Portfolio

The Tourist Data System (TDS) project that has the objective of managing an interactive and easy to use digital platform capable of providing the public sector and private companies with a great volume of trustworthy data and in this way, allow them to grasp in the present tourism conjunction, as well as its historical evolution. With this information, it is desired to facilitate the decision-making process and enhance the adaptation to current and future challenges in a key sector for the Catalan economy. To accomplish this, the TDS hervests tourism information from different sources and analyses [...]

HySPRINT aims to advance clean hydrogen technologies by improving how the components of Solid Oxide Electrolysis Cells (SOECs) are manufactured. The project makes these production processes more sustainable, cost-effective, scalable, and recyclable, while reducing waste and scrap rates. By combining innovative manufacturing techniques with automation, artificial intelligence, and advanced quality-control tools, HySPRINT improves the production and scalability of SOEC components for clean hydrogen applications. The HySPRINT consortium brings together industrial partners, research organisations, and innovation-support actors from four European countries. The project is led by RINA Consulting S.p.A. The project combines three advanced production techniques: (1) [...]

Open Data for Sport Governance 2.0 (OD4SG 2.0) is a European initiative aimed at strengthening governance in the sports sector through the strategic use of open data. The new version of the platform has been designed and developed by the Digital Health Unit at Eurecat, which is responsible for project management, methodoloical design, and technological implementation. Through structured data collection forms, the project gathers relevant information on sport governance, which is then analyzed and transformed into indicators and actionable insights to support evidence-based decision-making. OD4SG 2.0 promotes transparency, accountability, and integrity across sports organizations, contributing to more [...]

The TECSOL-FRUT project develops an innovative agri-voltaic solution based on the design of an agricultural field with integrated rigid photovoltaic assisted by a digital twin. The aim is to analyze, implement and validate this technology as a tool to adapt agriculture to the effects of climate change, which is altering the natural cycles of crops, advancing flowering and increasing exposure to extreme phenomena such as heat waves, droughts, intense radiation, heavy rains or late frosts. Agrivoltaic systems allow to combine agricultural production with the generation of renewable energy, providing shade to crops, reducing thermal and water [...]

The project develops an integrated solution to support tourism accommodation establishments in their transition towards more sustainable management models through the combination of digital self-assessment tools, mentoring methodologies and intelligent -support and recommendation systems for the implementation of improvement initiatives related with sustainability. The solution enables businesses to assess their sustainability maturity level in line with the main international standards in the sector, identify areas for improvement and receive tailored recommendations aimed at facilitating the implementation of sustainable practices across environmental, social and economic dimensions. In addition, it incorporates artificial intelligence-based functionalities that help interpret assessment [...]

Tracking and reducing persistent and emerging pollutants in water for safer food and drink systems. The EmerGO project is developing an innovative, integrated European platform to identify, monitor, prevent and reduce persistent and emerging pollutants (PEPs) found in the water used by the food and drink industry, particularly water from industrial cleaning operations. EmerGO combines real-time monitoring and smart sensors with advanced water treatment technologies, such as advanced oxidation, hybrid membranes, adsorption and recovery systems, to reduce pollutants at source. The solutions will be validated at industrial pilot plants in the meat, fruit juice and confectionery [...]

Automating regulatory compliance for data and artificial intelligence in companies ACCOMPLISH prepares companies to face growing regulatory scrutiny through the automation, simplification and integration of regulatory compliance into data and artificial intelligence (AI) operations. To do so, it offers an AI-based framework covering legal, environmental, cybersecurity and industry-specific standards, while ensuring transparency, accountability and a human-centred approach. A key innovation is the Compliance Digital Passport, a new tool for real-time compliance assessment, certification and risk detection, which will enable organisations to navigate regulatory landscapes with confidence. The project's innovations will be validated through real-world applications in [...]

Development of an accelerated fatigue testing methodology and a digital platform for material selection and structural component design. The FAST-F project addresses a key limitation in the development of mechanical components: the need for reliable fatigue data obtained through conventional testing methods, which require a large number of specimens and testing times that can extend over months or even years. To overcome this limitation, the project develops and validates a novel procedure known as the stiffness method, capable of determining the fatigue behaviour of materials using only three specimens and requiring approximately one day per testing [...]

