Safety Integration Engineer – Vulnerable Road User
General Motors
Hybrid
Vulnerable road user (vru) crash safety
Ls-dyna and ansa software
Cae simulations for crashworthiness
Lead and execute development and validation of pedestrian to vehicle crash safety systems, with an emphasis on vulnerable road users and pedestrian interaction
Job Summary
Lead and execute development and validation of pedestrian to vehicle crash safety systems, with an emphasis on vulnerable road users and pedestrian interaction.
Synthesize physical and virtual test results, provide technical direction, and manage engineering projects throughout the vehicle development process.
Responsible for global regulations, homologation, certification, and compliance confirmation with documentation for regulatory witness agencies and vehicle type-approval.
Matching Summary
Lead and execute development and validation of pedestrian to vehicle crash safety systems, with an emphasis on vulnerable road users and pedestrian interaction.
Skills & Requirements
Must-have
Vulnerable Road User (VRU) crash safety
LS-DYNA and Ansa software
CAE simulations for crashworthiness
Vehicle Technical Specifications (VTS)
Global regulations and homologation
Nice-to-have
Machine learning and AI implementation
Process automation for VRU performance
Collaborative global team environment
Drive meaningful change and innovation
Key Requirements
Bachelor's degree in engineering
4+ years virtual CAE analysis and physical testing
Working knowledge of Unigraphics Nx, TeamCenter, VisMockup
Working knowledge of LS-DYNA, Primer, Metapost, ANSA, CORA
Working knowledge of VRU CAE simulation analysis
Knowledge of VRU requirements (legal, global consumer metric/NCAP)
Working knowledge of GM Global Vehicle Development Process (GVDP)