Mechanical Engineering or related discipline.
6 – 8 years of relevant experience in piping stress analysis.
Solid 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 agile 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 agile 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