energy Smart, green and integrated transport Climate action, resource efficiency, including raw materials Inclusive, innovative and secure societies EIT and JRC will contribute to addressing these challenges Creating Industrial Leadership and Competitive Frameworks Leadership in Enabling and Industrial Technologies Information and Communication Technologies (ICT) Nanotechnology, Materials, Manufacturing and Processing (NMBP) Biotechnology Space TIC Access to risk finance Innovation in SMEs TIC TIC TIC EIT TIC Excellence in the Science Base Frontier research (ERC) TIC Future and Emerging Technologies (FET) TIC Skills and career development (Marie Curie) TIC Research infrastructures TIC Common rules, toolkit of funding schemes Coherent with other EU and MS actions

36 Key Enabling Technologies (KETs) The first work programme will support R&I activities in all identified KETs : micro & nano electronics, photonics, nanotechnologies, advanced materials, biotechnology, advanced manufacturing and processing, and other strategic drivers such as space. It will also support cross-cutting KET actions, given the potential of combinations of different KETs to create unforeseen advances and new markets. Activities will address the whole innovation chain with TRL spanning from the low end to highest levels preceding mass production. In addition, there will be a strong focus on the contribution of key enabling technologies to societal challenges * WORK PROGRAMME General Introduction 36

37 Grandes Iniciativas Industriales 38

38 Grandes Iniciativas: tabla comparativa Iniciativa Alcance Protagonistas Gestión Financiación PPP Public Private Partnerships (PPP contractuales) Tecnológico e Innovación Industrias y sus asociaciones; presencia de grupos de investigación CE H2020 convocatorias normales CE JTI Joint Technology Initiatives (PPP Institucionales) Tecnológico y Demostradores Industrias con presencia de grupos de investigación Convocatorias Autónomas CE y Países M (x2 FP7) JTIs PPP privado-público M

39 JTIs (PPPs institucionales) M (FP M ) 600 M M KBBE BBI* Bioindustries SESAR 2 control tráfico aéreo TTE Clean Sky 2 aeronáutica M M ECSEL (ARTEMIS + ENIAC + EPoSS) Shift2Rail* 450 M ICT * nueva M HEALTH IMI 2 Medicamentos innovadores FCH-JU 2 H2+Pilas de combustible 655 M ENE 43

40 PPPs (contractuales) M (FP M ) SEC * Maritime Surveillance M FoF-2 Fabricación E2B-2 Construcción NMP 600 M 700 M Photonics* 700 M HPC* 700 M 700 M ICT 5G* Robotics* SPIRE* Procesos industriales EMIRI?* Materiales/energía 900 M ENE * nueva refine?* Infraestructuras PartnerSHIP* Green Vehicles TTE 750 M 44

41 Tecnalia - Industry & Transport PPP FoF PPP : (Tecnalia is represented by Dr. Rikardo Bueno) Represented at the High Level Group and Support Group of ManuFuture (Manufacturing ETP) Represented at the FoF AIAG Coordinator of EFFRA roadmap preparation task force and chair of Domain 2 on Adaptive and smart manufacturing systems for the FoF 2020 Multiannual Roadmap. Partner at ActionPlanT CA (roadmap for FoF DG Connect) Robotics 2020 PPP : (Tecnalia is represented by Dr. Jon Agirre) Represented at the executive board of EUROP (European Technology Platform in Robotics) (April 2008 March 2013) Represented at the board of EURON (European Robotics Network) (March 2008 March 2013) Since September 2012 represented at the Board of Directors of the eurobotics aisbl association, funded to become the private part of the Robotics 2020 PPP expected for Horizon

42 H2020 resumen Shift2Rail JTI 450 M AAL 175 M EDCTP 683 M Sustainable Process Industries SPIRE 1,4 B JU 600 M Vessels JTI?? M FCH JTI 700 M refine ECRA Tackling Societal Challenges Health, demographic change and EIT wellbeingaal IMI2 EDCTPand the bio-based Food security economy SPIRE Secure, clean and efficient energy EIT Smart, green and integrated transport Clean Sky EREA SESAR Supply of raw Rail materials, resource efficiency and climate action BONUS Inclusive, innovative and EIT Secure societies Maritime BONUS FI Security Maritime Cyber.. EMIRI PPP Creating Industrial Leadership and Competitive Frameworks JTI ECSEL Eurostars 3100 M E ICT, NanoTech, EIT Materials, Biotech, BBI M Manufacturing, I esa Space GSA PRS Access to risk finance Innovation in SMEs Frontier research (ERC) Future and Emerging Technologies (FET) Skills and career development (Marie Curie) Research infrastructures SST (Space Surveillance %Tracking) 250 M? MEDINNA Rev. 15/Oct/2013 JTI ECSEL 1215 M Robotics 287 M Synergy Grants 15 M Budget aprox. of H2020 Big DATA 5G internet Eurostars Excellence in the Science Base HPC JTI Clean Sky 1800 M 700 M EII EERA SESAR IMI2 JTI 1725 M Photonics Art. 185 MED P R Bio-based Industries BBI JTI 1000 M EMPIR Metrology 300 M ESA 236 M? GNSS technologies Galileo y EGNOS E2B, FoF Green cars M GSA, GNSS PRS (Public Regulated Service)

