Virtual Thermal Systems - Lead Engineer
Current- Lead a team of 6 engineers (Under hood/Underbody thermal 3D CFD, Front-end Airflow, Propulsion System Cooling (GT), & Brake Cooling) for various BEVs (Chevrolet Equinox EV, Cadillac Optiq, GMC Hummer EV) & Next gen.
- Directed a project to enhance battery cooling and cabin performance by integrating enablers into both the coolant and refrigerant systems, including accumulators, improvements to suction line pressure drop.
- Coordinated and developed a Thermal SIL for the Thermal organization connecting; the thermal system model (GTPower), Fan & Shutters controls (Simulink), Energy (Simulink), RESS model (Simulink/interface with SABER) &.
- Developed a thermal system co-simulation integrated with a vehicle level energy model to predict low and high voltage loads from the thermal cooling system, directly supporting efforts to understand and improve vehicle.
- Organized and led a strategic meeting with directors from three organizations to spearhead projects for virtualization of tools and software & controls integration, aligning efforts to reduce dependency on hardware.
- Led a team of engineers to create the capability to predict front-end airflow for various flow paths and CRFMs and integrated the capability to the latest In-House Lap Time Simulator (LTS). These results coupled the.