Summary
Advancing capabilities and elevating the profile of the University of Cyprus (UCY) through the establishment of an Additive
Manufacturing and Advanced Materials Competence Centre in Cyprus (AM2C3), will increase the potential for excellence-in-research
and promote the growth of the knowledge-economy in a widening country. Additive manufacturing is transforming and
decentralizing the aerospace industry sector, which is described by low-volume yet high-value applications. The transformation is
accommodated by the development of advanced materials and designs, especially Al-metal matrix composites with superior specific
strength. Twinning of the UCY with three internationally-leading partners will facilitate knowledge-transfer that focuses on
processing methodologies and characterization techniques of AM consolidated Al-based MMCs. Advanced partners IMDEA (Spain),
SINTEF (Norway), and EMPA (Switzerland) will participate in training activities directed towards UCY researchers and host staff
exchanges aimed to build-up new competencies. Such activities will guarantee access to sophisticated equipment and infrastructure,
but also enhance research output. To further stimulate excellence-in-research and maximize impact, the centre will encompass a
variety of networking activities to reach an audience in academia, industry, the general public, and policy makers. In more detail,
these activities include round table discussions with policy makers, working groups with industry stakeholders, international
symposium with experts of the scientific community, and summer schools for students. In general terms, this multidimensional
approach aims to sustainably integrate and anchor the competence centre on a local and international level, and in turn establish an
exploitation framework of intellectual property. The adoption of technical know-how in AM technologies and the project supportnetwork will thereby become the foundation for future activities of AM2C3.
Manufacturing and Advanced Materials Competence Centre in Cyprus (AM2C3), will increase the potential for excellence-in-research
and promote the growth of the knowledge-economy in a widening country. Additive manufacturing is transforming and
decentralizing the aerospace industry sector, which is described by low-volume yet high-value applications. The transformation is
accommodated by the development of advanced materials and designs, especially Al-metal matrix composites with superior specific
strength. Twinning of the UCY with three internationally-leading partners will facilitate knowledge-transfer that focuses on
processing methodologies and characterization techniques of AM consolidated Al-based MMCs. Advanced partners IMDEA (Spain),
SINTEF (Norway), and EMPA (Switzerland) will participate in training activities directed towards UCY researchers and host staff
exchanges aimed to build-up new competencies. Such activities will guarantee access to sophisticated equipment and infrastructure,
but also enhance research output. To further stimulate excellence-in-research and maximize impact, the centre will encompass a
variety of networking activities to reach an audience in academia, industry, the general public, and policy makers. In more detail,
these activities include round table discussions with policy makers, working groups with industry stakeholders, international
symposium with experts of the scientific community, and summer schools for students. In general terms, this multidimensional
approach aims to sustainably integrate and anchor the competence centre on a local and international level, and in turn establish an
exploitation framework of intellectual property. The adoption of technical know-how in AM technologies and the project supportnetwork will thereby become the foundation for future activities of AM2C3.
Unfold all
/
Fold all
More information & hyperlinks
| Web resources: | https://cordis.europa.eu/project/id/101159727 |
| Start date: | 01-10-2024 |
| End date: | 30-09-2027 |
| Total budget - Public funding: | - 1 490 675,00 Euro |
Cordis data
Original description
Advancing capabilities and elevating the profile of the University of Cyprus (UCY) through the establishment of an AdditiveManufacturing and Advanced Materials Competence Centre in Cyprus (AM2C3), will increase the potential for excellence-in-research
and promote the growth of the knowledge-economy in a widening country. Additive manufacturing is transforming and
decentralizing the aerospace industry sector, which is described by low-volume yet high-value applications. The transformation is
accommodated by the development of advanced materials and designs, especially Al-metal matrix composites with superior specific
strength. Twinning of the UCY with three internationally-leading partners will facilitate knowledge-transfer that focuses on
processing methodologies and characterization techniques of AM consolidated Al-based MMCs. Advanced partners IMDEA (Spain),
SINTEF (Norway), and EMPA (Switzerland) will participate in training activities directed towards UCY researchers and host staff
exchanges aimed to build-up new competencies. Such activities will guarantee access to sophisticated equipment and infrastructure,
but also enhance research output. To further stimulate excellence-in-research and maximize impact, the centre will encompass a
variety of networking activities to reach an audience in academia, industry, the general public, and policy makers. In more detail,
these activities include round table discussions with policy makers, working groups with industry stakeholders, international
symposium with experts of the scientific community, and summer schools for students. In general terms, this multidimensional
approach aims to sustainably integrate and anchor the competence centre on a local and international level, and in turn establish an
exploitation framework of intellectual property. The adoption of technical know-how in AM technologies and the project supportnetwork will thereby become the foundation for future activities of AM2C3.
Status
SIGNEDCall topic
HORIZON-WIDERA-2023-ACCESS-02-01Update Date
19-11-2024
Images
No images available.
Geographical location(s)
Structured mapping
Unfold all
/
Fold all