43 Factories of the Future 2020 Roadmap June 2013

44 Factories of the Future 2020 Background Six key technologies identified by High Level Group: Advanced Manufacturing Technologies Photonics Nano-/Microelectronics Nanotechnologies Advanced Materials Biotechnology Unique KET since multi-sector & required for production of the other KETs Though KET label is recent, advanced manufacturing always key Knowledge Enabling Technology

45 The Factories of the Future PPP Over 1 Billion total project budget Over 1,000 organisations SME participation Dissemination 151 Projects launched 50% industry participation Demonstration Committed industry & strong research network Over 2 Billion total project budget

46 FoF-PPP & EFFRA in Horizon 2020 Contractual Agreement Signed on behalf of EU by the European Commission & on behalf of private side by EFFRA Budget secured by official legal act (Commission decision) and by signed Contractual Arrangement Clearly defines roles of partners Sets out specific objectives Formal recognition of EFFRA s role as representative of private side Establishes Partnership Board Agreement to better monitor progress, also with the use of KPIs

47 EFFRA Roadmap: Factories of the Future Beyond 2013 RD&I roadmap roadmap covers R&D and innovation activities guiding principles: industry competitiveness, from research to industrial application and market uptake ambition: key impact on industrial application fields

48 EFFRA Roadmap: Factories of the Future Beyond 2013 Baselines Challenges & opportunties Technologies & enablers Manufacturing future products Economic Social sustainability Environmental Advanced manufacturing processes Mechatronics for advanced manufacturing systems Information and Communication Technologies Manufacturing strategies Knowledge workers Modeling, simulation and forecasting

49 EFFRA Roadmap: Factories of the Future Beyond 2013 Research priority domains Research & innovation priorities Domain 1: Advanced Manufacturing processes Innovative processing for both new and current materials or products Domain 2: Adaptive and smart manufacturing systems Innovative manufacturing equipment at component and system level, including mechatronics, control and monitoring systems Domain 3: Digital, virtual and resource-efficient factories Factory design, data collection and management, operation and planning, from real-time to long term optimisation approaches Domain 4: Collaborative and mobile enterprises Networked factories and dynamic supply chains Domain 5: Human-centric manufacturing Enhancing the role of people in factories Domain 6: Customer-focused manufacturing Involving customers in manufacturing value chain, from product-process design to manufacturing associated innovative services Research priorities will use these technologies & enablers to address challenges facing Europe Factories of the Future projects increasingly focused on demonstrating innovative use of technologies & enablers

50 Factories of the Future After Projects What Next? Stronger support for projects in terms of impact generation and synergies across and beyond the programme Looking beyond the projects Technology transfer Generating uptake the road to the market Clustering results in take-up activities Holst Factories of the Future is an opportunity: To make things different from the past To develop an eco-system that fosters market uptake

51

52 Las Propuestas de Proyectos Horizon

53 Participant Portal 65

54 H2020 Guía rápida:

55 Planificación Horizon 2020 Horizon 2020 tiene validez para 7 años: , y un presupuesto y reglas aprobados para ese periodo Cada 2 años se publica el WorkProgramme de cada Tema, o de cada Reto Social (ej., ), en torno a 100 páginas Describe el contenido temático de interés, dividido en Topics (Top-down); cada uno 2-3 pág de explicación. Dice si cada topic se convocará en 2014 ó 2015, y previsión de fechas Qué tipo de proyectos esperan, y que presupuesto hay En algunos casos, incluso tamaño esperado de los proyectos, y TRL esperado de los resultados En las fechas previstas (???) se publica la convocatoria (con un plazo aprox. de 3 meses para presentar las propuestas) 67

