Sr. Piping Stress Engineer / Piping Stress Engineer

Role & responsibilities

• Perform

  piping stress analysis

  using CAESAR II.
• Collaborate with design engineers to review and optimize piping designs, taking into account factors such as temperature, pressure, vibration, and seismic loads.
• Conduct pipe flexibility calculations to ensure they can expand, contract, and move appropriately under different operating conditions.
• Identify and evaluate potential stress hotspots in piping systems and propose design solutions to mitigate risks.
• Generate detailed technical reports documenting stress analysis results and design recommendations.
• Collaborate with construction and maintenance teams to ensure that pipes are installed according to design specifications and safety standards.
• Participate in safety reviews and risk analysis to identify potential issues in the design or installation of piping systems.
• Stay up to date on regulations and industry standards related to piping system design and integrity.
• Prepare

  Project Design Basis

  for stress analysis.
• Develop and maintain

  Stress Critical Line Lists

  .
• Perform

  piping stress analysis

  using CAESAR II.
• Generate

  Stress Analysis Reports

  in project-specific deliverable formats.
• Mark-up isometrics with stress-related data such as routing changes, support locations and types, etc., for

  3D model updates

  .
• Provide

  Piping Load Summaries

  as inputs for Civil/Structural engineering teams.
• Prepare

  datasheets

  ,

  RFQs/MRs

  ,

  Technical Bid Analysis (TBA)

  , and

  Vendor Document Reviews (VDR)

  for bought-out supports (e.g., spring hangers).

Knowledge & Skills Requirements:

Essential Technical Competencies:

• Thorough knowledge of

  ASME B31.3

  code requirements related to stress and safety.
• Proficiency in

  flange leakage

  evaluation and

  nozzle displacement

  calculations.
• Strong grasp of

  pipe support types and construction

  .
• Understanding of

  spring hanger selection criteria

  .
• Experience with

  buried piping stress analysis

  .
• Ability to

  navigate 3D models

  using

  Navisworks

  .

Desirable Additional Skills:

• Familiarity with

  WRC calculations

  .
• Experience in

  Nozzle stiffness evaluation using NozzlePro

  .
• Exposure to

  non-metallic piping stress analysis

  (e.g., GRP systems).
• Strong

  English communication skills both

  written and verbal.