Mechanical Integrity Engineer

Intertek Multinational Company Leader in ATIC (Assurance, Testing, Inspection, Certification) is seeking experienced Fitness-For-Service Mechanical Integrity Engineers for upcoming work related to Brownfield EPC modifications, revamp projects, and operational integrity programs across multiple Energy assets, on a on call basis . This role focuses on evaluating existing equipment, legacy systems, and in‑service degradation to support engineering decisions related to re‑rating, tie‑ins, life extension, defect assessment, and mechanical integrity assurance. The FFS Mechanical Integrity Engineer provides technical authority in API 579/ASME FFS‑1 assessments and mechanical integrity engineering, ensuring that all evaluations and recommendations are technically defensible, compliant with international codes, and aligned with Client integrity requirements. Responsabilities: Perform API 579 Level 1 and Level 2 FFS assessments for metal loss, pitting, LTAs, crack‑like flaws, dents, gouges, creep, and high‑temperature damage on in‑service assets. Conduct remaining life evaluations, safe operating limit assessments, and engineering recommendations for continued operation, derating, or repair. Interpret inspection and NDT data (both advanced and conventional methods) and correlate findings with applicable damage mechanisms. Support Level 3 assessments through stress analysis and FEA tools when required. Perform mechanical integrity evaluations for pressure vessels, piping, tanks, and static equipment, including rerating, repair justification, and alteration assessments. Evaluate legacy equipment for revamp, tie‑in, and re‑use scenarios during Brownfield EPC projects. Review historical inspection data, operational records, and EPC deliverables to validate inputs for FFS and Mechanical Integrity assessments. Provide technical input to repair plans, temporary repairs, and life‑extension strategies in accordance with API 579, API 510/570, and ASME codes. Contribute to RBI programs by validating degradation mechanisms, PoF inputs, inspection strategies, and risk‑ranking logic. Prepare detailed FFS reports, engineering justifications, and recommendations for Client Asset Integrity / EPC teams. Interface with Corrosion, Mechanical, Process, and Inspection teams to resolve data gaps and ensure alignment across disciplines. Ensure all FFS work complies with API 579/ASME FFS‑1, ASME VIII, B31.3, API 510/570, and Client standards.