Support the director in the management of the company :- production: monitoring of the production, process improvement, monitoring of employee skills, quality control before delivery- ship repair: management of the activity, quotes, planning, monitoring of the team, conformity, cost and planning control, final delivery to the customer, feedback

Morgère (19 employees, 3M€/year, Marc Group subsidiary),French leader and 3rd world trawl door manufacturer. Morgère innovates for more eco-friendly and more easy to use trawl doors.Varied tasks:- CFD studies to design more efficient and eco-friendly doors- CAO / FAO 3D drawing to produce new trawl doors- planning, participation and monitoring of sea trials- communication : organization/participation in international exhibitions, advertising, ...- continuous improvement of working process for faster and safer manufacturing- management of innovative projects to create/improve products with our partners and customers

For 3 years, as part of a PhD thesis of the "Ecole des Ponts ParisTech" (ENPC), I worked at the Saint-Venant Hydraulics Laboratory of EDF R&D at Chatou (Ile de France) on the ANR MONACOREV project in partnership with Hydrocean and Ecole Centrale Nantes.The goal of this work was to propose a set of new methodologies to model wave interactions between several waves energy converters (WEC) taking into account the effects of the bathymetry, and to model the impact of these WECs farms on the wave field in a large area (> 10km). This work includes experimental tasks as part of the WECwakes campaign of the Hydralab IV European program at the DHI (Danish Hydraulic Institute). They consisted of measuring the park effects for different configurations of WEC farms (up to 25 WECs).

I worked during 6 months at Sirehna (DCNS/Naval Group) to develop a numerical model using Matlab-Simulink and Flowmaster to simulate the hydraulic chain of transformation of the energy of a wave energy converter (like CETO). This model simulate the behavior of the energy transformation chain as a function of the sea state, and optimize the power take off of the WEC (Wave Energy Converter) according to it.

Study of the meteotsunamis taking part in a Croatian government program. Understanding of the mechanism by data processing, and modeling (2 years of datas, 1.5 million of values, 3 pressure sensors, meteorological datas) in order to predict meteotsunamis