R&D PROJECTS
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HELICOID
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#RandD #medicine #TumorLocation #hyperspectral
HELICOID
The HELICoiD project’s main goal is to apply hyperspectral imaging techniques for precise localisation of malignant tumours during brain tumour surgical procedures. Specifically, an experimental design based on non-invasive hyperspectral cameras has been developed, connected to a platform running a set of algorithms able to discriminate between healthy or pathological tissues. The change in cellular physiology that leads to cancer development is detected as a change in the hyperspectral signature of the tissue.
The prototype developed aims to recognise cancerous tissues during the surgical procedure. The surgeon has different display devices that superimpose real images with the tissue classification maps that the prototype has made.
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ENJAMBRE
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#Emergency #NationalSecurity #Observation #RPAS
ENJAMBRE
The ENJAMBRE project aims to put into operation a cooperative flight system enabling manned and unmanned aircraft to operate safely in the same airspace in both onshore and offshore emergency mission critical environments.
The ENJAMBRE project focuses on three National Security strategy priorities: the organisation of migratory flows, protection against emergencies and disasters, and maritime security, where the private sector can provide the public sector with key support.
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FANDANGO
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#Automotive #DigitalTwin #RandD #Industry
FANDANGO
The FANDANGO project targets operational efficiency in the automotive components sector, working on three major industry challenges: information visibility throughout the supply chain; maximising final product quality; and optimising processes that do not provide direct value (e.g. maintenance).
One of the main challenges this sector poses is how to design in-line assurance systems, because the technological solutions existing on the market fail to meet their specific needs: high-speed manufacturing processes, a variety of references, diversity in the defectology presented and the specific nature of production line conditions (heat, lighting, dirt, lubricants being present, etc.).
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ESCAPHIB
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#aerospace #Electronics #DetectionSystems #HybridAircraft
ESCAPHIB
The ESCAPHIB project works on the research, validation and verification of four new developments, which are part of the aircraft electrical technology deployed in the E-Fan X hybrid aircraft demonstrator that AIRBUS has developed.
The project focuses on: the high efficiency cooling system; the intake and exhaust of a powerful generation system; the protection and gas evacuation system for high capacity batteries; and the development of new boundary layer configurations for tail cones. The goal is to investigate how these blocks can be technologically enhanced, performing validations on the developments and verifying the new systems when grounded and, for some of them, in flight.
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INSPECTOR
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#PredictiveMaintenance #DeepLearning #AI #Industry
INSPECTOR
The INSPECTOR project aims to research various technologies, techniques, tools, methodologies and knowledge geared at automating and optimising inspection and maintenance management within the connected industries framework.
This project introduces a new perspective for automated and unattended management in industrial facilities in critical environments, which are highly complex and difficult to access.
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MÚLTIPLE
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#ProcessIndustry #Photonics #IIOT #PhotonicSensors
MÚLTIPLE
The MULTIPLE project strives to achieve more efficient, higher quality production in different critical sectors by incorporating a comprehensive monitoring and process optimisation system combining the most innovative photonic technologies.
The European consortium is developing a low-cost system featuring state-of-the-art photonic sensors capable of measuring an extremely wide range.
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INTEFIX
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#ProcessIndustry #Sensors #ToolingSystem #Machining
INTEFIX
The INTEFIX project aims to boost machining processes in the industry by optimising intelligent tooling systems, enabling monitoring, control and adaptation of processes to get more accurate, cheaper and higher quality results, which generates a more competitive industry.
These new tooling systems modify the behaviour of the actuators, supports and fixtures based on data that different, state-of-the-art sensors record. Various control algorithms and simulation tools are applied to modify their behaviour and interactions with the other machining processes.
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READY-TWIN
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#Industry #DigitalTwin #SmartManagement #3DModeling
READY-TWIN
The READY TWIN project seeks to research a range of technologies, techniques, tools, methodology and knowledge aimed at developing technology solutions to generate digital twins and improve exploitation of industrial assets.
Developing tech solutions such as 3D modelling and the Internet of Things means digital twins can be generated in automated fashion.
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SMART-EASY
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#ProcessIndustry #Photonics #ConnectedMachine #IiOT
SMART-EASY
The SMART-EASY project has the goal of developing a new generation of sensor-based machine tools with artificial vision technology to generate digital operating environments that simplify and speed up manufacturing and predictive maintenance processes to ensure optimised manufacturing in terms of efficiency, quality, reliability and productivity.
Based on the data extracted from the sensors connected to each machine and using automatic learning and knowledge management techniques, a digital twin is developed for each machine that can analyse the results.
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