Luca Perrotti

- Experimental Analysis: Conducting condition monitoring tests on Wound-Rotor Induction Motors (WRIM) to identify fault signatures. - Algorithm Development: Implementing Fault Detection models using Signal Processing (FFT, Envelope Analysis) in Python/MATLAB. - Methodology: Applying industrial predictive maintenance standards to experimental research validation.

- R&D Coordination: Managed cross-functional workflows for prototype validation and technical documentation in the motorcycle sector. - Process Optimization: Contributed to structuring engineering processes and project governance within a developing R&D unit.

- R&D Product Line Management: Managed the engineering and lifecycle for key product families (Electrospindles & Boring Units), overseeing design, validation, and commissioning. - Team Coordination: Coordinated a multidisciplinary technical team (Mechanical & Electrical designers) and supervised the Prototype Department during testing and homologation phases. - Performance Optimization: Focused on enhancing Rotordynamics, thermal stability, and reliability of high-rpm rotating systems (up to 24k+ RPM). -

- Mechanical Design & Validation: Designed high-precision electrospindles and bi-rotative heads for heavy-duty machining (Wood/Composites/Alloy/Glass/Stone). - Advanced Simulation: Conducted FEM (Structural) and CFD (Thermal) analyses to optimize stiffness, cooling efficiency, and dynamic behavior under load. - Testing & Homologation: Managed prototype testing campaigns to validate performance standards and refine mechanical interfaces with suppliers.

Worked as an engineering consultant for major automotive and industrial clients. * Project 1: O.M.P. Officine Mazzocco Pagnoni (May 2017 – Sep 2017) - Centrifugal Pump Development: Conducted the study, design, and validation of a new centrifugal water pump for internal combustion engines. - Simulation & Manufacturing: Performed FEM structural analysis to validate the aluminum die-cast housing, optimizing weight and durability. - Relevance: Applied fluid-dynamic principles to rotating machinery design.

Promoted from Trainee to full-time Engineer after successful thesis completion. - Hypercar Development (Huayra Project): Designed and modeled structural components for the Pagani Huayra (C9), focusing on extreme lightweighting and performance. - Composite Materials: Specialized in the design of carbon-fiber chassis parts and suspension assemblies. - Structural Analysis: Performed static FEM analysis to validate component safety factors under high-load conditions. - CAD Mastery: Utilized Pro/ENGINEER (Cr

Thesis: "Multi-Sensor diagnosis of Rotor Asymmetries in Wound Rotor Induction Machines (WRIMs)" Focus: Electric Machines & Drives, Multibody Dynamics (project on biomechanical modeling using MSC Adams), Design for Total Quality Management (TQM).

Erasmus+ exchange program: Mémoire Scientifique Industriel - Département Energétique (Toulouse) "Study and verification of the restraint system (inflation/breather valves and charging base) for a rechargeable spray"

Focus: Composite Materials & Hydraulic Systems.