The Pipe Stress Engineer role involves conducting pipe stress analysis using Caesar II software in accordance
with ASME Codes, designing piping support components, and coordinating customized pipe support
designs. The candidate needs to fulfill the core responsibilities and experience described in Section 2 and
7, demonstrate in-depth knowledge in piping and layout engineering and cost-effectiveness, with a proven
track record on projects in the upstream oil and gas sector.
Employment type: Permanent, full time.
Probation period: 6 months
Core Responsibilities
Conducts pipe stress analysis of piping systems as per ASME Codes using Caesar II software.
Responsible for the design of all piping support components.
Reviews client technical requirements for piping stress engineering and establishes the Stress Design Basis/Philosophy for various load cases, specifications, standards, and guidelines for stress engineering execution.
Prepares stress critical line lists as per the critical line selection criteria.
Performs static analysis using CAESAR II for load cases such as dead weight, sustained loads, thermal expansion/contraction, wave acceleration, hog/sag deflections, occasional and environmental loads, blast load, fatigue, slug, transportation, module lift, and vibration analysis (FIV and AIV).
Coordinates the design of exclusive pipe supports as needed.
Evaluates nozzle loads utilizing WRC 107/297 capabilities in Caesar II.
Performs FEA evaluations of stresses at nozzles or for determining user-calculated SIFs using NozzlePro, FE/Pipe, or other FEA software.
Provides magnitude of hydrostatic and operating loads acting on guides and supports.
Participates in reviews of PFDs, P&IDs, piping ISOs, and structural drawings.
Produces deliverables including specifications, design calculations, progress reports, correspondence, procedures, bid evaluations, Engineering Change Notices, study reports, and various third-party submissions.
Complements piping layout from a pipe-stress engineering perspective.
Has a thorough understanding of relevant codes and standards including ASME, API, ABS, and other guidelines.
Possesses a basic understanding of process requirements and operations.
Applies expert knowledge to develop innovative solutions for technically challenging projects.
Assists in tender preparation and technical proposal submissions.
Travels occasionally to client and vendor premises for technical discussions, HAZOPs, project reviews, or to subcontractor fabrication yards.
HSEQ Requirements and Code of Conduct
Complies with HSEQ policies, standards, and procedures to protect people and the environment at all times. Ensures that all personnel work in a manner that safeguards their own health and safety as well as that of others.
Complies with the Group Policy Code of Business Conduct and Ethics.
Financial and Operational Dimensions / Decision-making Authority
Practices cost awareness and sensitivity.
Operates under intermittent supervision, with objectives, priorities, and deadlines defined.
Work Relationships
Provides guidance to one or more designers on a project basis when required.
Participates as a fully contributing member of a project team.
Develops strong relationships with customers and suppliers, and is capable of making internal and external presentations related to work.
Job Challenges and Problem Solving
Understands project economic factors such as cost, contract requirements, and the impact of decisions on assigned areas.
Welcomes and shares opinions, ideas, and resources with colleagues to achieve common goals. Fosters teamwork, collaboration, and trust.
Qualifications & Experience
Educational Qualification:
- Bachelor’s Degree in Mechanical Engineering.
Experience:
- Over 10 years of experience in Oil & Gas FPSO, offshore platforms, petrochemical, or refinery industries.
- Minimum of 8 years as a Piping Stress Engineer or Lead Stress Engineer for FPSO/offshore platform-based projects.
Relevant Experience
Basic knowledge of offshore production process requirements.
Strong knowledge of spreadsheets, databases, and AutoCAD.
Familiarity with risk assessment concepts and methods.
Familiarity with codes, standards, regulations, and practices applicable to the design and construction of onshore and offshore structures or production facilities.
Languages and Software Skills
Expert knowledge in Caesar II pipe stress analysis software.
Expert knowledge of offshore piping design and industry codes.
Experience in AVEVA Modules (E3D, MDS, AVEVA Engineering) is a plus.
Proficient in Navisworks.
Must-have: Good communication skills as he/she would need to speak to important stakeholders both internally and externally. Need to work very closely with Houston Engineering team so good verbal and written English is very important.
Key Behaviors
Ability to analyze, develop viable solutions, and communicate benefits and risks to stakeholders.
Strong organizational and work planning skills.
Ability to guide and mentor others, demonstrating leadership qualities.
Working Conditions
Primarily office-based, with occasional exposure to hazards such as noise, heavy equipment, temperature extremes, and chemicals when visiting fabrication or installation sites.
Spends most of the working day seated, operating a computer or workstation.