Alessandro Panza

Formula Student Team – Powertrain Division

Since Oct 2024

• Responsible for 1D simulation of oil and fuel circuits for a newly developed engine, coordination of the 1D simulation team, overseeing activities and ensuring adherence to project timelines
• Calibration of internal combustion engines (ICE) to enhance performance, drivability, and efficiency through analysis of test bench and on-track data, including traction control strategies
• Comparative evaluation of different piston prototypes to assess performance parameters using test bench data
• Design and development of various vehicle components, including the fuel tank
• Collaboration with Chassis, Vehicle Dynamics, and Electronics teams to achieve full vehicle integration
• Proficient use of engineering tools: GT-Power, SolidWorks, MoTeC i2 Pro, MoTeC M1 Tune, MoTeC M1 Build

Comparative Evaluation of Piston Prototypes (Thesis Project)  

• Analysis of engine performance parameters through test bench data
• Comparison of different piston configurations to identify the optimal solution

Engine Calibration and Testing (Formula Student)  

• Calibration of an internal combustion engine using both test bench and on track data
• Performance assessment with a focus on efficiency, drivability, and real operating conditions
• Design and Development of Vehicle Components (Formula Student) Design of mechanical components, including a fuel tank, to minimize fuel sloshing
• Emphasis on structural integrity, system integration, and manufacturability

Current Project – 1D Simulation of Oil and Fuel Systems for a V4 Engine (Formula  Student)  

• Leading the design of oil and fuel circuits for a V4 engine
• Focus on system performance, efficiency, manufacturability, and integration within the powertrain
• Analysis of camshaft loads for integration into the oil circuit simulation