Improving the resilience of Mediterranean rice agro-ecosystems through integrated management of biodiversity, water and carbon. The ReMedi project aims to develop a Mediterranean-scale management model that integrates innovative agricultural and wetland management practices through a holistic landscape-scale approach, addressing climate change mitigation and adaptation, water resilience, biodiversity and food supply. ReMedi’s research focuses on promoting more sustainable practices in rice cultivation, such as reducing the use of chemicals, improving water quality and increasing soil fertility. At the same time, it seeks to strengthen collaboration between farmers, researchers, administrations and other entities to develop solutions adapted to [...]

Improve sustainability and agricultural decision-making in Africa through artificial intelligence. The BRIDGE-AI project aims to improve agricultural decision-making and digital training in African rural areas through the integration of solutions based on Generative Artificial Intelligence (GenAI). Through the combined use of satellite data, field sensors, AI models and intuitive mobile interfaces, the project offers tools adapted to the local needs of Kenya, Tunisia and Nigeria. This combination facilitates more efficient, sustainable and accessible agriculture. BRIDGE-AI’s research focuses on addressing challenges such as water scarcity, soil degradation and the impacts of climate change, while promoting social inclusion [...]

A testing tool for the fast evaluation of fracture resistance in high-strength steels The FastCrack Product project drives the commercialisation of a testing tool that enables the fast and cost-effective evaluation of fracture resistance in the high-toughness steels used in sectors such as automotive and aerospace. The tool responds to a growing challenge in the steel industry, which over the last decade has developed Advanced High Strength Steels (AHSS) in response to increasing requirements for passenger safety, vehicle performance and fuel efficiency. These steels offer improved formability and greater impact energy absorption, but present problems related [...]

New systemic solutions to improve the climate resilience of coastal landscapes The COAST-SCAPES project develops and demonstrates innovative solutions to increase the climate resilience of land-coastal-sea systems, addressing the challenges arising from climate change, ecosystem degradation and socio-economic pressures on coastal areas. The project promotes a systemic approach that integrates different sectors and territorial scales to co-design climate resilience plans based on nature-based solutions (NbS) that reduce climate risks and improve ecosystem services. This approach combines advanced scientific tools, climate alert systems, risk analysis models and innovative governance mechanisms to facilitate the implementation of adaptation measures. [...]

Promotion of healthy, sustainable Mediterranean dietary habits during pregnancy and early childhood through a community intervention combining nutritional education, digital tools and the involvement of representatives from various sectors such as healthcare professionals, local farmers and producers, chefs and culinary experts, and community agents. The PANACEA project promotes the adoption of a healthy, sustainable, local Mediterranean diet during the perinatal period, which encompasses pregnancy and the first four months after birth. The project is based on the idea that this stage is a window of opportunity to initiate and consolidate dietary and lifestyle habits that can [...]

A collaboration network of five technology centres to drive quantum computing in the field of defence and strategic sectors. The ARQADE project applies quantum computing and artificial intelligence (AI) to solve critical security and defence challenges. Its objective is to develop solutions that modernise the Defence Industrial and Technological Base (DITB) and strengthen national technological sovereignty. The network develops capabilities in quantum algorithms, post-quantum cybersecurity, and secure communications. These tools are designed to be accessible and to eliminate the technical barriers that currently hinder the adoption of these technologies in strategic sectors. The project validates the [...]

Innovation in stamping processes for high-strength steels. The SHIFT project develops an innovative semi-hot stamping process for Quenching and Partitioning (Q&P) steels. The solution combines advanced experimental techniques, microstructural analysis, and tool development to understand and control the key material transformation mechanisms during the forming process. This advancement revolutionizes the manufacturing of lightweight automotive parts for safety applications. By maintaining the high mechanical performance of Q&P steels while improving their formability, it effectively minimizes the springback effect under real industrial conditions. The initiative ranges from improving the warm forming of Advanced High-Strength Steels (AHSS) to analysing [...]