Job Summary

Key Responsibilities

• Perform advanced simulations using ANSYS tools (Electromagnetic, fluid and thermal)
• Develop high fidelity 3D models, material definitions and boundary conditions for accurate simulation results
• Conduct root cause analysis for failures and replicate the same in simulations, and find solutions for the failures
• Interpret, validate and document the simulation outcomes, and provide a clear actionable recommendation to the design team
• Collaborate with cross-functional teams (Design, Lab, Quality) to understand and drive simulation needs in making decisions
• Own simulation deliverables
• Validate results with test data
• Support design optimization and digital twin initiatives
• Document all the assumptions with respect to design and boundary conditions in Simulation Reports.

 

Technical Skills: -

• Strong understanding of Basic Heat Transfer concepts and Fluid Dynamics.
• Proficient in ANSYS tools including ANSYS AEDT/Icepak/Fluent, Maxwell, and SpaceClaim
• Strong analytical and system-level problem-solving skills
• Good understanding of fundamental design principles and applications
• Basic proficiency in Creo or other CAD software
• Strong communication skills
• Added advantage: familiarity with electrical products such as breakers, switchboards, and related equipment

 

Soft Skills / Project Management: -

• Decompose projects into well-defined work packages and activities, aligned with the scope and complexity of the analysis.
• Plan, prioritize, and sequence analysis activities to ensure timely completion of milestones and final project deliverables.
• Lead and control analysis execution, ensuring technical accuracy, quality, and adherence to defined standards.
• Track project status and provide regular progress reports against defined requirements.
• Perform technical verification and quality assessment of analysis results to ensure compliance with internal and customer standards.
• Identify, assess, and manage technical and project risks, including tracking risk mitigation actions and evaluating their effectiveness.
• Ensure continuous compliance with Quality of Delivery assessment criteria throughout the project lifecycle.
• Generate and present clear, structured status and progress updates aligned with customer and Project Technical Leader expectations.
• Proactively gather and incorporate customer feedback to improve quality and delivery performance. Communicate effectively through strong written and verbal skills to support collaboration with customers and cross-functional teams.

Key Responsibilities

1. Lead and manage a team of engineers and analysts involved in fea projects
2. Utilize abaqus and ansys software to conduct complex finite element analysis simulations
3. Interpret analysis results and provide recommendations for design enhancements
4. Collaborate with cross functional teams to ensure project objectives are met within the specified timelines
5. Stay updated on industry advancements in fea analysis, abaqus, and ansys techniques
6. Train and mentor junior team members in fea methodologies and best practices

Skill Requirements

1. Proficiency in finite element analysis (fea) methodologies
2. Strong experience in utilizing abaqus and ansys software for simulation and analysis
3. Knowledge of structural and mechanical engineering principles
4. Ability to interpret analysis results and derive actionable insights
5. Excellent problem-solving and analytical skills
6. Strong communication and leadership abilities to effectively lead a technical team

Other Requirements

1.Professional certification in FEA Analysis, Abaqus, or ANSYS is a plus