Università degli Studi di Urbino Carlo Bo / Portale Web di Ateneo

Finanziamento della Ricerca

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Erasmus+ Social Inclusion and Common Values: the Contribution in the Field of Education and Training

Proposals should address one of the following specific objectives:

  • a)  Enhancing the acquisition of social and civic competences, fostering knowledge, understanding and ownership of values and fundamental rights;

  • b)  Promoting inclusive education and training and fostering the education of disadvantaged learners, including through supporting educational staff in addressing diversity and reinforcing diversity among education staff;

  • c)  Enhancing critical thinking and media literacy among learners, parents and educational staff;

  • d)  Supporting the inclusion of newly arrived migrants in good quality education, including by assessing knowledge and validating prior learning;

  • e)  Fostering digital skills and competences of digitally excluded groups (including older people, migrants and young people from disadvantaged backgrounds) though partnerships between schools, business and the non-formal sector, including public libraries.

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    European Universities (Sector Skills Alliances 2020)

    This action aims to encourage the emergence by 2024 of some twenty 'European Universities', consisting of bottom-up networks of universities across the EU which will enable students to obtain a degree by combining studies in several EU countries and contribute to the international competitiveness of European universities.

    ‘European Universities’ have an ambitious mandate aimed to trigger unprecedented levels of institutionalised cooperation between higher education institutions, making it systemic, structural and sustainable.

    More specifically 'European Universities' aim to establish:

    • A shared, integrated, long-term joint strategy for education with, where possible, links to research and innovation and society at large
    • A European higher education inter-university ‘campus‘ offering curricula where students, doctoral candidates and staff can experience mobility at all study levels
    • European knowledge-creating teams addressing together societal challenges in a multi-disciplinary approach.

    ‘European Universities’ should act as models of good practice to further increase the quality, international competitiveness and attractiveness of European higher education. The action supports higher education institutions in going beyond existing higher education cooperation models, and gradually achieving the long-term ambitious vision for 'European Universities'.

    Erasmus+ Sector Skills Alliance

    Sector Skills Alliances aim at tackling skills gaps, by identifying sector specific labour market needs and demand for new skills with regard to one or more occupational profiles (demand side), or by enhancing the responsiveness of initial and continuing VET systems, at any level (supply side), to sector–specific labour market needs. Drawing on evidence regarding skills needs, Sector Skills Alliances support the design and delivery of transnational vocational training content, as well as teaching and training methodologies. Sector Skills Alliances for strategic sectoral cooperation on skills identify and develop concrete actions to match demand and supply of skills to support the overall sector-specific growth strategy.

    KNOWLEDGE ALLIANCES

    Knowledge alliances are transnational and result-driven activities between higher education institutions and businesses.

    Knowledge Alliances target cooperation between organisations established in Programme Countries. Organisations from Partner Countries may also participate as partners (not as applicants) if they bring an essential added value to the project. The projects are open to any discipline, sector and to cross-sectoral cooperation. Knowledge Alliances aim at strengthening Europe's innovation capacity and at fostering innovation in higher education and business. They intend to:

    • develop new, innovative and multidisciplinary approaches to teaching and learning;
    • stimulate entrepreneurship and entrepreneurial skills of higher education teaching staff and company staff;
    • facilitate the exchange, flow and co-creation of knowledge.

    Copernicus evolution: Mission exploitation concept for WATER

    The main goal is to analyse current and planned EO space capacities together with innovative processing, modelling and computing techniques to reinforce the existing portfolio offered under Copernicus and to propose an integrated approach for a coherent and consistent inland water monitoring system.

    A specific attention should be paid to Copernicus core services providing an economy of scale at EU level, how to avoid also duplication of effort between the six services and to support and benefit from the innovation power of the market driven the industry. Through this Copernicus evolution action, specific elements should be addressed:

    • improved quality of inland water variables with remote sensing at high and very high resolution (spatial, temporal and radiometric) considering specific pre-processing cloud screening and atmospheric correction, providing objective harmonized measured over different water (e.g. with gradients of trophic status, optical properties), water storage and flux components types with methods from regional to global applicability, building on a multi-sensor and sensor-independent approach to retrieve seamless and gap-filled products;
    • development of high level biogeochemical products, beyond basic variables for water quality and food web modelling or analysis;
    • development of mixed EO / model approach leading to enhanced key variables with hindcast and forecast features, continuity of altimetry water-levels and water storage consistent between land and ocean, integrative approach of water at atmosphere (e.g. precipitation) combined with land and ocean, water hydrological cycle and its hydrodynamics provided seamlessly along the hydrographic networks, lakes and rivers including the transition from land to ocean;
    • Development of temporal and change detection approaches based on the analysis of existing times series of satellite observations of inland waters, including water availability, water quality, water storage, water fluxes, temperature, ice conditions of rivers, lakes, basins and coastal areas, including socio-economic data of the catchment area;
    • Development of innovative methodologies for uncertainties characterisation (including in-situ data and crowd sourcing).

