AS13003 Measurement System Analysis (MSA) Requirements for Aerospace Engine Supplier Quality C1878
Topics: Quality, Safety & Maintenance
AS 13003:2015 stipulates requirements to establish an acceptable measurement system (for variable and attribute features) for use on aerospace engines parts and assemblies. Measurement Systems Analysis (MSA) is used to evaluate and improve measurement systems in the workplace because it evaluates the test method, measuring instruments, and the process of acquiring measurements. The Aerospace Engine Supplier Quality (AESQ) Strategy Group published AS13003 to define the minimum requirements for conducting MSA for variable attribute assessment on characteristics as defined on the drawing specification. This standard also defines the minimum acceptance limits for MSA.
This two-day course will provide common requirements for applying appropriate measurements system analysis tools; the acceptance criteria to be applied; as well as a guidance on the efficiency of the application (read across) and mitigation strategies for non-capable measurement systems. This seminar begins with an MSA overview, a review of the requirements and considerations, and it will include case studies.
Learning Objectives
By attending this seminar, you will be able to:
- Identify the key elements of MSA
- Explain what may contribute to measurement variation
- Define the MSA requirements and applicability
- Recognize terminology and concepts including bias, variation, normal distribution, linearity, stability, repeatability and reproducibility
- Identify measures of variation (mean, standard deviation and variance)
- Explain elements to consider when conducting MSA
- Record information on an audit checklist for MSA
- Recall information from case studies
Who Should Attend
This course is intended for personnel developing, qualifying and implementing the essential requirements to establish an acceptable MSA (for variable and attribute features) program for use on aero engine parts and assemblies.
You must complete all course contact hours and successfully pass the learning assessment to obtain CEUs.
- Introduction
- Scope & purpose of the AS13003 Standard
- Applicability
- Types of data
- Attribute data
- Variable data
- Overview of Measurement system analysis (MSA)
- Organization and competence requirements
- Quality System
- Measurement system analysis requirements
- Pre-requisites
- Considerations
- Minimum requirements
- MSA elements
- Design factors
- Analysis of results
- Mitigation strategies for failed results
- Environmental factors
- Use of red across results in MSA
- MSA process flow
- MSA process flow
- Appropriate gage selection
- Variation analysis
- Analyze results and take action
- Audit checklist for MSA
- MSA case studies
- First case study
- Second case study
- Third case study
- Fourth case study
- Fifth case study
Dario Yamamoto
Dario Yamamoto has over 10 years experience in the Aerospace and Aviation Industries as a Plant, Engineering and Quality Manager in Aerospace Manufacturing and Aviation Companies. He also has 11 years experience in Education as Engineering Program Coordinator, University Professor and Certified Bombardier Aerospace Structural Assemblies Instructor.He is a Worldwide AS9100 Lead Aerospace Industry Experience Auditor and a SAE International Instructor for the courses: C1501 Common Training for DPRV Personnel, C1713 Implementation of an Internal Audit Program, C1877 Developing and Qualifying an Alternate Inspection Plan per AS13002, C1878 MSA Requirements for the Aero Engine Supply Chain per AS13003 and C1917 Requirements for APQP and PPAP per AS9145.
Following experiences with AS9110 Maintenance and AS9100 Manufacturing Aerospace Standards in companies such as Alpha Star Aviation Services (Saudi Arabia), Turborreactores ITR, Ketema Aerospace Mexico and the Aeronautical University in Queretaro (UNAQ), Dario started working as an Auditor conducting 3rd party audits according to the Aerospace Manufacturing Standard; AS9100, Consulting and Instruction while providing services of Gap Analysis; Internal & External Audits; Development and Implementation of Quality Management Systems according to AS9100, AS9110, OHSAS 18001, ISO9001; Development and Implementation of NADCAP Special and Manufacturing Processes; Process Mapping; Root Cause Analysis; 8 Ds and 5 Whys Problem Solution Techniques; Risk Assessment and Quality, Manufacturing, Auditing and Operation Staff Training and Certification.
Dario holds a B.S degree in Metallurgical Chemical Engineering from the National Autonomous University of Mexico (UNAM), is an AS9100:2016 Rev. C Aerospace Industry experienced auditor certified by Probitas Authentication, and an ISO9001:2015 QMS Lead Auditor certified by Exemplar Global.
