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Homepage > training offer > Open training > MSA – Measurement System Analysis in accordance with AIAG and VDA 5 requirements
MSA – Measurement System Analysis in accordance with AIAG and VDA 5 requirements

MSA – Measurement System Analysis in accordance with AIAG and VDA 5 requirements

During the training, participants will gain knowledge enabling them to independently conduct measurement system analysis (MSA). The sessions take the form of workshops – based on numerous exercises and examples from various industries – which makes it possible to acquire practical skills in using tools and methods for assessing measurement quality. Participants will learn the principles of conducting MSA analyses for variable and attribute data, find out how to use MSA in accordance with AIAG and VDA 5 standards, and practice MSA analysis based on real measurements carried out in the company.

Open training

Join a group of participants from different companies and discover industry best practices.

2 days / 16 training hours

IN-COMPANY TRAINING

Order a training tailored to the needs of your organization.

2 days / 16 training hours
Stationary / On-line
The day may be established
Individual pricing

wANT TO LEARN MORE ABOUT THIS TRAINING OR OUR OFFER?

TRAINING PROGRAM

For in-company training, the proposed program is a preliminary suggestion and can be freely adapted to the individual needs of the company.

The following program is indicative (the division into days is arbitrary) and the trainer adapts the course of the training to the specific characteristics of the group. Individual topics may be discussed at a different time or in a different form than indicated in the plan.

Module 1

FUNDAMENTALS OF MEASUREMENT QUALITY ASSURANCE

Content:

  • AIAG and VDA 5 requirements – similarities and differences

  • Basic statistical measures

  • Overview of approaches to measurement evaluation (so-called 2s, 3s, 5,15s)

  • Basic definitions – system, process, control, measurement uncertainty

Exercises:

Determination of basic statistical measures.
Application of the 3s rule in the analysis of measurement systems.

Module 2

SELECTION OF MEASUREMENT EQUIPMENT IN THE PROCESS

Content:

  • Resolution of measuring instruments – selection principles according to AIAG and VDA 5

  • Effects of incorrect instrument selection – impact on SPC and studies of process and machine capability

  • MSA and assessment of process stability – impact of MSA, among others, on Cp/Cpk

  • Uncertainty zones in product inspections

Exercises:

Resolution of measuring instruments – “grey zones”.
Selection of a measuring instrument for the needs of quality control and SPC.

Module 1

MSA FOR MEASUREMENTS (VARIABLE INSPECTIONS)

Content:

  • Repeatability and reproducibility of measurements – definitions
  • Stability and linearity study
  • Instrument study – Cg/Cgk index, QMP/QMS (Ford, Bosch, VDA methods)
  • Concept of building an uncertainty budget according to VDA 5
  • Study of measurement instrument suitability – QMS
  • Type II procedures (ARM and RM methods) – operator and instrument study
  • Introduction to measurement process suitability study – QMP
  • MSA study with no operator influence on the measurement (Type III)
  • Control effectiveness study for destructive testing
  • Advanced methods (including ANOVA) – overview

Exercises:

Measurement instrument capability analysis (Cg/Cgk).
Measurement system analysis for variable measurements based on the ARM method.
Analysis of full MSA study results.
Measurement system analysis for automatic and destructive measurements.

Module 2

MSA FOR ATTRIBUTE INSPECTIONS

Content:

  • Types of inspections subject to attribute MSA
  • Evaluation of measurement effectiveness – E
  • Calculation of false rate and miss rate (FR, FA)
  • Short method
  • Signal Detection Method (SDM)
  • KAPPA as a measure of operator agreement in alternative inspections

Exercises:

Control system analysis for attribute evaluation based on the short method, the Signal Detection Method, and cross-tabulation tables (KAPPA).
Analysis of MSA results for attribute evaluation.

Module 3

PRACTICAL PROBLEMS IN CONDUCTING MSA

Content:

  • Conducting MSA for selected inspections

ADDITIONAL INFORMATION

The training includes a theoretical part in the form of a presentation and a practical part in the form of workshop exercises. We ensure that the majority of the training consists of exercises that allow participants to consolidate the acquired knowledge. The MSA training is conducted both as an open training course and as a closed (in-company) training course.