    ERA-MIN Joint Call 2019 - second call pre-announcement

    ERA-MIN 2 is a Pan-European, global, innovative and flexible network of 21 public research and innovation funding organisations of EU countries and regions and non-EU countries that aims to develop the non-energy and non-agricultural raw materials sector: metallic, construction and industrial minerals. ERA-MIN 2 has successfully implemented two joint calls (2017 and 2018) for collaborative R&I projects and as a result a total of 28 transnational projects were supported with €21.1 million of public funding and €28.7 million total costs. This joint call will be implemented without EU co-funding and with only national and regional funds of EU and non-EU funding organisations

    Curation of digital assets and advanced digitisation

    The proposals should demonstrate how the new technologies, methods and data formats would help to present cultural and historic remains and memories in a comprehensive and attractive though scientifically based way, supporting the promotion of Europe’s cultural heritage. Proposals should also show how the preservation and analysis of the tangible and intangible resources of our cultural heritage would enhance our understanding of cultural history. They should also deliver solutions to the problem that language change hampers static ways of retrieving the information from historic data collections. The economic impact for the creative industries and the scientific impact for cultural institutions who own content will include gains from use and re-use of digital assets.

    The main area of expected impact will be in the better promotion of Europe’s cultural heritage, such as through presenting cultural and historic remains and memories (in a comprehensive and attractive way using new technologies, methods and data formats, including solutions to the problem of language when retrieving information from historic data collections. Curating digital assets will also offer the opportunity to preserve study and disseminate the memory of cultural heritage that underwent dispersal or destroyed. The preservation and analysis of the tangible and intangible resources of our cultural heritage will enhance our understanding of cultural history, and bring economic impact for creative industries and for cultural institutions owning content, such as from the use and re-use of digital assets.

    European Competence Centre for the preservation and conservation of Monuments and Site

    Proposals under this action should set up a "Competence Centre" aiming at the preservation and conservation of European Cultural Heritage using new state-of-the-art ICT technologies. The Competence Centre should map past and ongoing research, collect, analyse and promote best practices from Europe and beyond, and become a major point of European reference for transnational and interdisciplinary networking in the preservation of Cultural Heritage.

    The Competence Centre should support cultural institutions to benefit from the opportunities brought by new ICT technologies by sharing best practices on technical, legal, and online publishing requirements, etc. as well as increasing cooperation in the sector, with a special attention to 3D technologies and corresponding standards.

    The Competence Centre should also act as a facilitator for access to finance and mapping possibilities as well as an ambassador for massive digitisation of endangered European Cultural Heritage. The Competence Centre should also pave the way for future European research on cultural heritage that would need a holistic research agenda and an inclusive interdisciplinary approach, bringing together multidisciplinary expertise such as historians, archaeologists, architect, geographers, civil engineering, chemical engineering and conservation scientists, craftsmanship, social and human sciences.

    To set up a digital accessibility observatory as a forum to take stock of market and technological developments, monitor progress in digital accessibility and provide opportunities for exchange of best practices

    To help harmonise approaches across Member States, to ensure a cost-efficient provision of accessible information and services and to enable the participation of all relevant communities in the Digital Single Market, it is important to support the relevant stakeholder communities (such as Member States, public administrations, service providers, academia and associations representing people with disabilities). This can be done by raising awareness of the current state-of-the-art as regards digital accessibility solutions and to offer opportunities to make use of existing know-how and best practices. Proposals under this action should set up a 'digital accessibility observatory' with the aim to:

    1.take stock of market and technological developments in the area of solutions for digital accessibility. This in order to identify gaps as well as available and affordable solutions and services, for fulfilling the accessibility requirements of the Web Accessibility Directive. People with disabilities may be involved in the identification of these gaps, issues and barriers and in the testing of possible solutions;

    2.monitor progress of market development in digital accessibility and the deployment of cost efficient solutions across the EU;

    3.create, maintain and update an open and dynamic repository of all the project's findings, such as a digital accessibility platform;

    4.provide opportunities for exchange of best practices among Member States and other stakeholders;

    5.promote awareness raising, and capacity building.

    Integrating Activities for Starting Communities

    A 'Starting Community' has never been supported for the integration of its infrastructures under FP7 or Horizon 2020 calls, in particular within an integrating activity.

    An Integrating Activity will mobilise a comprehensive consortium of several key research infrastructures in a given field as well as other stakeholders (e.g. public authorities, technological partners, research institutions) from different Member States, Associated Countries and other third countries when appropriate, in particular when they offer complementary or more advanced services than those available in Europe.

