Sara Izadiamoli

Member of the Validation and Calibration Engineering (DCV) and Hardware Engineering Team at Dumarey (PunchTorino) Company

• Performed diesel engine calibration to achieve optimal performance, fuel efficiency, and emissions compliance.
• Executed tests and COP activities to validate engine performance, fuel economy, and compliance with EPA and ECE gasoline standards, utilizing NRTC and RMC emission cycles.
• Conducted testing using industry-standard calibration tools, including INCA, CAMEO, and PUMA.
• Analyzed data with MDA, CONCERTO, and Excel to interpret results and inform calibration adjustments.

Member of the Air Flow (Gas Flow and Gas Exchange) Team for Gasoline Applications at Stellantis Company.

• Designed engine airflow control systems using MATLAB, Simulink, and related environments.
• Performed Model-in-the-Loop (MIL) and Hardware-in-the-Loop (HIL) simulations for system testing and validation.
• Updated requirements (CCDD) and maintained thorough documentation.
• Conducted HIL validation and verification, including data acquisition analysis with INCA.
• Managed software components (SWCs) documentation and delivery using GIT for version control.
• Updated model using MDS.

Thermal Management System Modeling of a front axle gearbox of a Sport BEV

• Investigated thermal management strategies for the front axle gearbox in a sport BEV.
• Modeled an electrified cooling system for the front axle gearbox of a sports car using 1D CFD modeling in GT-Suite.
• Analyzed the impact of various boundary conditions on thermal behavior, focusing on how torque and speed variations of the e-motor influence thermal regimes.
• Regulated oil flow rate and temperature within the electric driveline to enhance thermal management and overall performance.
• Validated system performance and accuracy by comparing simulation model results with experimental test data.

• Investigated Surface Wettability Effects.
• Researched multiphase flow, fluid mechanics, and heat transfer phenomena related to surface wettability.
• Gained experience in nanotechnology and surface engineering techniques to enhance material properties.
• Conducted image processing and analysis using MATLAB for detailed study of surface interactions.
• Performed comprehensive data analysis to interpret experimental results and validate theoretical models.