Role & responsibilities
Prepare simulation-ready geometry and finite element models from CAD.
Execute load cases involving torque, axial and vertical loads, lever forces, bolt preload, snap fits and magnet retention.
Perform linear and nonlinear structural analysis using ANSYS Mechanical.
Conduct buckling, fatigue, creep, wear and thermomechanical studies.
Support drop, shock, impact and slam simulations using an explicit solver.
Define materials, contacts, loads, boundary conditions and mesh controls.
Perform mesh-convergence and solution-quality checks.
Extract stress, strain, deformation, contact pressure, reaction force and fatigue-life results.
Compare simulation results with test requirements and prepare technical reports.
Implement technical-review feedback and support design-comparison studies.
Preferred candidate profile
Proficiency in ANSYS Mechanical and Workbench
Valuable understanding of structural FEA and engineering mechanics
Hands-on experience with nonlinear contact and large-deformation analysis
Knowledge of fatigue analysis, preferably using ANSYS nCode DesignLife
Exposure to ANSYS LS-DYNA or another explicit-dynamics solver
Understanding of thermal analysis, buckling, plasticity and material behavior
Experience with plastics, metals, joints and mechanical assemblies
Positive troubleshooting, documentation and communication skills