    Funding will be provided to support, in particular, the trans-national and virtual access provided to European researchers (and to researchers from Third Countries under certain conditions), the cooperation between research infrastructures, scientific communities, industry and other stakeholders, the improvement of the services the infrastructures provide, the harmonisation, optimisation and improvement of access procedures and interfaces. Proposals should adopt the guidelines and principles of the European Charter for Access to Research Infrastructures.

    Innovation pilots

    Funding will be provided to research infrastructure networks to kick-start the implementation of a common strategy/roadmap for technological developments required for improving their services through partnership with industry. Proposals should then involve research infrastructures, industry and SMEs to promote innovation and knowledge sharing through co-creation of needed technical solutions and make use, when appropriate, of large-scale platforms combining R&D (Research and Development), integration and validation for the technological developments.

    Proposals should address:

    • if not already done,the identification of key techniques and trends which are crucial for future construction and upgrade of the involved Research Infrastructures and the definition of roadmaps and/or strategic agendas for their development, in close partnership with the industrial partners, especially with innovative SMEs;
    • the development of the identified fundamental technologies or techniques underpinning and arising from the efficient and joint use of the involved research infrastructures, taking into due account resource efficiency and environmental (including climate-related) impacts.
    • the prototyping of higher performance methodologies, protocols, and instrumentation, including the testing of components, subsystems, materials, and dedicated software, needed to upgrade the involved research infrastructures, construct their next generation, or develop new advanced applications.

    Strengthening the human capital of research infrastructures

    The activity will support the training of both female and male staff managing and operating research infrastructures, the exchange of staff and best practices between facilities, and the adequate supply of skilled human resources, including through the development of specific education curricula and courses. A proposal under this topic should build on the past activities and the experience gained in projects such as RAMIRI (Realising and Managing International Research Infrastructures) and RItrain (Research Infrastructures Training Programme and presents a clear evolution. The activities should include the promotion of existing good practises at research infrastructures as well as dissemination and exploitation of successful experiences to a wider set of relevant stakeholders. It should continue engaging with universities and developing specific curricula and courses for pan-European research infrastructures, taking into account their intercultural and interdisciplinary nature as well as their diversity (global, highly distributed, single site etc.). Strategic planning for the sustainability of training and exchange programmes should be addressed, with the involvement of national agencies, ERICs, international organisations, and other relevant stakeholders. An increased use of interactive online training material should be explored. Particular emphasis should be put on the development of data management, exploitation and stewardship skills, in line with the FAIR principles, including the mastering of the data protection legislation features.

    Health Outcomes Observatories – empower patients with tools to measure their outcomes in a standardised manner creating transparency of health outcomes

    The main goals are:

    1. Identify appropriate standards for capturing the patient perspective when measuring health outcomes and patients’ experience of healthcare, and obtain support for these standards among relevant stakeholders.

    2. Implement appropriate technology solutions (including adopting existing technology where appropriate) that would allow individual patients to record and measure their outcomes according to these standards and use the information for a more structured dialogue with their HCPs.

    3. Establish the appropriate platform to collect, process and manage data in the best interest of patients, patient organisations, health authorities, healthcare professionals, the research community and health care payers.

    4. Create a sustainable, socially acceptable and ethical model for the continuous collection of data and an appropriate model for providing access to the identifiable or anonymised or aggregated data to researchers with a legitimate interest in analysing them.

    Central repository of digital pathology slides to support the development of artificial intelligence tools

    The overall scope of the Call topic is to collect, host and sustain virtual slides along with associated data and to support the collaborative development of artificial intelligence in pathology. The funded action will also address the regulatory, legal and ethical challenges associated with the collection, sharing and mining of the virtual slides.

    Objective 1: Sustainable infrastructure

    Objective 2: Data

    Objective 3: Tools

    Objective 4: Regulatory framework

    Collaborative Partnerships

    Collaborative Partnerships action offers the opportunity to organisations to develop, transfer and/or implement innovative outputs and/or engage into intensive dissemination and exploitation activities of existing and newly products or innovative ideas in different areas relating to sport and physical activity.

    They involve various organisations and actors in and outside sport, including in particular public authorities at local, regional, national and European levels, sport organisations, sport-related organisations and educational bodies.

    Collaborative Partnerships are, in particular, innovative projects aimed to:

    • Encourage participation in sport and physical activity, especially by supporting the implementation of the Council Recommendation on health-enhancing physical activity and being in line with the EU Physical Activity Guidelines and the Tartu Call for a Healthy Lifestyle;
    • Encourage participation in sport and physical activity, especially by supporting the European Week of Sport;
    • Promote education in and through sport with special focus on skills development, as well support the implementation of the EU Guidelines Dual Careers of Athletes;
    • Promote voluntary activity in sport;
    • Combat doping, notably in recreational environments;
    • Combat match-fixing;
    • Improve good governance in sport;
    • Combat violence and tackle racism, discrimination and intolerance in sport;
    • Encourage social inclusion and equal opportunities in sport.

