FEA Non-Linear Thermal Analysis Engineer
Tata Technologies · Pune, Maharashtra, India
Tata Technologies · Pune, Maharashtra, India
**Job Summary** We are seeking a highly skilled **FEA Non-Linear Thermal Analysis Engineer** with expertise in **HyperWorks (HyperMesh HyperView), Abaqus, and Thermal Load Analysis** to join our engineering team in Pune. The candidate will be responsible for developing high-quality finite element models, performing non-linear thermal and structural simulations, and delivering engineering solutions for automotive components, preferably within exhaust and powertrain systems. The ideal candidate should have strong experience in meshing, post-processing, thermal loading, and non-linear analysis using industry-standard CAE tools. **Key Responsibilities** - Create and maintain high-quality FE models using **HyperMesh**. - Perform **non-linear thermal and structural analyses** using **Abaqus**. - Execute thermal load simulations and evaluate component durability and performance. - Conduct result visualization and post-processing using **HyperView**. - Correlate simulation results with design requirements and testing outcomes. - Identify critical failure modes and recommend design improvements. - Work closely with design, product development, and validation teams. - Prepare technical reports and present simulation findings to stakeholders. - Support product development activities within automotive programs. **Mandatory Skills** - Strong experience with **HyperWorks Suite** - HyperMesh - HyperView - Hands-on expertise in **Abaqus** - Experience in **Thermal Load Analysis** - Knowledge of: - Non-linear FEA - Contact Analysis - Material Non-linearity - Thermal-Structural Coupled Simulations - Understanding of automotive engineering fundamentals - Strong analytical and problem-solving skills **Preferred Skills** - Experience with **MSC Nastran** - Exposure to **Automotive Exhaust Systems** - Experience in Powertrain, Emission, or Thermal Management components - Knowledge of durability and thermo-mechanical simulations