• Proficient at Fluid Mechanics, Aerodynamics, CFD Numerical Techniques, CFD Methodology and Applied Numerical Mathematics; • Core competency: Performing CFD simulations efficiently and effectively using commercial codes; • Efficient at geometry clean-up, grid generation, solver-parameters and post-processing; • Excellent at the analyzing, verifying, and validating CFD results; • Sound knowledge of Hardware requirement/estimation for relevant CFD project; Experience in CFD modeling—Turbulent, Multi-component, Multi-phase (Eulerian and Lagrangian), Combustion, Free-surface VOF (Volume of Fluid) and DFBI (Dynamic Fluid Body Interaction), Morphing Mesh—fluid flow problems.