    Global Alliance for Chronic Diseases (GACD) - Prevention and/or early diagnosis of cancer

    Proposals should focus on implementation research for the prevention and/or early diagnosis of cancer on in LMIC and/or in vulnerable populations in HIC. Proposals should build on interventions with promising or proven effectiveness (including cost-effectiveness) for the respective population groups under defined contextual circumstances. For promising interventions, a limited validation period can be envisaged. However, the core of the research activities should focus on their implementation in real-life settings. The proposed interventions should gender-responsive.

    The aim should be to adapt and/or upscale the implementation of these intervention(s) in accessible, affordable and equitable ways in order to improve the prevention and early diagnosis of cancer in real-life settings. Interventions should meet conditions and requirements of the local health and social system context and address any other contextual factors identified as possible barriers.

    Scaling up innovation for active and healthy ageing

    Proposals are expected to define mechanisms to facilitate further uptake by actively involving partners from the European Innovation Partnership on Active and Healthy ageing as well as other relevant stakeholder groups (e.g. Joint Programming Initiative on More Years Better Lives, Active and Assisted Living programme, EIT Digital and EIT Health), and research and innovation projects, at European, national and regional levels.

    The work will build on previous actions and have a clear focus on the successful support to supply and demand sides in implementing scaling up strategies for innovative solutions (technology, integration of health and social care, systemic change). In particular, complementarity and consistency should be ensured with the outcomes, guidelines and strategies delivered in projects funded from SC1-HCO-17-2017 (“Support for large scale uptake of Digital Innovation for Active and Healthy Ageing”), SC1-HCC-01-2018 ("Supporting investment in smart living environments for ageing well through certification") and SC1-HCC-05-2018 (“Support to a Digital Health and Care Innovation initiative in the context of Digital Single Market strategy”).

    International cooperation in smart living environments for ageing people

    Proposals should develop and validate new solutions leading to smart living environments for ageing people, supporting independent active and healthy lifestyles.

    The proposed solutions should provide personalised advice, guidance and follow-up for key age and health related issues in daily life which impact the person's ability to remain active, healthy and independent. These may include amongst others diet, physical activity, risk avoidance, preventive measures, lifestyle and activity management, leisure, social participation and overall wellness and health. Proposals should pay particular focus to measures aimed at fostering social participation and avoiding social exclusion.

    Countries for cooperation: Japan, Canada

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    Informazioni concorso

    Jean Monnet Chairs

    A Jean Monnet Chair is a teaching post with a specialisation in European Union studies for university professors for a duration of three years A Jean Monnet Chair is held by only one professor, who provides a the minimum of 90 teaching hours per academic year. Main activities (minimum of 90 hours per academic year):

    • deepen teaching in European Union studies embodied in an official curriculum of a higher education institution;

    • provide in-depth teaching on European Union matters for future professionals in fields which are in increasing demand on the labour market;

    • provide teaching/lectures to students from other departments (e.g. architecture, medicine, etc) to better prepare them for their future professional life.

    • encourage, advise and mentor the young generation of teachers and researchers in European Union studies subject areas;

    • conduct, monitor and supervise research on EU subjects, for other educational levels such as teacher training and compulsory education;

    • organise activities (conferences, seminars/webinars, workshops, etc.) targeting to policy makers at local, regional and national level as well as to civil society.

    Jean Monnet Module

    A Jean Monnet Module is a short teaching programme (or course) in the field of European Union studies at a higher education institution. Each Module has a minimum duration of 40 teaching hours per academic year. Modules may concentrate on one particular discipline in European studies or be multidisciplinary in approach and therefore call upon the academic input of several professors and experts.

    Erasmus+ supports Jean Monnet Modules with the aim to:

    • promote research and first teaching experience for young researchers and scholars and practitioners in European Union issues (up to 20% of the budget allocated to support Modules will be granted to coordinators who are researchers who have obtained a PhD degree in the last five years);
    • foster the publication and dissemination of the results of academic research;
    • create interest in the EU and constitute the basis for future poles of European knowledge, particularly in Partner Countries;
    • foster the introduction of a European Union angle into mainly non EU related studies;
    • deliver tailor-made courses on specific EU issues relevant for graduates in their professional life.

    JEAN MONNET CENTRES OF EXCELLENCE

    A Jean Monnet Centre of Excellence is a focal point of competence and knowledge on European Union subjects.

    A Jean Monnet Centre of Excellence gathers the expertise and competences of high-level experts and aims at developing synergies between the various disciplines and resources in European studies, as well as at creating joint transnational activities and structural links with academic institutions in other countries. It also ensures openness to civil society.

    Jean Monnet Centres of Excellence have a major role in reaching out to students from faculties not normally dealing with European Union issues as well as to policy makers, civil servants, organised civil society and the general public at large.

