I founded the company HexaQuarks (sasu) in order to provide a framework for the execution of general management projects for third parties.The creation itself was a great project: business plan, business model, writing and registering of the statutes, benchmarking of banks, insurances, accountants, the first quotes, the first invoices too...I apply my technical background, coupled with the skills and knowledge I acquired during the Audencia Executive MBA, to steer the growth potential of technology companies, especially those in the digital sector, thanks to a relevant and fine-tuned 360° vision of the issues.I am proud to accompany a Nantes-based technology company at a key stage of its development by helping it to valorise several years of R&D in the marketing of a new product range (financial analysis, elaboration and deployment of corporate strategies, marketing, change management).

Analyze and compile major technical strategic issues for my company witch I show in management meetings and harmonize with the board committee objectives.I keep operational activities such as implementing team management, software architecture, and intellectual property skills.

In 2017, FIT ESIC, a Group FIT company, has changed its name to become GEOFIT.

Deputized for the innovation manager expatriated on the USA> Issue identifications, team management, project advisements> Intellectual property (Patents, Brands)> software architecture and development

Study and implement both measures and dimensional controls using optical processes> Analysis, design and software development> 3D visualization, image processing

PhD Thesis : Multi-modeling generation and multi-rendering visualization of geographical information systems : applications in flight simulatorsThis thesis deals with the image realism enhancement in flight simulators using geographical information systems (GIS). The suggestion here is to implement different modeling techniques together in order to optimize object description. We also suggest using different rendering techniques that complement each chosen modeling technique. The geographical data is structured by bringing together objects into “layers”. These layers are optimized in order to create an interface between the simulation and the visualization systems. This structure improves the graphical quality of the objects and allows the simulation to act dynamically on the virtual world database. It is thus possible to perform geometrical deformations of objects in the GIS and to watch how those changes effect the visualization, on the one hand, and to insert, on the fly, new data into the SIG on the other hand. The dynamics and interactivity of the system lead to a reduction of the process of image synthesis production.