This paper analyzes how collaborative robots can contribute to achieving some of the United Nations’ Sustainability Development Goals and reflects on the advantages that a meta-design approach could bring to robot deployment in real settings. The paper highlights how true sustainability not only depends on technological innovation but also on considerations that pertain to the social sphere of the intervention, like the specific domain, the workplace, and the user community, which require infrastructures for customization, sharing, and collaboration.
Gargioni, L., Fogli, D., Baroni, P. (2025). A Meta-Design Approach to Collaborative Robotics to Achieve Sustainability Goals. In Joint Proceedings of the Workshops, Work in Progress Demos and Doctoral Consortium at the IS-EUD 2025 co-located with the 10th International Symposium on End-User Development (IS-EUD 2025) (pp.1-8). CEUR-WS.
A Meta-Design Approach to Collaborative Robotics to Achieve Sustainability Goals
Gargioni L.;
2025
Abstract
This paper analyzes how collaborative robots can contribute to achieving some of the United Nations’ Sustainability Development Goals and reflects on the advantages that a meta-design approach could bring to robot deployment in real settings. The paper highlights how true sustainability not only depends on technological innovation but also on considerations that pertain to the social sphere of the intervention, like the specific domain, the workplace, and the user community, which require infrastructures for customization, sharing, and collaboration.| File | Dimensione | Formato | |
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