Virtual Validation of Instrument Panel Design for Regulatory Compliance and Tooling Readiness

Virtual Validation of Instrument Panel Design for Regulatory Compliance and Tooling Readiness

About the Client

A Tier-1 automotive interior systems supplier based in Europe, supporting global OEMs. The client required virtual validation of a new instrument panel (IP) design to meet global regulatory standards before tooling release.

The Challenge

The client was working under a tight schedule and needed to complete virtual validation before committing to tooling. The validation scope included compliance with FMVSS, ECE, and OEM-specific requirements. The challenge also involved managing rapidly evolving CAD maturity levels while ensuring accurate and timely analysis delivery.

Key challenges included:

  • Compressed timeline between CAD freeze and tooling kick-off
  • Need for multiple types of simulations across functional domains
  • Limited availability of validated material properties for analysis
  • Coordination across design, analysis, and regulatory compliance teams

The Solution

We executed a complete virtual validation workflow aligned with international regulations and the client’s internal development milestones.

Key solution components included:

  • Prioritization of CAD maturity stages for meshing activities
  • Creation of high-fidelity finite element (FE) models
  • Execution of the following simulations:
    • Static stiffness
    • Quality feel evaluation
    • Head impact compliance
    • Modal and thermal performance
    • Passenger Air Bag (PAB) deployment load checks
  • Support in sourcing validated material cards by coordinating with authorized testing labs
  • Compliance review and documentation aligned with ECE and FMVSS standards

The Impact

The virtual validation program enabled the client to move confidently into tooling with a high level of design confidence and regulatory alignment:

  • On-time validation delivery supporting critical launch timelines
  • Full coverage of regulatory simulations without the need for physical rework
  • Minimized risk and retooling costs through preemptive validation
  • Improved model accuracy via sourcing of validated material data
  • Strengthened OEM readiness with comprehensive compliance documentation

To know more, please reach us at contactus@cstech.ai or click here.