AI robots to collaborate with operators at University West and Chalmers
Researchers at University West and Chalmers University of Technology are developing AI-based robots for flexible industrial production, in collaboration with partners such as Volvo Trucks and Hitachi Energy Sweden.
What happened?
Researchers at University West and Chalmers are working on developing AI robots. These robots are designed to pick components and communicate with staff, thereby helping to make production flows more flexible. The project involves partners such as Volvo Trucks and Hitachi Energy Sweden, along with several technology companies contributing their expertise in the field.
Key facts
| Projektledare | Sudha Ramasamy |
|---|---|
| Institution | Högskolan Väst, Chalmers |
| Samarbetspartners | Volvo Lastvagnar, Hitachi Energy Sweden |
”Vid Volvos produktionslina för lastbilar har så gott som varje fordon en unik sammansättning av utrustning. Det innebär utmaningar för operatörerna som ansvarar för kittningen, det vill säga de som plockar samman komponenterna till varje fordon.”
”För att skapa effektiva flöden där operatörerna slipper tunga och repetitiva moment utvecklar vi smarta AI-styrda robotar med avancerade griphänder. Tanken är att de ska kunna plocka många olika komponenter med samma händer och de ska även kunna prata med operatörerna på engelska”
Why it matters
This development addresses the industry's increasing need for flexibility, driven by greater demand for customised products. For instance, Volvo Trucks operates assembly lines where each truck may have unique equipment combinations, placing higher demands on 'kitting' (component assembly). By introducing AI robots, repetitive and heavy tasks for operators can be reduced while efficiency is increased.
Who is affected?
Manufacturing operators, particularly those working with component assembly (kitting), are directly affected. Companies like Volvo Trucks and Hitachi Energy Sweden are involved as partners and are likely to be among the first to implement the technology. AI and robotics developers will find new applications for their expertise.
Impact on the EU
The research has a clear industrial focus within Europe. The results may be significant for the manufacturing industry across the EU, particularly given the move towards automation and increased production flexibility. Not applicable for current EU regulatory status.
What else you should know
The project aims for the robots to handle many different components using the same grippers and to improve the working environment for operators through voice communication in English.
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