Perform stress and flexibility analyses for industrial piping systems.
Apply standards including:
ASME B31.3, ASME B31.1, ASME B31.8
EN 13480
Evaluate thermal expansion, sustained loads, occasional loads, seismic effects, and wind loads.
Analyse nozzle loads for pumps, vessels, heat exchangers and rotating equipment (API 610, API 661).
Design and validate pipe supports: rigid, springs, dynamic supports.
Perform Piping stress analysis using CAESAR II.
Design and verify steel structures, pipe racks, platforms, and frames according to:
EN 1990 / EN 1991 / EN 1993 (Eurocodes)
EN 13445 (unfired pressure vessels)
Create and interpret FEM models.
Perform load combinations, stability checks, deflection analysis, and buckling verification.
Perform Steel Structures Stress analysis using SCIA and Robot Structural Analysis.
Stress reports
Flexibility calculation notes
Steel structure calculation notes
FEM analysis reports
Load plans
Full documentation in line with PED and client specifications
Work closely with piping designers, drafters, and project managers.
Participate in design reviews and interdisciplinary technical meetings.
Coordinate with vendors, engineering partners, and client engineering teams.
Ensure deliverables meet deadlines, quality requirements, and safety standards.
Required Skills & Qualifications A) Technical Requirements Minimum 5 years of experience in piping stress or structural mechanics.
Proficiency with:
CAESAR II
Robot Structural Analysis
SCIA
Strong knowledge of applicable standards:
ASME B31.1 / B31.3 / B31.8
EN 13480 / EN 13445
Eurocodes EN 1990–1993
API 610, API 661 and relevant API norms
Seismic and wind engineering principles
PED compliance
French (nice to have)
C) Ideal Candidate Profile We are looking for a technically strong engineer who can deliver precise stress calculations and structural analyses while collaborating effectively with multidisciplinary teams. You enjoy complex engineering challenges and contribute actively to project success through technical rigor and structured problem solving.
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