The responsibilities include detailed supervision of the entire project lifecycle, from conception to machine commissioning, as well as the mechanical design, with a thorough technical evaluation of solutions and judicious choices based on the cost-time-quality triangle.Key competencies:- Team technical Management: Supervision and coordination of hardware and software design teams, with a specific focus on mechanical design. Ensuring effective communication and synergistic collaboration to achieve objectives.- Coordination of activities during assembly, management of suppliers for custom and commercial materials, resolution of unforeseen issues and operational problems to ensure timely delivery and compliance with requirements.- Assembly and Commissioning: Direction of the assembly team and supervision of machine commissioning, ensuring the quality of the final product and adherence to safety standards.- Technical Evaluation: In-depth technical evaluation of every possible solution during design, with careful consideration of the cost-time-quality triangle to ensure the selection of the optimal solution.- Client Management: Proactive engagement with the client to understand specific needs, ensuring clear communication, and client satisfaction throughout all project phases.- Internal and External Coordination: Close collaboration and effective coordination between the internal team and the client team to ensure a harmonious convergence of efforts and the achievement of agreed-upon objectives.

Mechanical manager in the design of an high power electric dyno Mechanical Design of:- e-axle EOL and LAB test benches (Stellantis, Borgwarner, Volvo, Bosch)- E-motor EOL, COP and LAB test benches (Nidec, Borgwarner, Toyota, E-motor)- Gearbox COP and LAB test benches (Nidec)Simulation department manager and Simulation in Ansys Mechanical (structural, modal, rotodynamics, thermal):- Simulation and design of High speed trasmissions (up to 30000 rpm);- Vibration Simulation and design of High speed benches;- Mechanical analisys of clamping systems- Multiphysics Simulations for an electric dyno Simulation in ansys Fluent:- Lubrication of bearings;- Cooling of bearings;- Cooling of rotor and stator- Heat exchanger

Mechanical Design of:- e-axle EOL and LAB test benches- E-motor EOL, COP and LAB test benches- Gearbox COP and LAB test benchesSimulation in Ansys Mechanical (structural, modal, rotodynamics, thermal):- Simulation and design of High speed trasmissions (up to 25000 rpm);- Vibration Simulation and design of High speed benches;- Mechanical analisys of clamping systemsSimulation in ansys Fluent:- Lubrication of bearings;- Cooling of bearings;

Mechanical Design of:- Inverter test benches;- Dual clutch test benches;- Injectors test benches;- GDI pumps test benches;- Mechanical trasmissionsSimulation in Ansys Mechanical (structural, modal, rotodynamics, thermal):- Trasmissions (modal and rotodynamics);- Linear and not Linear structural analysis;Simulation in Ansys Fluent:- Cooling of devices (brakes, injectors);

Mechanical Design of:- Inverter test benches;- Dual clutch test benches;- Injectors test benches