After the training, each participant will receive a certificate confirming completion of the training.

WHAT OUR CLIENTS SAY ABOUT US

  • We have been cooperating with PROQUAL continuously since 2016. All projects were characterized by diligent and careful preparation, as well as a flexible approach to our needs. PROQUAL consultants deserve special recognition for their extensive knowledge, training experience, and helpfulness. We wholeheartedly recommend PROQUAL as a proven provider of training and consulting services.
    Sylwia Konsewicz
    Training Specialist – RONAL Polska Sp. z o.o.
  • Training sessions conducted by PROQUAL are characterized by an excellent lecturer–participant relationship. Gaining knowledge during lectures and exercises is an enjoyable experience combined with the expected results. The sessions were organized in a clear and effective manner.
    Jacek Tajchma
    BURY Sp. z o.o.
  • Working with PROQUAL allows me to recommend them as a very reliable and professional provider, knowledgeable and applying modern techniques during training delivery. What sets PROQUAL apart is the quality of services, integrity, reliability, responsiveness, and professionalism
    Kinga Krystek
    Guillin Polska Sp. z o.o.
  • Training on quality management and specific customer requirements delivered by PROQUAL Management Institute met our expectations. The trainers present deep theoretical and practical knowledge, skillfully adapting the content to specific needs, which significantly increases the effectiveness of the training. We recommend PROQUAL Management Institute as a reliable partner in raising quality standards in the automotive industry.
    Marcin Zieliński
    HR Manager – Merit Poland Sp. z o.o.
  • PROQUAL conducted training for us in SPC and PFMEA, which stood out for the trainer's engagement and knowledge. The material was supported by many interesting industry examples, allowing participants to better understand the issues. We can wholeheartedly recommend working with PROQUAL
    Paweł Chodnik
    Manufacturing Engineering Manager – Electrolux Poland Sp. z o.o.
  • The training sessions were conducted very professionally. The topics were tailored to the participants’ level of knowledge and skills, which allowed for proper understanding of the issues. This was reflected in the evaluation surveys completed by participants, where the PROQUAL expert received very high scores.
    Przemysław Zdeb
    Head of Quality Assurance Department

What is MSA (Measurement Systems Analysis)?

MSA (Measurement Systems Analysis), i.e. Measurement Systems Analysis, is a set of methods used to assess the quality, accuracy and repeatability of measurement systems applied in production and quality processes.

The purpose of MSA is to verify whether a given measurement system – regardless of whether it is a manual instrument, an automatic device, a vision system or an inspection performed by a person (e.g. visual inspection) – provides reliable and stable data that can serve as a basis for decision-making.

Measurement system analysis makes it possible to identify errors resulting from the variability of operators, equipment, measurement methods and conditions, as well as to assess whether the system is properly selected for the measured characteristic and requirements specified, for example, in the control plan.

Currently, there are two popular approaches to analysis: the AIAG approach, based on the analysis of measurement system variability, and the VDA 5 approach, which is based on determining and evaluating the measurement uncertainty budget. Based on available publications and industry information, gradual efforts are also being made to harmonize the AIAG and VDA 5 approaches.

TRAINING DATES – FLEXIBLE REGISTRATION OPTION

Pay less and let us invite you to a date that suits you and fits into our training schedule. The perfect solution if you can be flexible – we’ll take care of the rest!

THE FLEXIBLE DATE OPTION IS FOR YOU IF:

You are flexible regarding the date and form of participation in the training

You need to use your budget now and want to optimize costs

You want to save money and take advantage of the lowest price option

HOW DOES IT WORK?
  • After receiving your registration, we will propose a training date within a maximum of 180 days (unless the client decides otherwise).
  • At least one week before the training, we will inform you about the possibility of participating and about the available formats – on-site or online (depending on the number of spots).
  • The price of such training is PLN 200 lower than the price of the online version.
    The current price of this training in the flexible form is given in the registration form below.

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In case of any issues with completing or submitting the form, please contact our team at +48 71 707 10 60 or send your registration via email to: szkolenia@proqual.pl

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