Stress Engineer

Roles and Responsibilities:

• Perform FEA on aero engine components using ANSYS Classic/Workbench, following standard simulation practices.
• Deliver analysis results on time with full compliance to team lead expectations, especially for NCs, QNs, and OTCs.
• Conduct static and non-linear analysis of metallic/ composite aero components including material, geometric, and contact behaviors.
• Create detailed stress analysis reports and perform self-review to ensure quality and accuracy.
• Should work on Aero engine components using ANSYS classic/ Workbench
• Execute a standard FEA process for aero engine components and deliver results on time set by team lead with 100%, especially NCs, QNs, and OTCs.
• Exhibit a proactive attitude, strong communication skills, and self-learning capability.
• Understand and follow structural analysis quality processes and engineering workflows.
• Apply strong fundamentals in mechanical engineering, solid mechanics, fatigue, and machine design.
• Perform design modifications and validate them using Finite Element Analysis (FEA).
• Exhibit strong technical, interpersonal and problem-solving skills.
• Provide alternative solutions for field issues and support root cause analysis.
  
  
  

• 3 to 5 years of experience in stress analysis of mechanical aerospace components using ANSYS APDL/Workbench/HyperMesh/OptiStruct.
• Proficient in F&DT and lifing processes for structural components.
• Experience handling NCs, QNs, and OTCs.
• Solid understanding of FEA theory, solid mechanics, machine design, and fatigue analysis.
• Skilled in 2D & 3D finite element modeling (Hexahedral & Tetrahedral elements).
• Expertise in linear and non-linear static stress analysis, modal, harmonic, and transient dynamic analysis using ANSYS tools.
• Knowledge of strength, stability, durability, and damage tolerance analysis.
• Ability to modify APDL macros, update FE models in Hypermesh
  
  
  

• Familiarity with structural component lifing tools.
• Experience in scripting languages such as MATLAB, VB, TCL/Tk, or Python.
• Knowledge of hand calculations, engineering standards, and design codes.
• Basic proficiency in CAD tools.