Executive / Asst. manager - FEA & Analysis

Larsen & Toubro; Coimbatore District; On-site; INR 600,000 - 1,200,000; Full time

Job summary

A leading engineering firm located in Tamil Nadu is seeking an engineer to perform structural simulations and analyses using Ansys Mechanical. This role involves conducting various analyses including modal, vibration resistance, and fatigue life estimation. The chosen candidate will collaborate with design and materials teams, document findings, and ensure compliance with industry standards. A focus on simulations related to mechanical components is essential for success in this position.

Responsibilities

• Perform linear and nonlinear static structural simulations using Ansys Mechanical.
• Conduct Modal Analysis to determine natural frequencies and mode shapes.
• Execute Vibration Resistance Analysis including harmonic and response spectrum.
• Carry out Fatigue Life Estimation for components under cyclic loading.
• Perform Shock analysis for component survivability.
• Develop Multibody Dynamics simulations for motion and interactions.
• Define and apply appropriate material models and boundary conditions.
• Interface with teams to correlate simulation results with physical data.
• Document simulations in formal engineering reports.
• Coordinate with stakeholders for approvals.
• Stay up to date with industry standards (API, ASME, ISO) relevant to component design and performance validation.

Job description

Responsibilities

• Perform linear and nonlinear static structural simulations using Ansys Mechanical for Mechanical systems
• Conduct Modal Analysis to determine natural frequencies and mode shapes for critical components.
• Execute Vibration Resistance Analysis (harmonic, random, and response spectrum)
• Carry out Fatigue Life Estimation using stress-life / strain-life approaches for components under cyclic loading.
• Perform Shock analysis to assess component survivability under abrupt dynamic loading conditions.
• Develop and execute Multibody Dynamics (MBD) simulations to model motion and contact interactions between moving components like actuators and linkages.
• Define and apply appropriate material models, boundary conditions, loads, and mesh strategies based on component service conditions (fluid pressure, thermal, mechanical).
• Interface with design, materials, and test teams to correlate simulation results with physical test data.
• Document all simulations in formal engineering reports and support design review presentations.
• Coordinate with stakeholders to obtain approval from approving authorities / agencies.

Stay up to date with industry standards (API, ASME, ISO) relevant to component design and performance validation.