    Jean Monnet Networks

    Jean Monnet Networks foster the creation and development of consortia of international players (HEIs, Research Centres, Associations, etc.) in the area of European Union studies.

    They contribute to gathering information, exchanging practices, building knowledge and promoting the European integration process across the world. This Action can also support the enhancement of existing networks supporting specific activities, notably fostering the participation of young researchers in EU-related themes.

    These projects will be based on proposals, focused on activities that cannot be achieved successfully at a national level and require the involvement of a minimum of three partner organisations (including the applicant institution) from three different countries. Their aim is to undertake projects that have a multinational rather than a national dimension.

    Jean Monnet Projects

    Jean Monnet Projects support innovation, cross-fertilisation and the spread of European Union content. These projects will be based on unilateral proposals - although the proposed activities may involve other partners - and may last between 12 and 24 months.

    • "Innovation" projects will explore new angles and different methodologies in view of making European Union subjects more attractive and adapted to various kinds of target populations (e.g. projects on Learning EU @ School);

    • "Cross-fertilisation" projects will promote discussion and reflection on European Union issues and enhance knowledge about the Union and its processes. These projects will aim at boosting EU knowledge in specific contexts;

    • "Spread content" projects will mainly concern information and dissemination activities.

    A common European framework to harmonise procedures for plastics pollution monitoring and assessments

    The aim of this action is to develop a common European framework to harmonise procedures for plastics pollution monitoring and assessments. This action should do so by bringing together the main national research groups in the field of physicochemical analysis of plastics in the environment, covering nano-, micro- and macro-plastics, to present jointly designed process proposals for the determination of plastics in different environmental matrices. A critical mass of actors and increased synergies between all relevant research areas (e.g. marine, surface, groundwater, drinking and waste water, soil, air), industry, regulators, associations and relevant EU services and standardisation bodies will be a key element to address the challenge. It is expected that different sampling, extraction and analysis methods are evaluated for their suitability and feasibility (availability, cost-effectiveness, quality of data generated) for use within future monitoring activities.

    Monitoring ecosystems through research, innovation and technology

    The action should design an EU-wide framework for monitoring biodiversity and ecosystem services which:

    • integrates different reporting streams, data sources and monitoring activities at international, EU, national and regional level (including remote sensing, citizen science and citizens observatories);
    • is cost effective;
    • links to policy targets, indicators and assessments;
    • builds on best practices in EU Member States;
    • delivers timely data, which is comparable over time and across the EU Member States.

    ERA-NET Cofund action on conservation and restoration of degraded ecosystems and their biodiversity, including a focus on aquatic systems

    Based on priorities identified in the Strategic Research and Innovation Agendas of the Water Joint Programming Initiative (Water JPI) and of the BiodivERsA Partnership, proposals should pool together the necessary financial resources from the participating national (or regional) research programmes with a view to implementing a joint call for proposals resulting in grants to third parties with EU co-funding to improve the conservation and restoration of degraded ecosystems and their biodiversity, including a specific focus on freshwater aquatic systems. Research & innovation (R&I) supported through grants to third parties with EU co-funding under the joint call should cover all environments (i.e. terrestrial, freshwater and marine) and include a specific focus on freshwater aquatic systems. In addition, research under this joint call will support the implementation of relevant EU policies and objectives, and international endeavours. This will allow preparing a sustainable cooperation and coordination between Water JPI and BiodivERsA to increase synergies on cross-cutting issues, where appropriate. Participation of legal entities from international partner countries and/or regions including those not automatically eligible for funding in accordance with General Annex A is encouraged in the joint call as well as in other joint activities including additional joint calls without EU co-funding. Participants from countries not listed in General Annex A are eligible for funding under this topic and may request a Union contribution (on the basis of the ERA-NET unit cost) only for the coordination costs of additional activities.

    ERA-NET Cofund action on raw materials

    The objective of the ERA-NET is to strengthen co-ordination of national and regional research programmes in the field of non-energy non-agricultural raw materials, while building on the experience of previous ERA-NETs ERA-MIN and ERA-MIN 2. This should be achieved in line with the integrated strategy proposed in the EU Raw Materials Initiative (RMI) and the Strategic Implementation Plan of the European Innovation Partnership (EIP) on Raw Materials. The ERA-NET should cover the whole raw materials value chain including exploration, extraction and processing technologies and recycling, as well as substitution.

