To develop new products based on miniaturisation, autonomy, reliability, high speed and low energy, using micro and nanotechnologies by addressing heterogenous technologies for ambient intelligent vision. This cluster is the follow-up of eurimus ii and pidea+.
New methods and techniques for modifying polymer foils to improve their bio-functions using extreme ultraviolet (euv) radiation from laser plasma light sources which will be developed during the project for biomedical technology.
The project objective is the development and prototype production of tools for cutting precise holes with edges from pkd and cvd - diamond.
Development of an integrated system for collection and processing of information on vehicles and logistics units on transport networks, in logistic centres and warehouses, based on uploaded (retrieved) information from rfid tags, installation of a prototype system and testing.
The objective is the development of an original, patentable synthesis of the antihypertensive generic drug aliskiren, class renin-angiotensin antagonist. The project result will be the process, leading to the cheap, safe and environmentally friendly production of aliskiren.
The project is aimed for applied research and development for intelligent building automation with technology of wireless sensor networks operating under ieee 802.15.4 standard. Wireless communication system will be integrated into the existing bus system inels.
Will lay technical foundation for design&discovery of next-generation metallic alloys, compounds&composites that can be processed into higher-performance metallic components. Will integrate industrial metallic materials,advanced manufacturing, end-user oem engineering&academic research across europe
Realization of eye applicator for injection application of medicine into the cornea of the eye. The creation of design solution that will meet the requirements for application of medicine into the cornea.
Smart aim is to boost the competitiveness, growth and attractiveness of the european discrete manufacturing industries through the promotion of r&d&i in an open community of large industries, smes, rtos, academia and user organizations.
The aim of the project is to research and develop the construction of a new water treatment system using reverse osmosis with a power range of 50 liters per hour with intelligent control including remote monitoring by the service center.