JOB PURPOSE
He/She reports directly to the Piping Stress Lead (on Projects he is assigned to) for all stress activities on a project
for all tasks pertaining to adequacy of pipe stress and flexibility analysis, and related piping design activities, and
administration matters.
His/Her responsibilities shall include the following but not limited to:
Prepare the Job Specification for Stress Analysis.
Ensure that all work produced are adequately reviewed and checked as per International Codes &
Standards (referred by the Project), Technip's HSE's & QA's requirements, Client's Specifications and
the Project's Requirement.
Prepare list of critical lines.
Prepare Stress Calculation Notes.
Liaise with Piping Designer on matters of pipe routing to achieve the requirements of a satisfactory pipe
stress analysis. This may include recommendation on position and selection of various support types
(anchors, guides, springs, sliding plates, etc.) for acceptable stress levels and satisfactory support loads.
Ensure that all piping systems are adequately supported and where necessary, specify spring, sliding
plates and other special pipe supports.
Advise his Lead should there be a need of expansion joints, bellows and other similar special units.
Liaise with Mechanical Engineers for all matters concerning nozzle loads on equipment.
Prepare specification, data sheets, MR's TBT's for the supply of Vendor-supplied special support items
like spring supports, rigid struts, sliding plates, etc. and other special units like bellows an expansion
joints.
Assist in the man-hour estimates for the project and advises the lead Stress Engineer of the need to
amend the project manning requirements, when required.
Maintain up-to-date on relevant developments in the field of pipe stress analysis and flexibility analysis.
Prepare updates or improved Stress Section Section's standards, procedures or guidelines, if requested
by Stress Section Head.
Review the support types and location indicated on the IFC isometric in accordance with approved Stress
isometric