Quality Inspector - Mechanical

Role Summary

Key Responsibilities

• Conduct daily inspections to ensure mechanical works follow approved ITPs, checklists, and project requirements.
• Proactively identify deficiencies, non-compliance, or faults in mechanical installations and report them immediately to the QC Manager for corrective actions.
• Close all WIRs (Work Inspection Requests) and MIRs (Material Inspection Requests) after obtaining proper signatures and ensuring supporting documentation is complete.
• Thoroughly review project specifications, mechanical drawings, PQP, ITPs, method statements, QC procedures, and related quality documents.
• Witness and document testing of mechanical systems (e.g., pressure tests, leakage tests, functional testing) and complete relevant forms.
• Monitor contractor practices related to mechanical quality control and safety compliance.
• Conduct daily meetings with the contractor's QC representative to ensure alignment with mechanical quality management procedures.
• Assist the construction team in resolving mechanical quality issues and technical challenges.
• Support the Quality Manager (QM) in preparing and conducting mechanical-related quality audits.
• Prepare daily QC reports and submit them to the QC Manager no later than 9:00 AM the following day.
• Verify that all mechanical testing tools and devices have valid calibration certificates.
• Review and maintain logs of WIRs, MIRs, MARs, NCRs, and other mechanical quality documentation.
• Highlight and report any mechanical miscoordination issues between disciplines to the Resident Engineer (RE) and Quality Manager (QM).

Qualifications & Requirements

• 5–10 years of mechanical inspection experience, preferably in a PMC (Project Management Consultancy) environment.
• Bachelor’s degree or diploma in Mechanical Engineering or a related technical discipline.
• Strong understanding of HVAC, plumbing, fire protection, mechanical utilities, and equipment installation.
• Ability to interpret mechanical drawings, specifications, and method statements.
• Solid knowledge of international mechanical codes and standards.
• Strong documentation, reporting, and communication skills.
• Proactive, detail-oriented, and capable of resolving technical issues efficiently.