Develop strength and durability performance of vehicle frame, body, and chassis (suspension, axle, bushing) through prediction, evaluation, and analysis
Prediction: Analytical (hand calculation, design review) and CAE (FEA, MBD, other simulations) methods
Evaluation: Vehicle input load measurements and bench tests (static and fatigue), by collaborating with technician team members
Analysis: Data organization and visualization to extract trends, fatigue life calculation, failure analysis, etc.
Solve problems and develop countermeasures to achieve strength and durability performance targets according to vehicle development schedule.
Requirements:
Bachelor’s degree in mechanical engineering
2 years’ experience working as an engineer (inc. industry co-op/internship, SAE project team leader, etc.)
Completed academic coursework in solid mechanics engineering (strength of materials, stress/strain/deflection, static and fatigue failure theories, structures and joining, vibrations) and system dynamics
General Requirements:
Experience with engineering experimentation (planning, measurements, statistical analysis, reporting)
Experience with commercial FEA pre-processors, solvers, and post-processors
Preferred:
Experience contributing to a project as a member of a diverse team