BIW Structural CAE Lead – NVH, Crash & Durability

Groupe SEGULA Technologies SA; Auburn Hills (MI); On-site; USD 90,000 - 130,000; Full time

Job summary

Groupe SEGULA Technologies SA in Auburn Hills, MI is seeking a BIW Structural CAE Engineer to lead system and component-level CAE simulations for BIW structures. You will perform virtual evaluations including NVH, durability, and crash analyses to generate actionable design recommendations and drive structural performance optimization.

Collaborating with cross-functional teams and suppliers, you will develop rapid concept design and FEM models, validate results against physical data, and

Qualifications

• Lead BIW CAE simulations for body-in-white structures.
• Perform NVH, durability and crash analyses to drive design optimization.
• Coordinate with design teams, CAE groups and suppliers to ensure timely model delivery.

Responsibilities

• Virtual Modeling & Simulation: Build rapid concept and finite element models to evaluate NVH, durability, and crush performance; perform linear and nonlinear FEA.
• Benchmarking & Optimization: Benchmark BIW architectures and components; apply topology optimization for structural efficiency.
• Cross-Functional Collaboration: Partner with advanced design teams, internal CAE groups, and suppliers to track progress and ensure timely model delivery.
• Physical-to-Virtual Correlation: Validate simulations against test data to improve model accuracy.
• Methodology Development: Stay current with industry advancements in simulation tools and RCD methodologies.
• Tracking & Reporting: Document results and present summaries to engineering leadership as needed.

Skills

CAE simulations

NVH analysis

Durability analysis

Crush analysis

Topology optimization

Virtual modeling

FEM/FEA

Cross-functional collaboration

Tools

FEM software

CAD/CAE tools

Job description

Groupe SEGULA Technologies SA in Auburn Hills, MI is seeking a BIW Structural CAE Engineer to lead system and component-level CAE simulations for BIW structures. You will perform virtual evaluations including NVH, durability, and crash analyses to generate actionable design recommendations and drive structural performance optimization.

Collaborating with cross-functional teams and suppliers, you will develop rapid concept design and FEM models, validate results against physical data, and