This page lists some of the larger projects that CAPPA was involved in, which have now completed. Some of them may still have active websites, but please bear in mind that these may no longer be maintained.
|Funding Agency||EU FP7||Programme||Research for the Benefit of SMEs|
CAPPA were a partner in the EU FP7 Research for the Benefit of SMEs project, Aqua-Pulse – Photocatalysis with UV LED Sources for Efficient Water Purification, which ran from 2011-2013. The project involved 3 SMEs and 3 Research Providers, and was coordinated by the Irish SME, Epi-Light Ltd. Aqua-Pulse aimed to realise a low-power, low-maintenance water purification solution based on high-brightness UV Light Emitting Diodes (LEDs) and a photocatalysis method. Such a system would be effective against viruses, bacteria and organic compounds, and would provide an attractive and innovative alternative to current technology utilizing mercury-based UV lamps. It brought together three European SMEs in three different, but complementary, technology areas, and linked them with three RTD Performers to develop new knowledge and a new water purification product which will have significant commercial benefits for all of the SME partners. The project combines technologies in two key areas, UV LED emitters and photocatalysis. This combination of technologies will lead to product advancement in the field of water purification by creating a low cost, more efficient system when compared with current availability.
The Aqua-Pulse project was featured on the Futuris programme on Euronews: see the News section.
For more information, visit www.aqua-pulse.org
Epi-Light Ltd(Ireland, coordinator)
|This project has received funding from the European Union’s Seventh Framework Programme, under grant agreement no. FP7-SME-2011-BSG-286641|
CAPPA Applied Research Enhancement Centre
|Funding Agency||Enterprise Ireland||Programme||Applied Research Enhancement Programme|
ARE Centre Manager, Dr. Eamonn O’Neill (left) and Minister Jimmy Devins (right) discussing an optical design project with Mr. Padraig Murphy, Logitech, at the Centre opening in Oct 2008.
In 2007, the group was awarded €1.25M by Enterprise Ireland to establish an industry-led applied research centre in the fields of optics and photonics, under the Applied Research Enhancement Programme. This award was the forerunner of the current CAPPA Technology Gateway award. It aimed to forge and strengthen links between the researchers at CIT and industry by actively engaging directly with industrial partners. Given the regional industrial profile and its needs, the target sectors for the Centre included medical devices, pharmaceuticals, electronics and naturally photonics itself. The Centre was officially launched by Dr Jimmy Devins T.D., Minister for Science, Technology and Innovation, at a ceremony on the 23rd October 2008.
Under the guidance of Centre Manager Dr. Eamonn O’Neill, over the course of 5 years the Centre achieved over 50 industrial projects with more than 30 companies, including start-ups, SMEs and MNCs. It generated and licensed IP of commercial relevance through collaboration and industrial partnership, and was particularly effective in the Innovation Partnership programme. The Centre successfully forged industrial partnerships outside of photonics while at the same time maintaining world class research into semiconductor lasers and materials.
|Funding Agency||EU FP6 / Enterprise Ireland||Programme||ERA-SPOT ERA-Net / EI International Research Fund|
The InPhoQuS – Integrated Photonic Crystal and Quantum Dot Structures project ran from 2009-2012. It partnered CAPPA with two companies, Eblana Photonics in Dublin and Innolume in Germany. The project aimed to combine the technologies of quantum dots and photonic crystals to develop new semiconductor laser sources with single frequency emission and improved performance. The novel devices have a wide range of applications in areas such as communications, medicine and sensing, but InPhoQuS specifically targeted the market of next generation 10 Gigabit Ethernet technology.
The InPhoQuS project was funded under the 2009 Call of ERA-SPOT, an ERA-Net established by the EU Sixth Framework Programme (FP6). ERA-SPOT aimed to consolidate research funding activities in Optical Technology throughout Europe, and brought together national funding agencies from six EU Member States; Austria, Germany, France, Ireland, Slovenia and Sweden. The consortium issued a number of joint calls for proposals, to ensure coordinated action across Europe in optics, photonics and optoelectronics research. Enterprise Ireland were the Irish funding agency participating in ERA-SPOT.
|This project has benefited from funding by the European Union’s Sixth Framework Programme.|
|Funding Agency||Science Foundation Ireland||Programme||Strategic Research Clusters|
PiFAS – Photonic Integration From Atoms to Systems was a Science Foundation Ireland funded Strategic Research Cluster tasked with the goal of developing and supporting photonics research in Ireland. Running from 2007-2012, it combined the activities of several research groups in universities (TCD, DCU, CIT, UCC) across Ireland to achieve an internationally-competitive critical mass of research effort. The Cluster developed advanced techniques for combining different photonic technologies in innovative ways. The PiFAS research team worked closely with Irish researchers and industrial partners to develop the necessary expertise and infrastructure to achieve this goal.
The objectives of PiFAS were:
- Development of new photonic devices and systems
- Development of photonic integration, packaging and assembly technologies
- Training of new researchers in photonics (PhD level)
- Support photonic academic research in Ireland
- Support Irish industry to implement photonic technologies in their business
- Build a critical mass of photonics ‘research and development’ in Ireland
PiFAS was led by the Tyndall National Institute. For more information, visit www.tyndall.ie/pifas.
|Funding Agency||EU FP7||Programme||Marie Curie Intra-European Fellowship|
NextDot – Next Generation Quantum Dot Materials and Devices was a 2007-2009 Marie Curie Intra-European Fellowship funded by the European Union’s Sixth Framework Programme. It funded Dr. Tomasz Ochalski to join the group for 24 months from the Institute of Electron Technology in Warsaw, Poland. The project was designed to deliver multiple valuable training objectives, namely to expand Dr. Ochalski’s research experience, to involve him in a multidisciplinary approach to new materials development, to place him on the leading edge of the rapidly expanding field of quantum-dot nanostructures research, to greatly expand his network of contacts within research and industry and to deepen his experience with group leadership and management.
The work aimed to analyse quantum dot systems starting with conventional InGaAs based nano-structures, and progressing to novel quantum dot devices based on III As, Sb devices provided by international collaborators. The work includes both theory based on k.p models and experimental spectroscopy.
|This project has received funding from the European Union’s Sixth Framework Programme through the Marie Curie Actions, under grant agreement no. MEIF-CT-2006-041985|