Stress Engineer

As a Stress Engineer, your role involves performing structural and thermal stress analysis of components, piping systems, pressure parts, support structures, and rotating equipment used in power generation plants. It is crucial to ensure that all equipment meets industry codes, safety margins, and reliability requirements for continuous and efficient plant operation. Key Responsibilities: - Perform static, thermal, dynamic, and fatigue stress analysis on components used in various types of power plants. - Conduct structural analysis of piping systems, including support design, vibration assessment, seismic evaluation, and load case development. - Analyze pressure parts such as boilers, heat exchangers, turbines, condensers, and pressure vessels. - Evaluate the structural integrity of steel structures, foundations, platforms, and equipment supports. Additional Company Details: The company emphasizes compliance with applicable power-sector standards and codes such as ASME (Section I, Section VIII, B31.1/B31.3), API, ASTM, ISO, IEEE, and local grid and power-industry regulations. Stress Engineers are required to support design reviews, audits, and certification activities. Qualifications Required: - Bachelors degree in Mechanical Engineering, Structural Engineering, Power Engineering, or a related field. - A Masters degree is considered an advantage. Experience: - 3-10+ years of experience in stress analysis within the power generation, EPC, heavy engineering, energy infrastructure, or utilities domain. - Hands-on experience with FEA tools such as ANSYS, Abaqus, and piping/stress tools like Caesar II, Rohr2, AutoPIPE is essential for this role.,