To focus on applied r&d to reach a new generation of components (materials, sensors, control units and mechatronics) for manufacturing integrated production systems. S-scam-s will contribute, as an important catalyst, to a radical industrial innovation.
Automatic numeric control machine able to conduct advanced processes on stone material such as marble, granite, brick, natural stone and similar material.
The r&d program - smarti (smart intersection), described in the present application form, offers research and development of an innovative smart intersection system followed by road tests.
Development of new, isocyanate free polyurethane products, by two main strategies. One is to development functional oligomers allowing the polymerisation propagation by reaction with atmospheric oxygen. The second is to create nco pre-polymers with very low monomeric mdi content (less than 0.1%).
Till today the motorcycle racing industry has not shown consistent progress with regards to structural development like that of the chassis. Our project is an entirely innovative concept and is not available on the market and on any racing circuit.
An in-pipe hydroelectric turbine operates in a special environment surrounded by water and is different from traditional hydro turbines. Here we investigate the best technology for the high head closed pipe waterworks in the italian alps and similar locations, build, and test units on site
Transmission of multiple description encoded video via satellite using variable modulation and coding scheme in optimized way, its reception by both new and legacy receivers, and video content reconstruction for end user devices with various capabilities with the best quality possible.
The development of autonomous smart systems integrating innovative lightweight batteries coupled with solar cells to drive distributed auxiliaries as courtesy leds lighting and ventilation fans able to increase comfort and fuel economy for both fully electrical and internal combustion
To fully develop the industrial technology for designing and producing special dies for the extrusion of profiles from magnesium alloy of high strength, suitable for structural and energy applications
To develop new technologies of repair welding of large forging dies by means of pour welding, welding with low thermal influence and other modern methods. Novel procedures of controlling of welding robots will be developed enabling remote controlling of the welding process.