56 LEIT NMBP FoF Topics (1/2) 5. Leadership in enabling and industrial technologies (LEIT) ii. Nanotechnologies, Advanced Materials, Biotechnology and Advanced Manufacturing and Processing (NMBP) Call for FoF - Factories of the Future FoF : Process optimisation of manufacturing assets FoF : Manufacturing processes for complex structures and geometries with efficient use of material.72 FoF : Global energy and other resources efficiency in manufacturing enterprises IMS FoF : Developing smart factories that are attractive to workers IMS FoF : Innovative product-service design using manufacturing intelligence FoF : Symbiotic human-robot collaborations for safe and dynamic multimodal manufacturing syst. 77 FoF : Support for the enhancement of the impact of FoF PPP projects FoF : ICT-enabled modelling, simulation, analytics and forecasting technologies FoF : ICT Innovation for Manufacturing SMEs (I4MS) FoF : Manufacturing of custom made parts for personalised products FoF : Flexible production systems based on integrated tools for rapid reconfiguration of machinery and robots 84 FoF : Industrial technologies for advanced joining and assembly processes of multi-materials FoF : Re-use and re-manufacturing tech. &equipment for sustainable product lifecycle mgt. 86 FoF : Integrated design and management of production machinery and processes 88 IMS 68

57 LEIT NMBP FoF Topics (2/2) 5. Leadership in enabling and industrial technologies (LEIT) ii. Nanotechnologies, Advanced Materials, Biotechnology and Advanced Manufacturing and Processing (NMBP) Call for SPIRE Sustainable Process Industries SPIRE : Integrated Process Control SPIRE : Adaptable industrial processes allowing the use of renewables as flexible feedstock for chemical and energy applications SPIRE : Improved downstream processing of mixtures in process industries. 110 SPIRE : Methodologies, tools and indicators for cross-sectorial sustainability assessment of energy and resource efficient solutions in the process industry SPIRE : New adaptable catalytic reactor methodologies for Process Intensification SPIRE : Energy and resource management systems for improved efficiency in the process industries SPIRE : Recovery technologies for metals and other minerals SPIRE : Solids handling for intensified process technology Call for SILC II Sustainable Industry Low Carbon II SILC II 2014: Sustainable Industry Low Carbon II

58 Próxima convocatoria FoF 2015 Probablemente, Feb

59 Match making of project ideas and interested parties Nodos en México: Consejo Nacional de Ciencia y Tecnologia (CONACYT) PROMEXICO TRUST Instituto Tecnológico y de Estudios Superiores de Monterrey (ITESM) 71

60 Match making of project ideas and interested parties Nodos en México: Tecnológico de Monterrey, Campus Estado de México 72

61 Proyecto típico (RIA) Socios de 3+ países Total entre 5 y 10, aunque puede haber más. Industrias Grandes, Mid-Caps y PYME, RTD, Universidades, otros tipos en función de la naturaleza del proyecto El consorcio es MUY IMPORTANTE mucho más de lo que habitualmente se supone 3 años de duración (entre 2 y 5) 3-10 M de coste (puede ser más, y menos) PI es de quien hace la I+D+i (no de la CE) 73

62 CREATE A PROPOSAL HORIZON PARTICIPANT PORTAL 74

63 Contents of a H2020 Proposal (1/2) 1. Excellence Clarity and importance of the objectives; Soundness of the concept, including trans disciplinary considerations; Credibility of the proposed approach; Extent that proposed work is ambitious, has innovation potential, and is beyond the state of the art (e.g. ground-breaking objectives, novel concepts and approaches) 2. Impact (could be x 1.5): The expected impacts listed in the WP under the relevant topic; Enhancing innovation capacity and integration of new knowledge; Strengthening the competitiveness and growth of companies by developing innovations meeting the needs of European and global markets; Soundness of the business cases and business plans & commitment to first exploitation; Evidence of the market potential & of the competitive technology advantage that will be gained; Potential of creating jobs in Europe; measures to communicate, disseminate results & IPR (Open Access) Contribution, where appropriate, to standards, skills & educational training. Any other environmental and socially important impacts (not already covered above); 75

64 Contents of a H2020 Proposal (2/2) 3. Quality and efficiency of the implementation Coherence and effectiveness of the work plan, including appropriateness of the allocation of tasks and resources; Coverage of the value chain (RTOs, materials, equipment and technology suppliers and end-users); Competences, experience and complementarity of the individual participants, as well as of the consortium as a whole;* Appropriateness of the management structures and procedures, including risk management. Operational Capacity (selection criterion): as a separate step in the evaluation, expert evaluators must indicate whether the members of the consortium possess at least the minimum competences needed to carry out the proposed work. Además, Formularios estándar, PIC, abstract, etc. 76

