Navigate the ANSYS Workbench interface, import CAD, prepare geometry, and define materials for seamless simulation workflows.

Generate high-quality meshes (tetrahedral, hexahedral), control mesh density and element quality, and apply refinement where it matters most.

Perform static structural, modal, and buckling analyses to evaluate stress, deformation, natural frequencies, and stability of components and assemblies.

Set up thermal and coupled thermal–structural simulations (conduction, convection, radiation) to study temperature effects and stress coupling.

Execute CFD using Workbench-linked solvers (or compatible fluid modules) and interpret results — velocity, pressure, turbulence fields, and performance metrics.

Develop design-optimisation workflows: parametric studies, design points, sensitivity analysis, and techniques to reduce weight/cost while improving performance.