    Erasmus+ JOINT MASTER DEGREES

    An Erasmus Mundus Joint Master Degree (EMJMD) is a prestigious, integrated, international study programme, jointly delivered by an international consortium of higher education institutions (HEIs) and, where relevant, other partners with specific expertise and interest in the study programme. EMJMDs aim to:

    • Foster excellence, innovation, and internationalisation in HEIs
    • Boost the attractiveness of the European Higher Education Area (EHEA) and support the EU's external action in the field of higher education
    • Improve the level of competences and skills of Master graduates and their employability

    ASSEMBLE Plus Call

    ASSEMBLE Plus will provide scientists from academia, industry and policy with a quality-assured programme of access to its marine biological station facilities and resources.  These stations offer a wide variety of services, including access to marine ecosystems, unique marine biological resources, state-of-the-art experimental and analytical facilities with integrated workflows, and historical observation data. The goal of the project is to stimulate fundamental and applied research excellence in Europe in the fields of marine biology and ecology, thereby improving the knowledge- and technology-base for the European bio-economy, policy shaping and education.

    Transnational Access applications (for on-site, or on-site and remote access projects) can be sent all-year round (last call: 7th, deadline for submission: April 2020). Each TA call has a defined "access call window" in which your project, once accepted, must be performed. We warmly invite you to plan in advance your project, discussing the period in which you prefer to perform your Transnational Access with the liaison officer of your selected access provider.

    ERA-NET on materials, supporting the circular economy and Sustainable Development Goals

    The proposed ERA-NET aims at coordinating the research efforts of the participating Member States, Associated States and Regions in the field of materials, continuing the activities started by M-ERA.NET, for materials research and innovation, especially targeting the circular economy and Sustainable Development Goals (such as Goal 7 – “Affordable and clean energy”, by enabling electromobility through sustainable energy storage technology or Goal 9 “Industrial innovation and infrastructure”, by enhancing scientific research and upgrading the technological capabilities of industrial sectors). Proposals should pool the necessary financial resources from participating national or regional research programmes by implementing a joint transnational call for proposals (resulting mainly in grants to third parties) with EU co-funding to fund multinational innovative research initiatives in this domain, including support to the large scale research initiative on future battery technologies launched under the H2020-LC-BAT-2019-2020 Call.

    Materials life cycle sustainability analysis

    The main purpose of the Circular Economy (CE) is to develop material/product business models that are economically and environmental sustainable, with actions supporting each stage of the value chain (from production to consumption, from design to recycling and upcycling of waste-materials) while promoting industrial and social innovation. In line with this, the challenge is to evaluate product improvement, taking into consideration, all relevant subsystem interactions (environmental, economic and social) and all the life cycle stages of the product. However, although environmental indicators and methodologies for product level assessment are well advanced and harmonised (LCA-PEF) this is not yet the case as regards the social and economic pillars of sustainability assessment. Life cycle sustainability analysis (LCSA) is needed, integrating social and economic benefits with environmental burdens, which fit these causal interrelations into an holistic approach understandable to different stakeholders.

    Raw materials policy support actions for the circular economy - Expert network on Critical Raw Materials

    All actions should contribute to improving EU official statistics and to building the EU knowledge base of primary and secondary raw materials (EC Raw Materials Information System – RMIS). Clustering and cooperation with other selected projects under this cross-cutting call and other relevant projects supporting the EIP on Raw Materials is strongly encouraged. Actions should strengthen an EU expert network and community covering all raw materials screened in the CRM assessment of 2017, and once available also the raw materials of 2020 assessment. The consortium should organise the expert community across the EU covering expertise on primary and secondary resources; production, including exploration, mining, processing, recycling and refining; substitution of CRM; raw materials markets; future demand and supply; materials flows; socio-economic analysis, and strategic value chains and end-use sectors, including batteries, e-mobility, renewable energy, electronics, defence and aerospace.

    Preserving fresh water: recycling industrial waters industry

    Proposals should aim at near-zero discharge using closed-loop systems in combination with recovery of energy and/or substances (resources) through the development of integrated water-smart strategies for industrial processes. Strategies should take into account:

    • Better characterising the water usage and production in the industrial processes;
    • Defining recycling options with a combined water, waste and energy approach in an integrative system design method considering investment and optimal operations;
    • Future production demand through design, control options, and technologies integration that reduce water consumption, recycle water, and reduce the use of fresh water resources in closed-loop industrial processes including cascading use of different kinds of water in industrial settlements or for compatible re-use in urban and rural areas.

    Tapping into the potential of Industrial Symbiosis

    Technology based innovations should prove the potential for novel symbiotic value chains in demonstrators involving multiple industrial sectors in real industrial settings. Proposals are expected to address e.g.:

