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Introduction Of MASCO Structure Of Classification Starting Salary Guidelines Qualification Level and Skilled Category
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Major Group
2
Professionals
Sub-Major Group
21
Science and Engineering Professionals
Minor Group
214
Engineering Professionals (Excluding Electrotechnology)
Unit Group
2146
Mining Engineers, Metallurgists and Related Professionals
Minor Unit Group
MASCO Code
2146-09
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Pipe Stress Engineer evaluates and ensures the structural integrity and performance of piping systems across industries. They perform detailed stress analyses, considering factors such as thermal expansion, internal pressure, seismic forces, and mechanical loads, to ensure safe and reliable operation. The role involves collaborating with engineering teams to optimise designs, select supports and brackets, monitor system performance, and address potential failures, applying principles of mechanical and civil engineering, material science, and fluid dynamics.
Tasks
Conduct stress analysis of piping systems using specialised software, taking into account thermal expansion, internal pressure, seismic forces, and mechanical loads.
Design and specify pipe supports, hangers, and expansion joints to maintain the structural integrity and performance of piping systems.
Ensure compliance with local and international codes and standards.
Review piping drawings and technical specifications to verify safety, compliance, and adherence to design requirements.
Prepare technical reports and documentation for design reviews, engineering assessments, and project execution.
Assist in material selection based on system conditions and fluid properties.
Identify and resolve technical problems during project execution in collaboration with engineering teams.
Conduct site inspections to verify proper installation and operational performance of piping systems.
Skills
Basic
Ability to interpret and apply technical drawings, specifications, and piping codes such as ASME B31.3 and B31.1.
Complex problem solving and critical thinking to identify and resolve engineering issues.
Effective communication skills for reporting, presenting findings, and collaborating with teams.
Proficiency in engineering software for stress analysis and modeling, including CAESAR II, AutoPIPE, and AutoCAD.
Strong foundation in mechanical and civil engineering principles related to piping systems.
Specific
Ability to carry out field inspections to verify design and installation compliance.
Ability to conduct risk assessments and safety evaluations for piping systems.
Knowledge in fluid dynamics for piping system design and performance evaluation.
Knowledge in industry codes and standards for piping systems.
Knowledge in piping installation and assembly techniques for design verification and site coordination.
Knowledge in piping material selection based on mechanical properties and application requirements.
Knowledge in the effects of pressure, temperature, and external loads on piping systems.
Proficiency in pipe stress analysis using software.
Proficiency in the design and selection of pipe supports, hangers, brackets, and expansion joints.
Additional Info
QUALIFICATION
Bachelor’s degree or equivalent
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