Stress Engineer

Structural & Stress Analysis

• static, thermal, dynamic, and fatigue stress analysis

• piping systems

• boilers, heat exchangers, turbines, condensers, and pressure vessels

• steel structures, foundations, platforms, and equipment supports

FEA & Simulation

• Finite Element Models

• pressure, temperature, seismic, operational loads, dead loads, wind loads

• Perform creep, fatigue, and high-temperature life assessments for long-running plant equipment.

Compliance & Standards

• Ensure designs comply with applicable power-sector standards and codes such as:

  • ASME (Section I, Section VIII, B31.1/B31.3)

  • API, ASTM, ISO, IEEE

  • Local grid and power-industry regulations

• Support design reviews, audits, and certification activities.

Cross-Functional Collaboration

• mechanical design, plant engineering, EPC teams, vendors, and field service engineers

• Provide stress analysis input during equipment selection, procurement, and installation.

• Support root-cause investigations for failures, vibration issues, or abnormal temperature/pressure events.

Documentation & Reporting

• calculation reports, stress summaries, compliance documentation, and safety assessments

• Present findings to technical and project management teams.

• Bachelor's degree in Mechanical Engineering, Structural Engineering, Power Engineering, or related field.

• Master's degree is an advantage.

Experience

• power generation, EPC, heavy engineering, energy infrastructure, or utilities

• Hands-on experience with FEA tools (ANSYS, Abaqus, etc.) and piping/stress tools (Caesar II, Rohr2, AutoPIPE).