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Designing circular industrial systems

For the industry of the future

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    • WP1 - Implementing 4.0 technolgies in the context of the circular economy
    • WP2 - Diagnosis and Prognosis in relation to product circularity
    • WP3 - Performance modelling / measurement of circular industrial systems and circularity conditions
    • WP4 - Management of circular value chains at the territorial level

    • WP5 - Supporting the transition to new circular industrial scenario
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    • WP1 - Implementing 4.0 technolgies in the context of the circular economy
    • WP2 - Diagnosis and Prognosis in relation to product circularity
    • WP3 - Performance modelling / measurement of circular industrial systems and circularity conditions
    • WP4 - Management of circular value chains at the territorial level

    • WP5 - Supporting the transition to new circular industrial scenario
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  • Déplier The project
    • Project organization
    • Partners
    • Thesis
    • Demo cases
    • Seminars
    • Job Offers
  • Déplier Circular Industrial Systems
    • Scientific objectives
    • Ressources
    • Existing industrial cases
  • Déplier Scientific program
    • WP1 - Implementing 4.0 technolgies in the context of the circular economy
    • WP2 - Diagnosis and Prognosis in relation to product circularity
    • WP3 - Performance modelling / measurement of circular industrial systems and circularity conditions
    • WP4 - Management of circular value chains at the territorial level

    • WP5 - Supporting the transition to new circular industrial scenario
  • Contact us

Models and tools for the optimization of circularity in supply chains

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  • Primary Laboratory: G-SCOP 
  • Secondary Laboratory: LIG
  • PhD student: Asiye KURT
  • Supervisor: Van-Dat CUNG
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Submitted on November 14, 2023

Updated on November 14, 2023

Université Grenoble Alpes

Université Grenoble Alpes
621 avenue Centrale
38400 Saint-Martin-d'Hères

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