Aerospace Quality Management Standard
AS/EN/JISQ 9100 (D) and 9120 (B)
AS9100C and AS9120A standards, released in 2009, are now in a transition period to the revisions AS9100 (D) and AS9120 (B). The new standards are based on ISO 9001:2015, and include additional requirements referring specifically to aerospace. The current version of the standards were released in September of 2016. All events after June 15th, 2017 must be to the current revisions. The transition period ends on September 14th, 2018. The current standard applies to management systems that cover quality in design, development, production, installation, distribution, and servicing as well as purchasing, validation, and shipping.
SRI will ensure that all clients are scheduled to transition to the new AS9100 standards during a surveillance event, special audit, or recertification event in the permitted timeframe.
AS/EN/JISQ 9100 (D) and 9120 (B)
The AS/EN/JISQ 9100 (AS9100) revision D Quality Systems standard for Aerospace is the current management system standard; for AS9120 the current revision is B. The new standards are based on ISO 9001:2015, and include additional requirements referring specifically to aerospace. AS9100 also supports the FAA’s FAR Title 14 Part 21 requirements.
AS9100C and AS9120A standards were released in 2009. The current version of the standards were released in September of 2016. All events after June 15th, 2017 must be to the current revisions. The transition period ends on September 14th, 2018. The current standard applies to management systems that cover quality in design, development, production, installation, distribution, and servicing as well as purchasing, validation, and shipping.
A Standard for the Aerospace Supply Chain
Companies that are driven to compete and win in the aerospace industry can demonstrate their commitment, responsibility, and expertise through independent AS9100 certification by SRI. Certification can be applied to any area, design and manufacturing of equipment, parts, supply, maintenance, overhaul and repair depots, accessory supply, airport and airline operations, flight operations, and cargo handling.
- The AS9110 standard is for maintenance organizations that work in aerospace. It assures that aerospace products are maintained for stringent conditions, where repairs can be difficult and endurance is essential. The standard focuses on controls and maintenance plans, configurations, and the qualifications needed to perform maintenance.
- AS9120 registration applies to quality management systems for distributors who regularly stock aerospace commodity items (aerospace stockists). This standard allows these organizations to demonstrate their ability to consistently provide products that meet customer and regulatory requirements, and enhance customer satisfaction through continual improvement processes.
The AS9100D standard contains the elements of the ISO 9001:2015 standard and its corresponding guidelines. Specific items have been added to AS9100D to support aerospace-specific quality and reliability requirements:
- Configuration management process. Variations to key characteristics of a product must be managed for fit, performance, service life, and manufacturability.
- Product Safety. Now in a separate clause with supporting requirements added throughout other clauses.
- Risk. Combined with new ISO 9001:2015 requirements to create a stronger emphasis on risk identification and, as appropriate, mitigation.
- Planning product realization. The standard emphasizes planning for in-process verification when a product can’t be verified at a later point. Tooling design must also be used to ensure that process data will be captured.
- Design-and-development with in-process control points. Design outputs are used to provide identification of key characteristics.
- Design-and-development validation. AS9100 provides information on documentation, testing, and results.
- Identifying and maintaining suppliers. AS9100 includes additional expectations for supplier approval and management.
- Supplier Control. Inspection, validation, and acceptance of products from suppliers is addressed. Whether managed on-site or by the supplier, the process and controls must be managed by the system.
- Supplier Management. Each supplier is responsible for managing its sub-tier suppliers according to AS9100 standard, including source requirements, critical processes, and its sub-tier suppliers.
- Communication requirements. The standard also addresses issues such as engineering requirements, testing samples, and access and inspection of suppliers’ facilities.
- Human Factor. Now a consideration in nonconformity and corrective action.
Benefits of Certification
Companies that seek AS9100 certification strive to exceed government requirements, improve their performance through excellence in management practices, track and communicate their progress and work with independent auditors to enhance and certify their management systems.
Through independent certification by an accredited auditing firm like SRI, aerospace companies and vendors can certify that they have an effective system in place. In addition, Quality Management Systems guide firms in assessing their needs, building performance goals and reporting progress to the public.
The other benefits of AS9100 certification:
- Increased customer satisfaction
- On-going operational improvements that cut waste and reduce costs
- Fewer errors and lower return rates
- Greater productivity and improved performance
- Simplified documentation
- Greater audit and surveillance efficiency
- Greater access to new markets
- Meets requirements for suppliers of the major aerospace manufacturers, such as GE Aircraft, Boeing, Rolls-Royce Allison and Pratt and Whitney
In addition, because AS9100 assures customers that your products meet agreed-upon standards, there will be less need for individual customer audits, saving time and resources. Sales and transactions go more smoothly because your reputation for performance has already been established – by your SRI certification.
Endorsements of AS9100
AS9100 has been endorsed by the Federal Aviation Administration (FAA), U.S. Department of Defense (DoD), the International Aerospace Quality Group (IAQG) and the National Aeronautics and Space Administration (NASA) as well as Boeing, GE Aircraft Engines and United Technologies companies Pratt & Whitney, Sikorsky, and Hamilton/Sunstrand, as well as many others.