65 Selección de Propuestas Cada una de las 3 partes de una propuesta se valora del 0-5 Hay límites No-Pasa en cada parte, explicadas en la convocatoria; pueden estar en 3 o incluso más. Las 3 partes tienen el mismo peso*, aunque la parte 2 (Impacto) puede llegar a tener hasta el 150% del peso, según convocatoria (Innovation Actions and the SME instrument) También hay un mínimo para la valoración total, que puede estar en 10 puntos (según convocatoria). Tasa de Aprobación FP7 ** Cooperación 19% Ideas 13% Personas 24% ** EC Sixth FP7 Monitoring report. * Hay excepciones 77

66 Las puntuaciones En algunas convocatorias se admiten medios puntos o incluso décimas 78

67 Criterios en la evaluación de propuestas The EC will be guided by: Excellence. Projects must demonstrate high quality in relation to the topics and criteria set out in the calls. Transparency. Funding decisions must be based on clearly described rules and procedures, and applicants should receive adequate feedback on the outcome of the evaluation. Fairness and impartiality. All proposals submitted in response to a call are treated equally and evaluated impartially on their merits, irrespective of their origin or the identity of the applicants. 79

68 Subvención de proyectos Subvención sobre Costes Totales Elegibles Costes Totales: Directos + Indirectos RIA Non-Profit 100% 100% For Profit 70% Costes Directos (personal, viajes, fungibles,, subcontrataciones) Costes indirectos: 25% de los costes directos elegibles excluyendo la subcontratación.* IA (*) Article 24. Indirect costs. Indirect eligible costs shall be determined by applying a flat rate of 25% of the total direct eligible costs, excluding direct eligible costs for subcontracting and the costs of resources made available by third parties which are not used on the premises of the beneficiary, as well as financial support to third parties. 80

69 Horizon2020 y Tipos de Países Países Miembros de la Unión Europea Cualquier organización puede participar y ser financiada Los 28 Países Asociados a Horizon 2020: Cualquier organización puede participar y ser financiada (hoy): Islandia, Noruega, Turquía (esperados para Julio): Albania, Bosnia y Herzegovina, Macedonia, Israel, Moldovia, Montenegro, Serbia Países Terceros o non-eu countries : Los países que no están en las categorías anteriores Horizon 2020 Pueden Participar Son financiados P.M. Sí Sí P.A. Sí Sí P.3º Sí No? 81

70 Horizon2020 y Países Terceros Horizon2020 is the most open funding programme in the world Participación de Países Terceros: Apertura generalizada, siempre que aporte valor al proyecto Acciones focalizadas individuales (Targeted Actions) Cooperación Internacional (ex-inco) en SC-6 Financiación de Países Terceros: Financiación automática para una lista de países en desarrollo que incluye casi todo LATAM; se caen los BRIC y México Financiación puntual: Cuando se indica explícitamente en la convocatoria Si se enmarca en un acuerdo estatal C&T con la CE Si es ESENCIAL su participación en el proyecto específico 82

71 Oportunidades organizaciones Mexicanas México Participa como País Tercero: Todo tipo de organización mexicana (empresa grande o pequeña, centro de investigación, universidad, asociación, AAPP, etc) puede participar en Horizon2020 Financiada por CONACYT O si su participación es esencial para el proyecto concreto, incluso lo podría financiar H2020 Hay programas específicos aún más favorables como por ejemplo Marie Sklodowska-Curie para movilidad de Investigadores FoF 3, 4, 13 para los participantes en IMS Convocatorias específicas, como PROCEI (MEX-UE) Y similares Cooperación Internacional (ex-inco) en SC-6, aunque son actividades de Coordinación, no subvencionan I+D+i propiamente. También proyectos EuropeAid 83

72 Oportunidades organizaciones Mexicanas Participación en FP7 ( ) de organizaciones mexicanas: FP7 (85 proyectos de diversos tipos) FP7-ENERGY (3) FP7-ENVIRONMENT (12) FP7-HEALTH (6) FP7-ICT (9) FP7-KBBE (11) FP7-NMP (15) FP7-SECURITY (1) FP7-SIS (1) FP7-SPACE (2) FP7-SSH (8) FP7-TRANSPORT (2) FP7-IDEAS-ERC (1) FP7-INCO (11) FP7-INFRASTRUCTURES (2) FP7-PEOPLE (1) For FP7, México signed an agreement with the EU covering Science & Technology. 84

