European Interreg Marittimo Fabis Project
FABIS : REQUIREMENTS AND SOLUTIONS FOR INTEGRATING DIVING SKILLS (2025-2028) UTLN link (French). Official link.
COSMER Laboratory – RNSR 201522018X
EA 7398 – Mechanical and Robotic Systems
FABIS : REQUIREMENTS AND SOLUTIONS FOR INTEGRATING DIVING SKILLS (2025-2028) UTLN link (French). Official link.
Multidisciplinary methodological approach to develop shared and upgraded products in order to reduce the environmental impact by a factor 4. 2020-24 Partners : Université Paris Nanterre-UPN / CEROS Université de Read more →
Optimization for Attractive and Sustainable Complex Systems. 2019-23 Partners : Université de Toulon-UTLN / COSMER Université de Nantes / LS2N EVEA, consulting company Stellantis / PSA Look at the presentation Read more →
REF-FA-MCO : Reference Framework for Additive Manufacturing in Operational Maintenance 2019-22 The objective of this research is to produce a robust repository for the redesign / qualification and manufacturing process Read more →
Support : Pôle INPS (IAPS, LIS, COSMER, IMSIC) Responsable COSMER: Claire DUNE Financement : Région PACA et Société Notilo Plus Durée : 2 ans (2020-2022) Partenaires : Notilo Plus, FFESSM, Read more →
ROBWELD: Robotised Welding (2019) Responsible at COSMER: Sébastien Campocasso Abstract Thanks to the ROBWELD funding, a Fronius TPS500i CMT welding source has been integrated to the Additive manufacturing robot-based WAAM Read more →
ROBOWAM : Robotised Wire Additive Manufacturing (2018-2020) Responsible at COSMER: Sébastien Campocasso Project partners: Poly-Shape Abstract The research work, mainly performed within the PhD thesis of Maxime Chalvin, deals with Read more →
BeShape (funded by the French research agency ANR): Design of lightweight parts made by Wire and Arc Additive Manufacturing (2019-2023) Scientific responsible at COSMER: Dr. Sébastien Campocasso National project coordinator: Dr. Read more →
CORAL project « Constructive Offshore Robotics ALliance » aims at developing an open sea AUV (Autonomous Underwater Vehicle) for sea floor exploration and inspection down to 6000m depth (20,000 feet), as Read more →
SURFBOT : Techniques of reconnaissance and automatic cartography of shallow seabed and surf zones adapted to lightweight and « low cost » vehicles (2016-2019) Scientific responsible at Cosmer : Vincent Hugel Read more →