WP2.A Automatic tuning, analysis, and optimization of systems using digital twins
The task aims at realizing an integrated, end-to-end, infrastructure for the digitalization and virtualization of the operational life cycle of one or more devices used in Space industry, including methodologies and tools allocated to the on-board SW platform production process.
Through the realization of digital twins, several goals can be achieved like predictive maintenance, virtual risk assessment and training processes both for the production and operational teams. Furthermore this digital infrastructure can simplify the access to space manufacturing to new actors by removing current barriers related to expensive (procurement, maintenance and know-how) facilities and to the complexity of the quality assurance process.
The digital twin could be shared or licensed for use to new partner that are in this way easily introduced to the Space SW industry processes. Moreover, a digital virtualization infrastructure comprehending a platform simulator, permits to decouple the SW production process from the HW production manufacturing time anticipating, inside the platform overall planning, possible HW SW integration issues.
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DeadlineDecember 2025
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StatusOngoing
Entities participating in the activities
Financial resources 1.9 Million euro
Faculty and researchers involved in project activities | 580,239.78 € |
Calls for researchers, post-docs, and technologists | 500,000.00 € |
Equipment | 686,021.51 € |
Buildings/land | 0.00 € |
Calls for companies | 0.00 € |
Consultancies | 0.00 € |
Indirect costs | 87,035.97 € |
Title | Description/objectives | Entities | Expected month of completion | Status | Attachments |
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Digital process Preliminary design review | Identification of development, HW and SW needed to realize the digital twin for the specific spacecraft architecture/component. | GSSI, TAS-I | March 2023 | Completed | |
Digital Twins first prototype | Digital Twin process and tools chain prototype with preliminary Validation and Test facility. | GSSI, TAS-I | September 2023 | Completed | |
Digital Twin V1 | Digital Twin Process and tools chain V1, including AI/ML techniques for automatic tuning of systems. | GSSI, TAS-I | June 2024 | Ongoing | |
Digital Twin V2 | Digital Twin Process and tools chain V2, including AI/ML techniques for automatic tuning and optimization of customizable systems. | GSSI, TAS-I | June 2025 | Ongoing | |
Digital Twin end of Validation | The digital twin is validated with the real case of study. | GSSI, TAS-I | December 2025 | To be launched |