Pipe Stress Analyst

ITC Infotech · Bangalore

Source and collection record

Last observed by our collector: 9 October 2026 at 4:29 am IST. This is not a manual review or a confirmation from the employer.

Employer requisition: PCIIL_0000264627_1

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Collected role description

Bachelor’s degree in Mechanical Engineering or related discipline. 6 – 8 years of relevant experience in piping stress analysis. Strong working knowledge of CAESAR II. Good understanding of piping design and flexibility requirements. Knowledge of applicable piping codes and standards such as: ASME B31.3 ASME B31.1, where applicable API 610 / API 617 interface requirements MSS SP-58 / SP-69 Project/client-specific specifications Understanding of piping supports and their interaction with piping systems. Ability to interpret P&IDs, piping GA drawings, isometrics, equipment drawings, and plot plans. Good knowledge of static analysis and basic understanding of dynamic analysis. Preferred Skills Experience in oil & gas, petrochemical, chemical, LNG, refinery, or power projects. Experience with large EPC projects and international clients. Knowledge of NozzlePRO or equivalent local stress analysis tools. Familiarity with AutoPIPE is an advantage. Understanding of piping vibration, slug flow, PSV reaction forces, water hammer, and other dynamic loading conditions. Experience coordinating with international engineering teams. Strong analytical, communication, and problem-solving skills. Key Competencies Pipe stress and flexibility analysis CAESAR II modelling Piping support design Code compliance Equipment nozzle-load evaluation Engineering calculations and documentation Multidiscipline coordination Technical problem solving Attention to detail Key Deliverables Pipe stress analysis reports CAESAR II models Stress isometric markups Support load summaries Equipment nozzle load reports Spring support calculations Critical line lists Engineering calculation sheets Responses to technical queries and design review comments Ideal Candidate: A hands-on piping stress engineer who can independently take a piping system from line identification → modelling → analysis → troubleshooting → support optimization → report preparation → final engineering deliverables.

Collected experience requirement

2-10 years