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The centre for business model innovation (CBMI) takes a starting point in the role of businesses in society, and the way in which business models are changed and renewed over time in order to adapt to societal and business changes.

The Material Realisation Laboratory is a perfect place to learn more about different materials, their properties - and what they feel like. With more than 1,500 samples gathered in one room, it's a great resource for LiU's students.

How do you develop a product with as little human involvement as possible? LiU students built a robot using generative artificial intelligence.

Researchers at Linköping University together with industrial partners are studying industrial process for manufacturing to make them more sustainable.

LiU, and the Division of Fluid and Mechatronic Systems in particular, is host for HOPSAN – a simulation tool that can predict fluid power, electric power, flight and vehicle dynamics.

Our research aims to develop methods for manufacturing companies and how they should design their products for manufacturing and remanufacturing.

The overall purpose for the project is to support manufacturers to become more resilient, circular and sustainable through remanufacturing and contribute to a more efficient use of resources.

Imagine having a hand prosthesis for only 250 euros that you can control with your own voice. That's exactly what Pablo Montoyo Gomis, an exchange student from Spain, has developed.

Linköping University, Volvo Construction Equipment, Bosch Thermoteknik, Mälardalen University, and Addiva are joining forces to advance resource efficiency and promote a circular economy in the Swedish manufacturing industry.

Product developers believe that they take rational decisions when choosing materials for new products – but this is not the case. A newly presented doctoral thesis shows that personal ideas, habits and experiences also play major roles.