Digital twins enhance industrial processes in projects at MDU

Virtual models of real systems, known as digital twins, are at the heart of the MATISSE project at MDU.

The project aims to optimise processes, reduce error margins, and increase productivity at the industrial companies involved in the project.

The project is based on close cooperation between the University and industry. Together, they will form groups consisting of experts from small and large companies and university researchers. The project will use real-world examples from companies to develop and test innovative solutions.

A major benefit of using digital twins is that it saves resources in development efforts. Ideas can be tried out in a digital environment before they are implemented and tested in the physical factory. The technology also enables predictive analysis and planning of maintenance work, which reduces the risk of unplanned downtime and safety issues. This in turn allows for maintenance and repairs to be carried out more cost-effectively, while accidents can be prevented at the same time.

The advantage of digital twins is that we can simulate different situations and test new solutions without affecting the real system. As a result, we can streamline the processes and simultaneously contribute to increased sustainability and competitiveness for the industry, says Alessio Bucaioni, who is managing the project.

Diverse partnership agreements and specialist expertise

The MATISSE project includes both small and large companies, all of which contribute with their expertise. Alstom, one of the project partners, which specialises in transportation systems, is participating to enhance testing and monitoring of train systems to improve the safety and reliability of trains. Siemens, which is also participating, will contribute with their expertise in smart energy systems. MDU is acting as a coordinating party and will contribute with research expertise. In total, more than 30 partners from several European countries are involved.

The MATISSE project is funded through an EU program supporting research and innovation. The total budget amounts to approximately SEK 72 million and will be distributed among the various participating partners over a three-year period.