Mechanical Engineer, mdchanical design and structural analysis.Experience in manufacturing and R&D automotive field .Process development skills:Product analysis for mass productionProject managementInvestment definition(plant equipment, gauges, tools, control systems).Design and optimization of machining and assembly lines for mass production.Expertise in European Machinery Directive 2006/42/EC.RISK ANALYSIS through FMEA methodology (Machining FMEA / Assembly FMEA).Product development skills (R&D):Structural FEM Analysis and optimization of mechanical components performed with MSC NASTRAN PATRAN Software and ANSYS WORKBENCH FEM software.Modal Analysis of braking systems (FEM, Experimental) with MSC-NASTRAN PATRAN and LMS virtual lab.FEM-NVH Instability Analysis performed with software MSC-NASTRAN PATRAN.DOE (Design Of Experiment): FEM/Experimental analysis performed in order to highlight the key parameters involved in the phenomena. This study, in addition, allow us to identify a parameter sets that maximize/minimize the phenomena.Developing of mass dampers for different vibration phenomena.Develop and implementation of quality controls (mass production phase) related to relevant dynamic properties of the component, through statistical analysis performed with MINITAB.Mechanical Design:Design of electric tricycle, using Pro.engineer 2001 software Design of steel structures for automatic machines using CAD 3D SOLIDWORKS.FEM structural analysis performed with MSC Nastran/Patran and ANSYS WORKBENCH software. Engineering softwares knowledge:CAD SW 3D/2D: Solidworks 2018,Catia V5, Autocad 2013FEM SW: MSC Patran/Nastran, Ansys Workbench, MSC Autoforge 3.1QS-STAT, MiniTabNVH SW: LMS Virtual labMS Office, MS Project