Vehicle Aerodynamics & Thermal Management

Design and integrate active aerodynamic systems including adaptive spoilers, grille shutters, and ride-height control. Expert guidance on actuation strategy, control logic, and performance validation.

Apply computational fluid dynamics to vehicle aerodynamic analysis and optimization. Expert guidance on drag reduction, downforce, CFD mesh setup, solver selection, and result interpretation.

Plan and execute automotive wind tunnel test programs for aerodynamic development. Expert guidance on test matrix design, balance measurement, flow visualization, and CFD correlation.

Design and optimize battery thermal management systems for electric vehicles. Expert guidance on cell cooling strategies, BTM architecture, thermal runaway prevention, and pack temperature uniformity.

Develop downforce-generating aerodynamic packages for racing cars. Expert guidance on front and rear wing design, diffuser optimization, ground effect, and lap time aerodynamic trade-offs.

Design and optimize vehicle powertrain cooling systems for ICE, hybrid, and EV applications. Expert guidance on radiator sizing, coolant circuit layout, thermal simulation, and underhood airflow.

Reduce wind noise and aeroacoustic sources in vehicle design. Expert guidance on A-pillar vortex management, seal and gap acoustics, mirror and antenna noise, and NVH aeroacoustic testing.

Reduce vehicle aerodynamic drag through body shape optimization, underbody sealing, and active aero strategies. Expert help for EV range, fuel economy, and high-speed stability programs.

Optimize vehicle cabin thermal comfort and HVAC airflow distribution. Expert guidance on vent placement, cabin CFD, solar load management, EV range impact, and occupant comfort metrics.

Optimize vehicle underbody aerodynamics for drag reduction, lift management, and diffuser performance. Expert guidance on underbody sealing, flat floor design, and ground clearance trade-offs.