Assuring Safety and Quality in Aircraft Servicing
The Maintenance, Repair, and Overhaul (MRO) sector underpins aviation safety, ensuring aircraft and components remain airworthy throughout their service life. Certification and auditing of MRO facilities are mandated by authorities such as the FAA and EASA.
BQCIS provides auditing and certification services aligned with AS9100 Quality Management System standards and Part 145/21 regulatory requirements. Our auditors evaluate quality systems, documentation, and traceability to maintain compliance with global aviation safety standards.
Through targeted audits, process reviews, and staff competency verification, BQCIS ensures that every maintenance organization meets the highest industry benchmarks for safety, reliability, and quality.
Key MRO Certification & Audit Activities
Key Benefits of MRO Certification
Improved Safety Oversight
Independent certification strengthens operational safety and compliance across all aircraft maintenance procedures.
Global Regulatory Compliance
Meet FAA, EASA, and AS9100 standards to maintain international recognition and approval for MRO operations.
Streamlined Quality Processes
Gap analysis and pre-assessment audits reduce non-conformities and help organizations maintain certification continuously.
Enhanced Client & OEM Confidence
Demonstrating independent verification builds trust with aviation authorities and global aircraft manufacturers.
Success Story
MRO Audit Closes Critical Traceability Gaps
A regional aircraft MRO facility risked losing its EASA Part 145 certification due to missing component traceability records, threatening its operational license.
BQCIS performed a full documentation and process audit based on AS9100 and Part 145 criteria, revealing deficiencies in the receiving inspection workflow. We implemented a corrective traceability system and trained staff on formal documentation practices.
The MRO facility successfully remediated all findings, passed its EASA renewal audit, and improved overall traceability control across life-limited components.