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+ | == 4P Factory workshop == | ||
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+ | The e-laboratory of the Complex System Digital Campus ‘4P Factory: the factory of the future’ held its third conference in November 2017. | ||
+ | This year’s edition will focus on the Engineering of Complex Systems. Complex system engineering encompasses: | ||
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+ | * Integration and individual pieces of technical complex systems, from photonics to mechanical, mechatronics, electronics and computing systems | ||
+ | * Engineering of bio- and bio-inspired-systems, through bio-mimetism, synthetic biology, bio-inspired algorithms | ||
+ | * Methods for system modeling and management of complex environments of 4P Factories | ||
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==The program== | ==The program== | ||
Version du 14 novembre 2017 à 23:31
4P Factory workshop
The e-laboratory of the Complex System Digital Campus ‘4P Factory: the factory of the future’ held its third conference in November 2017. This year’s edition will focus on the Engineering of Complex Systems. Complex system engineering encompasses:
- Integration and individual pieces of technical complex systems, from photonics to mechanical, mechatronics, electronics and computing systems
- Engineering of bio- and bio-inspired-systems, through bio-mimetism, synthetic biology, bio-inspired algorithms
- Methods for system modeling and management of complex environments of 4P Factories
The program
Welcome to our speakers:
Time | Author | Title |
---|---|---|
14:00 | Pierre Parrend | Complex system engineering |
14:30 | René Doursat | The 4 Categories of complex system engineering |
15:00 | Claudia Eckert | Design and Engineering |
15:30 | Cecilia Zanni-Merk | Knowledge management for engineering |
16: | Pause | |
16:15 | Guillaume Altmeyer | Modeling mechanical bifurcations |
16:45 | Jean Vieille | Leverage Intelligence of an industrial system |
17:15 | Marion Gstalter, Grégoire Chabrol | Femtosecond laser glass welding for micro processing |
17:45 | Yves Gendrault | An introduction to engineering challenges of synthetic biology |
18:15 | The End |