El ITA helps Cogniman, robots and robot reunification in Norway.

Engineers Miguel Ángel Barcelona and Rafael Herguedasde los equipos de Simulación y Control y Robotica y Automática, de Tecnologías Mecatrónicas del ITAhe helped send events related to the Cogniman project in Kristiansand, NorwayDel que el Instituto Tecnológico de Aragon es partner.

'Cogniman' is an acronym A research and innovation project starting in January 2023 We ended up with the end of 2026, which is important.Cognitive Industries for Smart Manufacturing', (Industrias Cognitivas para la Fabricación Inteligente).

After completion, the project will be developed Adaptation strategies to automate various production manual operations through a combination of different modules implemented in a toolbox type system.

Also in making this toolbox se hace uso de technologies de vanguardia como gemelos digitales (digital twins), simulations, advanced sensors and automatic learning (machine learning).

Enter the active participation of representatives of the ITA. Sesión de trabajo “donde se analizaron los requisites de alto nivel de cada piloto del proyectaen la que se identificaron las épicas and historias de usuario for una planación iterativa de versions”, explains Miguel Ángel Barcelona.

A lo largo de la jornada, se fueron concretando las contributions from each partner participates in different pilots, in different layers of the technological architecture of the project. Además, this planaron los próximos passos técnicoswith the aim of expanding the pilot work through open pilot access, which will allow to demonstrate the feasibility of reusing project components in new industrial scenarios.

The first day of the cognitive convention. The participation of a group of different experts is planned for the eventwith 80 contributors outside the project, including representatives from tech companies, developers from robotics and industrial companies.

Cuatro casos piloto

Reconnect cuatro casos piloto the technical solution of the project will be evaluated.

The main thing is focao en la glass fiber productionseeks to automate fault detection through sensors and automatic learning to reduce defects and waste.

El segundo se centra en el desbarbado de grandes pieces de metal y Realize the cognitive ability of the robot de manera autónoma, mejorando la seguridad y eficiencia.

El tercer caso aborda el Medical implants produced by 3D printingusing intelligent robots to automate the removal of support structures and surface polishing.

Finally, el cuarto caso se centra en la Digitization and automation of inventory management in steel productioncreating a digital library that optimizes the internal logistics of finished products.

A lo largo de la jornada, se celebraron interactive talleres where participants were able to discuss the ethical and technological challenges of automation in industry. The assistants also had the opportunity to exchange ideas on possible issues Cooperation within the European Union y accelerates a financing opportunities tanto a nivel europeo como noruego, including the presentation of the European DIH specialized in mechatronics https://www.dihoceanopolis.com/.

Objectives de Cogniman

The goal of the Cogniman project is to create a flexible and efficient manufacturing process que production product high quality products for desperdicios. Para lograrlo, It addresses legal, procedural, ethical and technical issues Conditions and analysis of production options.

His attention is focused on her Human technologicalintegrating technologies such as digital twins, advanced sensors, automatic learning and cognitive robots What stands out about the project is its commitment to people as the center of industrial production.

“Existing knowledge is crucial for automating processes and introducing robots as collaborators junto a las people en las fábricas”, senalan los ingenieros en una note.

These components Use digital programs and pre-simulation to apply in manufacturing plants. In addition, It is the best project to collaborate with humans and robotsenabling ethical and reliable interaction while optimizing tasks such as desbarbado, additive manufacturing and autonomous management in industrial warehouses through drones and collaborative robots.

ITA participation

ITA is responsible for the work package focused on the robotization of all pilots. “Ademas, We actively participated in Goimek's pilot workit collaborates in automating the process of removing caps from large metal pieces through an autonomous AGV that moves safely and creates a semantic map of the environment,” he explains. Rafael Herguedas.

“Our contribution also includes the construction of the technological architecture of the platformIt is developed based on a model-based approach to ensure efficient and flexible integration of technologies in different environments of smart manufacturing.” Miguel Angel Barcelona.