FEA Engineer

Position Overview

Our Client a fortune 500 company is seeking an outstanding engineer in FE Analysis (preferably
a diverse product range). He / She should have strong modelling skills & is experienced in using
simulation tools to solve complex engineering problems & prove the hypotheses. Correlate the
actual application conditions into simulation models. Use best practices & knowledge of
internal or external business issues to improve products or services. Works independently &
able to guide others.

Mandatory Skills

platforms

accuracy

Desired Skills

Perform finite element analysis (FEA) for structural thermal and fatigue evaluations of

components and assemblies

Develop and validate simulation models using tools such as Ansys Optistruct or similar

Conduct mesh sensitivity convergence studies and validation check to ensure model

Strong understanding of pump curves hydronic circuits and pump-skid sizing/selection.
Prepare technical reports and presentations for engineering and leadership teams

Hands-on experience with Ansys and Hypermesh
Working knowledge of fatigue life estimation using nCode or Hyperlife or FKM guidelines
Knowledge of CAD Tools (SolidWorks) / space claim is a must.
Experienced in FE meshing.
Strong fundamentals of structural mechanics elastomers and polymers
Knowledge of optimization tools (e.g. optiSLang Optistruct)




Opportunities for Growth

Advanced Simulation Projects: Take ownership of complex structural and Multiphysics
reliability and performance

initiatives driving

simulation
innovation design
improvements across product development programs.

Deepen Technical Expertise: Build advanced capability in FEA modelling nonlinear
analysis fatigue and Multiphysics simulations by developing validating and correlating
models using lab and field data for high-confidence predictions.

Strengthen End-to-End Simulation Capability: Enhance proficiency across the full CAE
workflowpre-processing solving post-processing validation and automation







leveraging tools like Ansys/Hyperworks and scripting (Python/APDL) to deliver efficient
scalable solutions.

Expand Engineering Standards & Domain Knowledge: Gain deeper exposure to industry
standards (ASME ISO ASTM etc.) material behavior and manufacturing processes to
ensure robust compliant and production-ready designs.

Drive Integrated Engineering Impact: Collaborate closely with Design VAVE and Testing

teams to influence product decisions reduce cost and accelerate time-to-market through
simulation-led insights.

Position yourself for advancement into Lead Engineer / Sr. Lead roles with opportunities
to lead projects mentor junior engineers and contribute to Simulation CoE strategy and
capability development.



Required Qualifications

Masters in Mechanical Thermal Automotive
3-6 years of professional experience in FEA Domain
Strong command over hand calculations
Excellent communication and collaboration skills with a proactive approach to problem-
solving

Required Skills:

FE ANALYSISCAD TOOLSANSYSASTMPYTHON