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
workflow—pre-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

• Master’s 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