Mechanical Integrity Engineer

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Intertek

WebsiteLinkedInAll Job Openings

10,000+ employees

Founded 1885

💰 $4.4M Grant on 2010-11

Assurance • Testing • Certification

Intertek is a leading provider of Total Quality Assurance, delivering assured testing, inspection, certification, and consulting services across various industries. With a global presence in over 100 countries, Intertek helps businesses mitigate risk, ensure quality and safety, and comply with international standards, enhancing performance and sustainability in sectors such as chemicals, construction, healthcare, and energy.

📋 Description

• 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. • 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.

🎯 Requirements

• Bachelor’s degree in Mechanical Engineering, Materials, Metallurgy, or equivalent. Master’s degree in Mechanical Integrity or related field is an advantage. • Proven experience in mechanical integrity engineering, including rerating, repair evaluation, and static equipment integrity. • Minimum 5 years demonstrable experience performing FFS assessments. • Experience with software / tools for Level 2 and Level 3 assessments. • API 579 training and demonstrated competency in performing FFS assessments (mandatory). • API 510 and/or API 570 certifications preferred. • API 571 familiarity is beneficial for damage mechanism correlation. • ASME or FEA‑related training is an advantage • Deep expertise in API 579/ASME FFS‑1 methodology and its application to in‑service pressurized equipment. • Strong understanding of stress analysis, fracture mechanics, remaining life calculations, and structural integrity principles. • Proficiency in interpreting inspection and NDT data for flaw evaluation and defect characterization. • Advanced proficiency with FFS software tools. • Thorough understanding of ASME VIII, ASME B31.3, API 510/570, and related mechanical integrity codes. • Ability to integrate FFS and Mechanical Integrity results into revamp decisions, repair scopes, and operational integrity strategies