FEA Non-Linear Thermal Analysis Engineer

Tata Technologies; Pune District; On-site; INR 900,000 - 1,300,000; Full time

Job summary

Tata Technologies in Pune seeks an experienced FEA Non-Linear Thermal Analysis Engineer to develop high-quality finite element models and perform non-linear thermal/structural simulations for automotive components, especially exhaust and powertrain systems.

The ideal candidate will have strong skills in HyperMesh, HyperView, Abaqus, and Thermal Load Analysis, with experience in meshing, post-processing, thermal loading, and non-linear analysis, delivering robust engineering solutions.

Qualifications

• Strong experience with HyperWorks Suite including HyperMesh and HyperView.
• Hands-on expertise in Abaqus for non-linear thermal and structural analyses.
• Experience in Thermal Load Analysis and non-linear FEA.
• Knowledge of non-linear FEA concepts (contact, material non-linearity, thermo-structural coupling).

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.
• Post-process results with HyperView and correlate with design requirements.
• Prepare technical reports and present findings to stakeholders.
• Support automotive programs across exhaust and powertrain systems.

Skills

HyperMesh

HyperView

Abaqus

Thermal Load Analysis

Non-linear FEA

Contact Analysis

Material Non-linearity

Thermal-Struct coupling

Meshing

Automotive fundamentals

Tools

MSC Nastran

Job description

Overview

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.

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