73 El proceso de evaluación (1/3) Horizon 2020 Grants Manual Section on proposal submission and evaluation, v1.0 11/dec/

74 El proceso de evaluación (2/3) Remote Bruselas Panel Review 86

75 El proceso de evaluación (3/3) NOTA: la CE NO participa en la Evaluación. Los Officers pueden actuar de Moderadores o facilitadores de consenso, pero no opinan Outcome of panel review A list of proposals passing all thresholds, along with a final score for each proposal passing the thresholds and the panel recommendations for priority order; A list of evaluated proposals having failed one or more thresholds; A list of any proposals having been found ineligible during the evaluation; Comission Ranked List 87

76 pixabay Dudas y Preguntas 88

77 Muchas gracias por su atención!! Business Development / Programs

78 Jornada IMS H2020 De: A: 09:00 09:15 Recepción y Apertura 09:15 09:30 Presentación CVT 09:30 10:45 Programa H :45 11:45 Programa IMS 11:45 12:00 Break 12:00 12:45 Panel de debate y propuestas 12:45 13:00 Cierre

79 Programa IMS

80 Contenido IMS Internacional IMS México Servicios Foro Mundial de Manufactura Proyectos IMS Casos de Éxito Convocatorias Apoyos CONACYT

81 IMS Internacional Marco de cooperación Industria, Academia y Gobierno para la I&D tecnológico en Manufactura avanzada a través de consorcios y redes internacionales. Punto de referencia para entender las necesidades actuales y futuras de la industria. IMS está integrado por los países de la Unión Europea, Estados Unidos y México.

82 IMS México Se integra por primera vez en 2011 bajo el siguiente esquema: Gobierno (CONACYT) Academia (ITESM) Industria (METALSA) Actualmente la secretaría de IMS es liderada por el CVT de CAINTRA, beneficiando no solo a la red de Industrias del norte sino integrando a las cámaras de la transformación del resto del país.

83 IMS México IMS International HoD Abraham Tijerina METALSA Secretaría Reynold González CVT-CAINTRA Coach David Romero ITESM Luis Barragán

84 Servicios Detección de necesidades de la industria en México para crear proyectos de colaboración en el desarrollo de manufacturas avanzadas. Monitoreo y presentación de las convocatorias en las diferentes regiones IMS para proyectos de I&D.

85 Servicios Apoyo en la integración y participación en consorcios internacionales. Apoyo en la integración de solicitud de fondos en los diferentes programas CONACYT. Adicionalmente IMS celebra el Foro Mundial de Manufactura (WMF World Manufacturing Forum).

86 Foro Mundial de Manufactura Julio 1 y 2 del 2014 (Milán, Italia) Los objetivos del Foro Mundial de Manufactura (WMF) son: Reunir a los líderes de la industria para discutir problemas de manufactura a nivel global que deban ser resueltos de manera cooperativa. Incorporar a reconocidos expertos a nivel mundial para presentar sus preocupaciones y observaciones en los diferentes temas expuestos. Ampliar el Networking durante los recesos, comidas y cenas. Promover un entendimiento mutuo y cooperación entre los asistentes para crear relaciones de negocios.

87 Julio 2, 2014 Julio 1, Foro Mundial de Manufactura Julio 1 y 2 del 2014 (Milán, Italia) Sesiones en WMF 2014: Sesión 1 Políticas industriales para la manufactura global Sesión 2 Retos y oportunidades en la nueva generación de la Manufactura Sesión 3 Educación de la fuerza laboral y la manufactura enfocada al capital humano Sesión 4 Capital de riesgo/sistemas de incentivos para la creación de nuevas empresas Sesión 5 Estándares globales para manufactura y productos Sesión 6 Problemas de seguridad cibernética para la manufactura Sesión 7 Importantes avances en las tecnologías clave para la manufactura

88 Proyectos IMS Los proyectos de IMS están enfocados principalmente en: Manufactura sustentable. Eficiencia de energía. Tecnologías clave. Estandarización y interoperación. Educación y seguridad.

89 Casos de Éxito 10 socios mexicanos participando en 13 proyectos IMS en el FP millones de euros monto total de apoyos recibidos por los socios mexicanos en proyectos IMS en el FP7.

90 Caso de Éxito Dr. Héctor Siller VISTRA (Virtual Simulation and Training of Assembly and Service Processes in Digital Factories): Participación de socios mexicanos (Metalsa-ITESM) en Consorcio Europeo liderado por el Centro de Investigación Alemán en Inteligencia Artificial. Reducción de tiempo y costo de entrenamiento. Entrenamiento antes de fabricación. Reducción de desperdicios.

