Full-time

Senior CFD Analyst

Lead CFD analyst role working across HVAC, process equipment, and renewable energy projects — using ANSYS Fluent and OpenFOAM on problems where the flow physics actually matter.

CFD EngineeringMumbai, India3-5 yearsPosted 11 April 2026
Role

About this role

Run steady-state and transient CFD simulations in ANSYS Fluent and OpenFOAM across project types ranging from industrial systems Set up turbulence models (k-ε, k-ω SST, RSM) appropriate to the flow regime — not just accept solver defaults. Perform mesh generation in ANSYS Meshing and snappyHexMesh; own mesh quality decisions including y+ targets for wall-bounded flows. Analyse conjugate heat transfer (CHT) problems in process equipment and electronics cooling applications. Conduct multiphase flow simulations using VOF and Eulerian-Eulerian frameworks for separator vessels and mixing tank projects. Post-process results in CFD-Post and ParaView; produce engineering reports with quantified uncertainty, not just pretty contour plots. Interface directly with mechanical design teams to translate CFD findings into geometry changes — expect to mark up CAD drawings and explain pressure drop penalties in ₹/year energy cost terms. Support proposal efforts by scoping simulation hours, defining physics assumptions, and identifying risk areas in new project enquiries. Contribute to in-house best-practice guidelines and solver settings documentation for recurring problem classes.
Must-haves

Requirements

  • Must-have:
  • 3–4 years of hands-on CFD experience using ANSYS Fluent and/or OpenFOAM on industrial projects — not just academic tutorials.
  • Demonstrated ability to set up boundary conditions, select turbulence closure models, and justify those choices in a client-facing report.
  • Experience with at least two application domains from: HVAC, heat exchangers, rotating machinery, external aerodynamics, or process vessels.
  • Proficiency in structured and unstructured meshing; working knowledge of mesh independence studies and GCI (Grid Convergence Index) methodology.
  • B.E./B.Tech or M.Tech in Mechanical
  • Nice-to-have:
  • Familiarity with UDF scripting in ANSYS Fluent or Python-based case setup in OpenFOAM.
  • Exposure to FSI (Fluid-Structure Interaction) workflows coupling Fluent with ANSYS Mechanical.
  • Knowledge of IS 659, ASHRAE 62.1, or API 521 as they apply to CFD boundary condition setup.
  • Experience post-processing large transient datasets in ParaView with custom Python scripts.
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