Identify stress critical lines from P&ID and line list. ▪ Review of piping routing from stress and flexibility point of view. ▪ Decide span for supports based on code as well manufacturers recommendation from manufacturer for non-metallic piping. ▪ Perform piping flexibility analysis (static and dynamic) for critical piping systems during preliminary design and detailed design phase of Project. ▪ Perform analysis for sustained, thermal and multiple operati
Identify stress critical lines from P&ID and line list. ▪ Review of piping routing from stress and flexibility point of view. ▪ Decide span for supports based on code as well manufacturers recommendation from manufacturer for non-metallic piping. ▪ Perform piping flexibility analysis (static and dynamic) for critical piping systems during preliminary design and detailed design phase of Project. ▪ Perform analysis for sustained, thermal and multiple operati
Technical Skills Strong knowledge of ASME piping codes (B31.1, B31.3) and industry practices. Proficiency in CAESAR II, AutoPIPE, and finite element analysis tools. Solid understanding of ASTM C680 for thermal heat loss analysis. Familiarity with ALA guidelines for buried piping and soil-structure interaction. Experience in pipe support/hanger design, nozzle load assessments, and flexibility analysis.Soft Skills Strong analytical and problem-solving
Technical Skills Strong knowledge of ASME piping codes (B31.1, B31.3) and industry practices. Proficiency in CAESAR II, AutoPIPE, and finite element analysis tools. Solid understanding of ASTM C680 for thermal heat loss analysis. Familiarity with ALA guidelines for buried piping and soil-structure interaction. Experience in pipe support/hanger design, nozzle load assessments, and flexibility analysis.Soft Skills Strong analytical and problem-solving