    • Broader symbiosis, from local and regional perspectives, with infrastructures (e.g. waste and water management infrastructure, gas networks), communities and energy grids (e.g. smart operations scheduling, district heat integration), including distributed generation and the role that symbiosis can play in fluctuating energy grids (i.e. grid services, seasonal storage, biomass or heat pumps integration);
    • Management of side/waste streams (through e.g. capturing, purification, concentrating, sorting, collecting, exchanging or preparation) specifically for the use as resource for other plants and companies across sectors and/or across value chains;
    • Process (re-)design and implementation to integrate and adapt existing processes to enhance industrial symbiosis (energy and material flow coupling, infrastructure and logistics).
    • Integration of information technology, including artificial intelligence, and operational technology; appropriate ICT tools (e.g. aggregation technologies) for multi-criteria decision making, for the design and the operation management of exchange streams in a dynamic production environment, advanced modelling to design and establish novel symbiotic interactions; data sharing and preservation of data confidentiality;
    • Assessment methodologies and KPIs to measure the performance of symbiosis, including environmental, economic and social impacts. Life cycle assessment and life cycle cost analysis should take into account existing sustainability standards (e.g. ISO 10410) and existing best practices;

    Pilot lines for large-part high-precision manufacturing (IA 50%)

    The proposals should deliver reliable high-precision processes to manufacture and repair innovative large-scale parts, such as wind turbine blades, large vehicles (aerospace, road or rail), ships or ship segments, construction components, large industrial components, etc. Proposals should cover at least three of the following areas and demonstrate them in a relevant industrial environment:

    • Upgrading manufacturing equipment using several innovative steps for high precision manufacturing, in order to obtain an integrated and modular process;
    • Implement design, modelling and simulation tools to support the selection of processing parameters;
    • Introduce new methods and instruments for process characterisation and in-line process control of the large-scale parts, to guarantee the quality of the final outcomes including high precision (e.g. non-destructive testing);
    • Develop work-holding devices to reduce the repositioning of all components, as well as new methods for equipment calibration and in-process fast recalibration.

    Quality control in smart manufacturing (IA)

    To address the challenge of data reliability, the sensors, actuators and instruments used at various levels of integration in the manufacturing process – often operating under adverse physical conditions – need to provide adequate levels of data accuracy and precision. Measurement traceability should ensure optimal manufacturing quality. Furthermore, suitable modelling and simulation approaches and data fusion techniques are needed to interpret and use sensor/actuator data in a factory. Proposals should therefore address at least three of the following aspects:

    • Integrate intelligent, cognitive, adaptive and cost-effective instruments and systems of sensors/actuators for process monitoring and control (e.g. virtual sensors and digital twins) into existing production or pilot lines;
    • Showcase real-time data validation within an actual production line, and incorporate data integrity strategies based on, e.g., distributed ledger (blockchain) technology.
    • Demonstrate how distributed, time stamped and persistent solutions for automated collection, storage, analysis and use of production data can lead to an integrated approach to zero-defect manufacturing;
    • Develop strategies for rapid line qualification and reconfiguration based on large pre-existing data sets and related open protocols.

    Artificial Intelligence and Big Data Technologies for Process Industries (CSA)

    The Coordination and Support Action should identify, based on a mapping of digital technologies in process industries and their level of penetration, which specific AI- and big data technologies are most relevant, and what are, or could be, the most relevant application cases and/or pilots in process industry. A roadmap should be developed for all the different sectors in the process industries to take full advantage of AI and big data and give clear and pragmatic recommendations for researchers, managers, and operators planning to harness their potential. The roadmap should explore, inter alia, actions on:

    • Research and innovation management, planning, and design (e.g. new chemical synthesis strategies, health and safety assessments);
    • Process control: yield and accuracy enhancement;
    • Supply chain management and scheduling of connected processes, plants and/or sites (e.g. for industrial symbiosis), process flexibility;
    • Predictive maintenance;
    • Product customisation and product traceability.

    Industrialisation of building envelope kits for the renovation market (IA)

    Proposals should:

    • Develop plug & build smart components and modules, including insulation materials, heating and cooling elements, ventilation, smart windows and possibly energy production, harvesting and storage with the specific connecting and controlling parts and with options to integrate a large panel of different elements with their dedicated toolbox;
    • Develop decision support tools for the selection of the refurbishment solution based on LCA (Life Cycle Assessment)/LCC (Life Cycle Cost Assessments), addressing global environmental impact, cost for energy use and improvements to Indoor Environmental Quality (IEQ), comfort and health. The support tool should consider embodied energy, use of resources, material losses, moisture performance, maintenance costs, possible disassembly and consequent recyclability (including the use of Construction Demolition Waste - CDW). Decision support should be multi-objective and the solutions should be configured to the needs and requirements of the end user;
    • Include adaptable Building Management Systems (BMS) easy to use, providing assistance for eventual step-by-step renovation and long term maintenance of the assets;
    • Develop case modelling applications, analysis prior to installations, guide for installers and support for decommissioning, with adequate assistance/tutorials for users and building managers.
    • Develop the first elements of a solid plan for industrial uptake at a large scale, meeting eco-construction and eco-production standards (minimising waste, energy and water consumption);
    • Include the whole envelope of two to three real scale residential buildings in different climate zones, retrofitted together with at least three virtual installations in total of the plug & play elements in other existing buildings to support the proof of concept, showing clear evidence of technical and financial viability.