91 VISTRA-MTP EDUCATION Strategic Overview Caso de Éxito The VISTRA-IMS initiative arises from the EU-FP7 project VISTRA as part of the Intelligent Manufacturing Systems (IMS) program in the area of Innovation, Competence Development and Education. Whereas VISTRA-FP7 mainly focuses on the technological development of an advanced VR training set-up for the automotive industry, VISTRA-IMS extends the scope of VISTRA-FP7 by new application areas, by more generic training, learning and assistance concepts and by international dissemination and exploitation activities. Leaders: Dominic Gorecky (DFKI, Germany) and David Romero / Héctor Siller (ITESM, Mexico) Topic: To develop innovative strategies and systems for learning, training, and assistance of complex, manual processes. IMS ACTIVITIES Development, integration and exploitation of Innovative strategies and systems for learning, training and assistance in manufacturing. Research Roadmap: Future strategies for computer-based training, e-learning and ubiquitous assistance in manufacturing. Identification of technological and organizational challenges. Dissemination and collaboration: Experts exchanges. Collaboration events. Publications. DFKI (EU) Fraunhofer (EU) FCC (EU) UNott (EU) SGI (EU) VOLVO (EU) OPEL (EU) PARTICIPANTS SmartFactory KL (EU) ITESM (MEX) METALSA (MEX) General Motors (USA) EPFL-IIG (SW)

92 Convocatorias (Dic 09, 2014) Tipo IMS: Re-use and re-manufacturing technologies and equipment for sustainable product lifecycle management. Otras de Interés: ICT enabled modelling, simulation, analytics and forecasting technologies. ICT innovation for manufacturing SMEs. Manufacturing of custom made parts for personalised products. Flexible production systems based on integrated tools for rapid reconfiguration of machinery and robots. Industrial technologies for advanced joining and assembly processes of multi materials. Integrated design and management of production machinery and processes.

93 Apoyos CONACYT H2020 Se integra el Programa de Apoyo CONACYT para la participación en proyectos Europeos H2020 en Diciembre de Apoyo de hasta el 85% para entidades públicas y para Instituciones de Educación Superior privadas. Apoyo de hasta el 70% para entidades privadas. Condiciones para los apoyos: El proyecto debe estar listado como área prioritaria para el país La institución mexicana debe ser aceptada oficialmente en un consorcio Europeo Aprobación de la propuesta por la Comisión Europea *IMS es una temática prioritaria beneficiada por este programa

94 Apoyos CONACYT H2020 H2020 México Energía Manufacturas Avanzadas Materiales Avanzados Nanotecnología TICs Transporte H2020 Europeo Energía Fabricación y transformación avanzadas Materiales avanzados Nanotecnología TICs Transporte

95 Apoyos CONACYT Bilaterales Asimismo CONACYT cuenta con apoyos para la cooperación bilateral con España y Francia en materia de investigación y desarrollo tecnológico, y próximamente con Inglaterra, Alemania e Israel.

96 Apoyos CONACYT El CONACYT financiará propuestas que primeramente cumplan con los siguientes criterios de evaluación: Excelencia calidad / científico técnica. Eficiencia de la implementación y la gestión del proyecto. Impacto potencial en términos de su aportación a la solución de problemas nacionales y retos globales.

97 Gracias

98 Jornada IMS H2020 De: A: 09:00 09:15 Recepción y Apertura 09:15 09:30 Presentación CVT 09:30 10:45 Programa H :45 11:45 Programa IMS 11:45 12:00 Break 12:00 12:45 Panel de debate y propuestas 12:45 13:00 Cierre

99 BREAK

100 Jornada IMS H2020 De: A: 09:00 09:15 Recepción y Apertura 09:15 09:30 Presentación CVT 09:30 10:45 Programa H :45 11:45 Programa IMS 11:45 12:00 Break 12:00 12:45 Panel de debate y propuestas 12:45 13:00 Cierre

101 DISCUSIÓN Y PROPUESTAS

102 Jornada IMS H2020 De: A: 09:00 09:15 Recepción y Apertura 09:15 09:30 Presentación CVT 09:30 10:45 Programa H :45 11:45 Programa IMS 11:45 12:00 Break 12:00 12:45 Panel de debate y propuestas 12:45 13:00 Cierre

103 MUCHAS GRACIAS!