National Projects

EK2.0 develops artificial intelligence algorithms that, based on the remote monitoring of the behaviour and health conditions of the chronic, fragile or dependent patient, enable the creation of new management tools and solutions for healthcare professionals. These algorithms provide added value to the current functionalities of the systems used in the clinical and care environment by allowing the integration and learning from data collected by sensors that capture environmental information and personal health or physical activity data, for its integration with the available clinic history data. The results of the project will be used for the [...]

The REFER project promotes energy cost-reduction and greater efficiency in residential and service buildings by monitoring and optimizing the conditioning systems of residential buildings and, on the other hand, incorporating to service buildings intelligent and interoperable energy management systems and new innovative solutions for the generation and storage of renewable energy. During the project, energy measurement, generation and storage systems have been implemented, and more than 17 products have been developed, granting energy flexibility to buildings in ongoing rehabilitation processes. REFER has also allowed to improve technologies that participate in the energy flexibility of the buildings [...]

The PRO2 project investigates and develops new technologies and materials in the fields of additive manufacturing and 3D printing for the development of new products and applications. The project includes the study and development of new design techniques and tools for predicting the mechanical behavior of parts manufactured with these technologies. On the other hand, PRO2 develops new materials with high thermal and mechanical resistance, new manufacturing processes and the development of new post-processing tools to improve the surface finish of the parts manufactured in 3D. The PRO2 project represents a strategic opportunity for the development [...]

The PIG-MALION project develops porcine products good for the heart, by means of the reformulation and incorporation of bioactive ingredients that allow to improve their nutritional and healthy profile. The products obtained in this project foresee to be incorporated in the context of a balanced diet for those people who regularly consume these types of meat derivatives. During the project, they evaluate and select bioactive and analogous fatty ingredients to develop meat products such as Burguer Meat and blood sausage. The execution of the project also contemplates the validation of the effects of its consumption on [...]

Design, development and verification of a personal health care system to promote and improve the self-care among patients with chronic cardiovascular diseases in different areas of their daily life in an easy, intuitive and simple way. During the Pulso a Punto project, an innovative platform has been developed. The platform integrates state-of-the-art sensory textiles with electronics and communication prompts. The platform derived from the project has focused on monitoring remotely the health status of patients with chronic diseases and at risk of suffering several complications. Cardiovascular diseases have a very significant impact on the European society [...]

The CULTIVASOL project develops new greenhouses prepared for crops in times of high temperature and radiation through the improvement of the ventilation and the integration of flexible photovoltaic energy systems in the structure to achieve the energetic autonomy. CULTIVASOL represents the perfect synergy between two crucial sectors for the welfare of society such as agriculture and energy sector. CULTIVASOL, started in July 2018, will end in December 2020. The CULTIVASOL project is the result of the collaboration between Estructuras Solares del Mediterráneo S.L. (SOLARES), with extensive experience in the design, manufacture and commercialization of greenhouses, CETENMA, [...]

The FLEXRAPIDMAN project aims at the development and maturation of flexible and rapid manufacturing technologies for mobility sub-sectors, such as air or road transport, as well as researching on design methodologies for additive manufacturing, including generative design and the topological optimization of the components. In the field of aeronautics, the research will focus on studying the feasibility of the production of aircraft parts, currently mechanized, by additive printing using the SLM technique (Sintering Laser Melting and, promoting the use of the ISF technology (Incremental Sheet Forming) for manufacturing 3D parts, tools and sensors for aeronautical systems [...]

The project NEXTCARE is an innovation project to advance the co-design, development, implementation and evaluation of a new model of integrated care for the adaptive management of chronic complex patients, which constitute the 5% of Catalonia’s population. The new model will facilitate interactions between health professionals and citizens. The ICT tools, embedded in cost-effective integrated care services, will provide intelligent support for early diagnosis, risk assessment and stratification, patient monitoring and self-management, decision sharing along patient journey, and ultimately prevention and quality of life improvement.   Goals: Regional deployment of integrated care services for chronic patients [...]

The Near-Field Lift Encoder project develops and validates a new system for the precise measurement of the position of the cabin in elevators based on microwave technology and printed encoders. The Near-Field Lift Encoder system is more robust against adverse environmental conditions and more reliable for the effects of dirt (inherent in elevator environments), compared to other equivalent existing systems on the market, which are based on optical technology. The project consortium comprises three entities: Hohner Automáticos, coordinating the project, the Metamaterials Research Center for Innovation in Electronic and Communications Technologies of the Autonomous University of [...]

The MINIBUS project defines, develops, designs and manufactures a 100% electric urban minibus with high-load performance with the capacity to provide service in an urban environment throughout 16 hours of uninterrupted service, including the energy expenditure of the air conditioning, meeting the same requirements that current diesel vehicles. The project aims at contributing to reduce/eliminate fuel consumption and emissions in Barcelona’s city canter, improve citizens’ accessibility to sustainable means of transport adapted to the city’s mobility needs and obtain a reduction of the total noise caused by the operation of vehicles with electric motors. The main objectives [...]

The GREENTRONICS project develops components, electronic products and services for different applications in the sustainable mobility industry (electric and hybrid vehicles with high voltage batteries, 48V automotive systems and alternative systems). Unlike countries such as Japan, the United States and Germany, as well as China and South Korea, Catalonia lacks of a strong industry around the components of the sustainable mobility sector. Despite having a long industrial tradition in the sector of automotive components and that the automotive industry is one of the key Catalan economic sectors, there is not a well-established electric mobility technologies network. [...]

The Territorial Competitiveness Specialization Project (PECT in its acronym in Spanish) is the materialization of multiple strategies in Mataró city and Maresme region for the transformation of the territory through the construction of an intelligent, sustainable and inclusive economic growth model. The PECT of Mataró Maresme is aligned with two priority axes of the FEDER Catalonia Operative Programme 2014-2020, which respond, on the one hand, to promoting research, technological development and innovation, and, on the other hand, improving the competitiveness of SMEs. The PECT has two major sectorial actions: the textile, with the REIMAGINE TEXTILE project [...]

The MyVENT project aims to improve home mechanical ventilation patients’ treatment and health care with the implementation of a smart telemedicine technology system. The system includes a web platform, supporting professionals, and a mobile platform, enabling patients with home mechanical ventilation needs to follow the therapy remotely and being involved in the therapy actively. The MyVENT system, allows both professionals and patients to have access to the information about the machine, adherence to therapy and the physiological (patient) and electromechanical (of the machine that provides HMV) more relevant parameters and variables. In addition, the patient will [...]

The “Functional textiles for improving the comfort of the interior of the vehicle” - TexCONfiv project aims at developing new fabrics for the automobile interior with improved functional properties, such as light, acoustic, ergonomic and thermal comfort. TexCONfiv will use particular textile structures for the adaptation and disposal of materials, maintaining the low manufacturing costs demanded by the automotive sector. The consortium is comprised by the Technology Center of Grupo COPO (CETEC), leader of the project, who, given its knowledge in the creation, development and production of innovative technical textiles, facilitates the research and development of [...]

Skiwearable is a silicone bracelet to allow skiers access to ski resorts and monitor their physical activity. The wearable is able to obtain records of the physical activity and position of the skier without disturbing the skier. Skiwearable incorporates a GPS for tracking skiers and RFID tags. The device also connects via Bluetooth with an app where you can download the data from the trackings and is compatible with the Skitude platform, the partner in charge of the product’s exploitation. Compared to other physical activity monitoring devices, Skiwearable is specifically designed for skiers. Among its benefits, [...]