Sales Engineer After Sales in a leading family-owned company in the field of air and environmental technology.TASKSQuotation calculation of spare parts and servicesSale of standardised maintenance contractsTechnical clarification with customers and internal interfacesAnalysing test logs and creating test certificates

Dimensionnement de systèmes de stockage automatisés pour le domaine de la logistique.Design des solutions techniques finales, création des nomenclatures en vue de l'achat des matériels (BOM), vérification technique des offres fournisseurs, création des plans d'installation, support aux équipes d'installation pour la résolution de problèmes sur site.

Gestion de projet de l'avant vente à l'installation de machines d'emballage, dans les secteurs agroalimentaires et médicales.

Project management for the installation of cogeneration units in biogas power plants

Consultant engineer at Altran for EDF. Management of the reservations found during Flamanville's EPR building site, with a focus on piping systems

Consultant engineer at Altran. Missions at Autoliv and EDF (Flamanville EPR)

Consultant Engineer at Altran. Mission as a Benchmark Coordinator for an Automotive Safety company. Aims:• Administration of the GoBench IQ database (airbag part)• Standardization of the competitors products' analysis processes• Continuous improvement of the database• Support for technical issues with GoBench (mainly for other administrators and editors)Methods• Planning of the airbags analysis (internal and competitors products)• Systematic verification of the data input from the editors• Regular meetings to follow up the analysis and progress with standardization in the different regions (Europe, US, China, Japan and Korea)• Process with continuous improvement (existing structures, new products, fixing issues)• Support the R&D teams with punctual analysis • Support other administrators with database description of other products (pedestrian safety)Achievements:• Analysis followed up successfully• Analysis are more standard (pictures and data)• New airbag category included in the database (PRC : Pelvic Restraint Cushion)

."Multifunctional materials and sensory properties for design"The aim of this research (in l'Ecole des Mines and in Politecnico di Milano) was to develop, test and validate innovative tools and methodologies based both on design and engineering knowledge, in order to make the transition between sensorial properties and material choice easier and more efficient. Smart materials were included as highly valuable resources for innovation.Aims : • Definition of the objectives of the study• Methodology choice to reach the objectives• Creation of selection tools for functional materials. The aim was to take their sensory properties and the targeted user experience into account.• Creation of teaching material to spread knowledge on functional materials. Teaching was mainly directed to design and engineering students.Methods:• Proposal of a definition and classification for the various types of functional materials• Design and building of a database dedicated to functional materials and their properties (architecture, data choice and first data inputs)• Production of graphical supports for the understanding of the different types of functional materials and their properties.• Proposition and lead of a new teaching to introduce functional materials to students (lesson and exercices)• Proposition of tools and methods for the selection of functional materials• Publication of scientific articles and presentation of speeches and posters in conferencesAchievements:• Database architecture completed• Effective graphical support for teaching and introducing functional materials. These graphs were also spred in articles and conferences.

"Multifunctional materials and sensory properties for design"The aim of this research (in l'Ecole des Mines and in Politecnico di Milano) was to develop, test and validate innovative tools and methodologies based both on design and engineering knowledge, in order to make the transition between sensorial properties and material choice easier and more efficient. Smart materials were included as highly valuable resources for innovation.Aims, methods, achievements are described above (same as Politecnico di Milano experience)

Product development in NHS plant (Shanghai) at Nexans ChinaAssignments:• Participation in all aspect of projects for new cables in NSH plant (Schedule, design, cost analysis, process cards, testing)• Support in technological transfer from GermanyMethods: • Participating in the usual project management of the company• Document translation from German to EnglishAchievements: • Successful development of new cables• Facilitation of the technological transfer

Conception and implementation of an industrial database, in order to perform an internal benchmark between Faurecia Automotive Seating's JIT plants and establish best practices.Assignments:• Identification of the relevant industrial data for the internal benchmarking. Target: establish good practices and transfer them to other plants• Conception of the benchmarking database• First data input in the databaseMethods: • "Interviews" and collaborative work sessions with members of different departments• Analysis of the points of interest of the different professions to choose relevant data• Design and building of the database architecture• Data organisation by group of interest• Separation of the data input area from the analysis areas• Unique input system to avoid repeating and inconsistency• Initiation of the data input• Data recuperation from the intranet and from central services• Launching of a data form to retrieve data from plants• Direct data collection during plant visitsAchievements: • Structure of the database finalized• Method for data retrieving defined• First tests of data acquisition