    Novel high performance materials and components (RIA)

    Proposals should develop and test high performance materials and combined components to withstand extreme and varying conditions that are expected in future processes, and improve their target performance for a long time. The proposals need to consider the following aspects:

    • Design, including through modelling and artificial intelligence, development, processing and testing of highly innovative materials with improved properties in terms of, e.g., temperature and humidity resistance (corrosion, oxidation, thermal insulation), strength, functionality, weight, etc. and components with graded and protective coatings, yield strength, hardness, and resistance to media relevant for specific industrial application;
    • Components embedded with sensors to minimise industrial processing conditions constraints;
    • Significant increase in lifetime of equipment by reducing damage and degradation such as wear and oxidation in high temperature demanding applications of productive processes;
    • Reduction of environmental impacts in terms of waste management and energy and resource consumption.

    Citizens and industrial technologies (CSA)

    Previous work on societal engagement has focused on specific technologies, notably nanotechnology, and their potential benefits and risks. The human dimension has also been considered, notably in manufacturing technologies. The proposal should build on this work, to engage with wider society in the broader context of key enabling technologies, in order to develop those technologies in ways that intrinsically reflect societal values and needs. The proposal should launch a participatory multi-actor engagement process, including workshops, deliberations and working groups, using primarily existing practical models of engagement. The proposal should consider selected applications addressing global challenges, e.g. health, climate and the circular economy, as well as the changing nature of work.

    This multi-actor engagement process should include appropriate disciplines of Social Sciences and Humanities (SSH), researchers, industry, manufacturers, professional users and citizens, paying attention to the roles of citizens as workers and consumers. The proposed action should take into account the diversity of cultural contexts of processes and communication within Europe, and start with an evaluation of previous related projects and societal debates on emerging technologies. It should use dynamic public engagement concepts designed specifically for co-creation. . The activities should take into account gender, social and cultural aspects, as well as existing knowledge on Responsible Research and Innovation (RRI).

    Erasmus+ Capacity Building in the Field of Youth

    Capacity-building projects in the field of youth cover a range of activities that encourage cooperation between organisations active in youth, education, training and other socio-economic sectors in Programme and Partner Countries from different regions of the world. These projects aim to recognize and improve youth work, non-formal learning and volunteering and link them to education systems and the labour market. They also support regional and transnational non-formal learning mobility schemes to encourage the participation of youth in society. Examples of capacity-building activities:

    • Conferences, workshops and meetings
    • Large-scale youth events
    • Information and awareness campaigns
    • Communication and media tools
    • Development of methods, curricula, training and documentation such as Youthpass
    • Open and flexible learning materials, virtual cooperation, open educational resources (OER)

    Erasmus+ Capacity Building in the Field of Higher Education

    Capacity-building projects in the field of higher education support the modernisation, accessibility and internationalisation of higher education in Partner Countries. These projects build on the success of the Alfa, Edu-link and Tempus programmes. The projects aim to encourage cooperation between the EU and Partner Countries and support eligible Partner Countries in addressing challenges in the management and governance of their higher education institutions. This includes improving the quality of higher education, developing new and innovative education programmes, modernising higher education systems through reform policies as well as fostering cooperation across different regions of the world through joint initiatives.

    There are 2 types of capacity-building projects:

    • Joint projects: aimed at organisations to help improve curriculums, governance, and the strengthening of relations between higher education systems.
    • Structural projects: aimed at promoting reforms in higher education systems, modernising policies, governance and strengthening relations between higher education systems and the wider economic and social environment.

    Capacity-building projects can be:

    • National projects involving institutions from only one eligible Partner Country
    • Multi-country projects within one single region, involving at least two countries from this region
    • Multi-country projects involving more than one region and involving at least one country from each region concerned

    Consumer engagement and demand response

    The proposals will develop and test novel solutions and tools for demand response and energy services, using real consumption data and feedback from the testing of services with the objective to improve predictability of consumption and consumer behaviour (aiming to create a digital twin of the consumer). The main focus will be on households, but other types of consumers (residential, industrial, commercial and tertiary, including prosumers who are self-consuming part of the energy they produce) may be included. Proposals will demonstrate services that bring a fair share of benefits to consumers and to the energy system, in particular the electricity grid. The proposals should take into account the existing EU framework and the proposed measures under the Clean Energy for all Europeans Package, including the relevant measures on demand response, active customers, energy communities and dynamic price contracts.

    Proposals can target one or multiple types of loads (e.g. appliances, electric vehicles, power to heat / cool, etc.) as well as (small-scale) production (e.g. PV), include energy storage and one or several methods of aggregation (e.g. citizen energy communities). Preferably they should rely on advanced automation, advanced ICT tools and approaches (e.g. IoT, Big Data, AI, blockchain, etc.), communication protocols and interoperability.

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