- Mechanical Simulations of static and dynamic phenomena involved in the design of electric batteries for the Automotive Industry.- FE Analysis & Test of thin-walled structures. Buckling, Post-buckling, Modal Analysis.

Research Engineer @ COFFA Project (Conception et Optimisation de Forme pour la Fabrication Additive)Main tasks: 1) Integration of Additive Layer Manufacturing (ALM) technologies in design2) Bridging Topology Optimisation and CAD (Curve and Surface Fitting)3) Development of design&optimisation algorithms

"Optimization and design of structures obtained by means additive manufacturing""Conception et optimisation des structures obtenues par fabrication additive"

- Preliminary design of PrandtlPlane configurations (Box Wing) for a large freighter (wingspan 80 m, fuselage length 80 m)- VLM to evaluate aerodynamic variables (software: AVL).- Development of tools for 3D sketch of the aircraft (MATLAB-GUI environment).- Analysis of high-speed results and preliminary estimate of low-speed performances.- Comparison between optimum PrandtlPlane and optimum monoplane configurations.

- Cooperation to the design process of a wind tunnel helicopter; 3D sketches of components (static mast, rotating mast, frame connections) and drafting (Software: CATIA v5r20). - Design of an aligning car tool to control camber and divergence (F1 application). 3D and 2D sketches. FEM analysis to achieve a stiff and light tool. (Software: CREO Parametric 2.0 + CREO Simulate).- Design of a pressing test tool for engine heads (F1 application). 3D and 2D sketches (Software: CREO Parametric 2.0).- Structural static analysis of a welded truss. Stress and strain analyses of beams. Design of suitable devices to reduce stress or displacements in critical areas (Software: CREO Simulate - Nastran/Patran).