Safety Integration Engineer – Vulnerable Road User
General Motors Australia & New Zealand
Hybrid
Vulnerable road user (vru) crash safety systems
Ls-dyna and ansa software
Cae simulations for vru interactions
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 hold responsibility for global regulations and homologation/certification.
Utilize advanced synthesis CAE tools and methods to optimize structural designs and improve safety performance, including process automation and machine learning implementation.
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 systems
LS-DYNA and Ansa software
CAE simulations for VRU interactions
Vehicle Technical Specifications (VTS)
GM Global Vehicle Development Process (GVDP)
Nice-to-have
Human-centered design process
Breakthrough hardware and battery systems
Intuitive design, intelligent software
Next-generation safety features
Collaborative global team environment
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)