Virtual Validation
Verification of vehicle systems using digital simulations instead of physical prototypes.
Virtual validation employs computer models to test vehicle systems under simulated conditions. Engineers can explore thousands of scenarios like weather, terrain, and traffic without real-world risk. It accelerates development cycles and reduces cost. Virtual validation integrates with hardware-in-the-loop (HIL) setups for realistic testing. This method supports faster homologation and continuous improvement in automated driving safety.
Related Diagnostic Guide
This topic is part of CHEPQ’s system-level diagnostic framework.
For a broader understanding of how this component is analyzed in real-world diagnostics, refer to the following guide:
Applying This Knowledge in Practice
The diagnostic principles discussed above are commonly applied in real-world vehicle diagnostics. To put this knowledge into practice, explore professional automotive diagnostic tools designed to support system testing, fault analysis, and troubleshooting across modern vehicles.