Requirements

Bachelor's degree in mechanical engineering, 10+ years structural crash CAE experience, LS-DYNA proficiency, ANSA, Primer, or HyperMesh experience

Skills

LS-DYNAANSAHyperMesh

Perform nonlinear structural simulations using LS-DYNA for component, subsystem, and full-vehicle applications
Analyze structural performance, load paths, stiffness, intrusion, and energy management across crash scenarios
Build, manage, and execute high-fidelity FE models using ANSA, Primer, and HyperMesh
Correlate structural CAE predictions with physical test data and support post-test reviews
Develop structural countermeasures and support design teams with data-driven recommendations
Support CAE integration across crash, NVH, durability, thermal, aero, and vehicle-dynamics domains
Support implementation of AI/ML tools to streamline CAE workflows and predictive modeling

Bachelor’s degree in mechanical engineering or a related field
10+ years of experience in structural crash CAE within an automotive OEM or Tier-1 supplier environment
Hands-on experience with LS-DYNA
Proficiency with CAE pre- and post-processing tools such as ANSA, Primer, or HyperMesh
Working knowledge of global crash regulations and consumer safety protocols
Ability to work legally in the United States without employer sponsorship

Master’s degree in mechanical engineering or related discipline
Experience with electrified vehicles (BEV/REEV) and/or frame-based vehicle architectures
Exposure to CAE–test correlation, DOE, or robustness studies
Familiarity with advanced material or damage models (e.g., GISSMO)

Scout Motors is reviving an iconic American brand by electrifying and digitizing it, focusing on rugged SUVs and trucks with innovative powertrains.