Senior Design Lead Manufacturing Simulation
India
Job Description
Senior Design Lead Manufacturing Simulation
Bengaluru, Karnataka

Job Summary

 

Job Description: Strength & Durability FEA

 

Key Responsibilities/Tasks:

•            Modelling and analyzing transmission systems through 3D FEM Modeling using Altair HyperWorks.

•            Analyzing powertrain components for loads, stresses, and Lifetime.

•            Calculating housing and other transmission components for hybrid and electric powertrain designs using simulation tools.

•            Preprocessing of geometry in Altair HyperMesh/SimLab.

•            Defining boundary conditions, perform Postprocessing and check for plausibility and Interpretation of simulation results.

•            Creating reports according to Magna Powertrain specifications and templates, including recommendations and proposals for design optimization.

•            Writing technical documents and presenting the results in an efficient manner.

Required Skills:

•            Working principle of transmission systems.

•            Basic structural durability understanding.

•            Knowledge in Strength of Materials, FEM, Fatigue analysis.

•            Knowledge in linear & non-linear CAE simulations

 

Required Tool Knowledge:

•            Hypermesh, Simlab, Hyperview, Optistruct, Abaqus,

Abaqus CAE/Viewer(optional)

•            FEMFAT for break & fatigue analysis

 

Key Responsibilities

 

Job Description: Strength & Durability FEA

 

Key Responsibilities/Tasks:

•            Modelling and analyzing transmission systems through 3D FEM Modeling using Altair HyperWorks.

•            Analyzing powertrain components for loads, stresses, and Lifetime.

•            Calculating housing and other transmission components for hybrid and electric powertrain designs using simulation tools.

•            Preprocessing of geometry in Altair HyperMesh/SimLab.

•            Defining boundary conditions, perform Postprocessing and check for plausibility and Interpretation of simulation results.

•            Creating reports according to Magna Powertrain specifications and templates, including recommendations and proposals for design optimization.

•            Writing technical documents and presenting the results in an efficient manner.

Required Skills:

•            Working principle of transmission systems.

•            Basic structural durability understanding.

•            Knowledge in Strength of Materials, FEM, Fatigue analysis.

•            Knowledge in linear & non-linear CAE simulations

 

Required Tool Knowledge:

•            Hypermesh, Simlab, Hyperview, Optistruct, Abaqus,

Abaqus CAE/Viewer(optional)

•            FEMFAT for break & fatigue analysis

 

Skill Requirements

 

Job Description: Strength & Durability FEA

 

Key Responsibilities/Tasks:

•            Modelling and analyzing transmission systems through 3D FEM Modeling using Altair HyperWorks.

•            Analyzing powertrain components for loads, stresses, and Lifetime.

•            Calculating housing and other transmission components for hybrid and electric powertrain designs using simulation tools.

•            Preprocessing of geometry in Altair HyperMesh/SimLab.

•            Defining boundary conditions, perform Postprocessing and check for plausibility and Interpretation of simulation results.

•            Creating reports according to Magna Powertrain specifications and templates, including recommendations and proposals for design optimization.

•            Writing technical documents and presenting the results in an efficient manner.

Required Skills:

•            Working principle of transmission systems.

•            Basic structural durability understanding.

•            Knowledge in Strength of Materials, FEM, Fatigue analysis.

•            Knowledge in linear & non-linear CAE simulations

 

Required Tool Knowledge:

•            Hypermesh, Simlab, Hyperview, Optistruct, Abaqus,

Abaqus CAE/Viewer(optional)

•            FEMFAT for break & fatigue analysis

 

Other Requirements

Job Description: Strength & Durability FEA

 

Key Responsibilities/Tasks:

•            Modelling and analyzing transmission systems through 3D FEM Modeling using Altair HyperWorks.

•            Analyzing powertrain components for loads, stresses, and Lifetime.

•            Calculating housing and other transmission components for hybrid and electric powertrain designs using simulation tools.

•            Preprocessing of geometry in Altair HyperMesh/SimLab.

•            Defining boundary conditions, perform Postprocessing and check for plausibility and Interpretation of simulation results.

•            Creating reports according to Magna Powertrain specifications and templates, including recommendations and proposals for design optimization.

•            Writing technical documents and presenting the results in an efficient manner.

Required Skills:

•            Working principle of transmission systems.

•            Basic structural durability understanding.

•            Knowledge in Strength of Materials, FEM, Fatigue analysis.

•            Knowledge in linear & non-linear CAE simulations

 

Required Tool Knowledge:

•            Hypermesh, Simlab, Hyperview, Optistruct, Abaqus,

Abaqus CAE/Viewer(optional)

•            FEMFAT for break & fatigue analysis

Information at a Glance

Why HCLTech?

At HCLTech, you'll supercharge your potential. You'll find your career. And you'll find your spark. All at a place that knows that helping its customers stay on top starts by putting its people first.

HCLTech is a global technology company, home to more than 223,000 people across 60 countries, delivering industry-leading capabilities centered around digital, engineering, cloud and AI, powered by a broad portfolio of technology services and products. We work with clients across all major verticals, providing industry solutions for Financial Services, Manufacturing, Life Sciences and Healthcare, Technology and Services, Telecom and Media, Retail and CPG, and Public Services. Consolidated revenues as of 12 months ending June 2026 totaled $14.8 billion.