Aerospace Measurement Systems Analysis (MSA)

 

Date(s):
To be advised
 Register:
Submit your registration here.
Send your queries to training@aais.org.sg 
Time:
9am – 5pm (UTC +8)		 Closing Date:
Two weeks before course date.
Venue:
77 Robinson Road
#28-03 Robinson 77
Singapore 068896		 Fees:
AAIS Member: S$872/pax w/GST
Public: S$981/pax w/GST
Fees reflected are inclusive of 9% GST (in 2024).

About the Course:
This one-day course provides an overview of the generic aerospace methodology for measurement systems analysis, as defined in AS 13003. It also details the typical methods used to evaluate both variable and attribute measurement systems.

This course will help you to:-

  • Recognize the different types of statistical methods used to evaluate performance and capability, using both variable and attribute data
  • Define the difference between capability and performance
  • Explain how to conduct an initial process study for variable data
  • Interpret the process for the selection of control charts

Who Should Attend?
Anyone involved in verifying new manufacturing processes using AS 9145 APQP and PPAP, AS 9102 First Article, AS 13004 PFMEA and Control Plans, AS 13003 MSA and ongoing process control and process involvement.

Pre-requisites:
You should be able to deomonstrate the following minimum competencies prior to attending the course:

  • Applicable ISO 9001 and the AS/EN/JISQ 91XX series requirements related to the scope of your audit

Course Content:
  • Measurement Systems Analysis (MSA)
    * Introduction
    * Summary of terms
    * The measurement process
    * The effects of measurement systems variability
    * Effects on decisions
  • Measurement issues
    * Introduction
    * Bias, stability, linearity, precision, repeatability and reproducibility
    * Gage repeatability and reproducibility (GRR), sensitivity, consistency and uniformity
  • Measurement system variation
    * Capability
    * Performance
  • Preparation for a measurement system study
  • Analysis of results
  • Gage capability
  • Determining stability
  • Determining bias
  • Determining linearity
  • Guidelines for determining repeatability and reproducibility
    * Range method
    * Average and range method
    * Analysis of variance (ANOVA) method example
  • Attribute studies
  • Hypothesis testing
  • Hypothesis test analysis: Cross tab method
  • Reflection
*Note: AAIS reserves the right to adjust the course pricing and to re-schedule or cancel any course due to unforeseen circumstances, course commencement is subject to minimum class size requirements.
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