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Location

Coimbatore | India

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Job description

Meshing (Structural)  Generate high-quality finite element meshes (shell, solid, plastics etc) for automotive components and assemblies using HyperMesh and knowledge of ANSA software is a plus.  Work closely with design and engineering teams to understand component geometry, material properties, and analysis requirements.  Prepare and clean CAD geometry for meshing, including surface repair, defeaturing, and geometry simplification.  Apply meshing best practices and techniques to ensure mesh quality, element quality, and numerical accuracy in simulation models.  Perform mesh refinement and optimization to achieve desired levels of mesh density and accuracy while minimizing computational costs.  Collaborate with structural analysts and simulation engineers to  Develop and maintain meshing standards, guidelines, and best practices for automotive simulation projects & validate mesh quality and resolve mesh-related issues.  Take full responsibility delivery of meshing activity to clients and provide technical support and training to junior engineers and new hires on meshing methodologies and HyperMesh/ANSA techniques. Qualifications:  Bachelor's degree in Mechanical Engineering, Aerospace Engineering, or related field. Master's degree preferred.  Minimum of 3-6 years of professional experience in meshing using HyperMesh tool, preferably in the automotive industry.  Proficiency in HyperMesh software for generating finite element meshes for structural and thermal analysis.  Strong understanding of meshing principles, mesh topology, element types, and mesh quality metrics.  Experience with CAD software (e.g., CATIA, Siemens NX) for geometry preparation and cleanup.  EƯective communication skills and ability to collaborate with multidisciplinary teams in a fast-paced environment.  Self-motivated, proactive, and able to work independently with minimal supervision.  Knowledge of other meshing software such as ANSYS/ANSA Meshing, Altair HyperWorks, or Abaqus CAE is a plus.

Req-2 Meshing (CFD)  Generate high-quality finite element meshes for CFD simulations using meshing software tools such as ANSYS Fluent/ICEM CFD.  Collaborate with engineers and scientists to understand simulation requirements, including geometry complexity, boundary conditions, and desired accuracy.  Prepare and clean CAD geometry for meshing, including surface repair, mesh refinement, and geometry simplification as necessary.  Apply best practices and cfd meshing techniques to ensure mesh quality, element quality, and numerical accuracy in simulation models.  Optimize mesh density and resolution to achieve desired levels of accuracy while minimizing computational costs and runtime.  Perform mesh sensitivity analyses and verification studies to validate mesh quality and assess the impact on simulation results.  Troubleshoot meshing issues and resolve geometry-related problems to ensure successful completion of CFD simulations.  Collaborate with multidisciplinary teams, including design engineers, analysts, and software developers, to support product development projects.  Stay abreast of advances in meshing software, CFD methodologies, and engineering simulation techniques, and recommend improvements to enhance our capabilities.  Document meshing procedures, best practices, and lessons learned to establish guidelines for future projects and facilitate knowledge sharing within the organization. Qualifications:  Bachelor’s degree in mechanical engineering, Aerospace Engineering, or related field. Master's degree preferred.  Minimum of 4-6 years of experience in computational fluid dynamics (CFD) meshing, preferably in an engineering or research environment.  Proficiency in meshing software tools such as ANSYS Fluent/ICEM cfd or similar.  Strong understanding of CFD meshing principles, mesh topology, element types, and mesh quality metrics.  Experience with CAD software (e.g., CATIA, Siemens NX) for geometry preparation and cleanup.  Knowledge of fluid dynamics, heat transfer, and numerical methods used in CFD simulations.  Excellent problem-solving skills and attention to detail in identifying and resolving meshing issues.  Self-motivated, proactive, and able to work independently with minimal/no supervision.  Take full responsibility delivery of CFD meshing activity to clients and provide technical support and training to junior engineers and new hires on meshing methodologies and ANSYS Fluent/ICEM CFD techniques

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