This course aims at enhancing the knowledge on the automotive core tools, namely Statistical Process Control (SPC), Measurement System Analysis (MSA) and Failure Mode & Effect Analysis (FMEA).

This course also provide participant the overall picture and a roadmap for successful application of Core Tools of TS 16949. It also provides the ability to apply the appropriate tool for continuous improvement in their respective areas.

In addition, the program was designed for actual operation of each of the participants through their onsite exercise.

Besides the SPC- MSA- FMEA technical knowledge, participants also know how to use MINITAB software for easier when conducted SPC – MSA and other statistical tools.


Day 1SPC IntroductionProcess Variation8:3010:00
Process Control System
Variation common and special causes
Process Control and capability
Coffee Break10:0010:10
Variable Data Control ChartControl Chart Type and application10:1012:00
Process Control Chart
Control Chart Preparation
Xbar-R Chart
Variable/Attribute Data Control ChartXbar-R Chart (Cont.)13:0014:30
X-MR Chart
P Chart
Coffee Break14:3014:40
Process Capability IndexCa, Cp, CpK, Pp, Ppk Index14:4016:30
Process Capability (PpK & CpK)
Process Control/Capability and Improvement
Day 2MSA IntroductionMeasurement Process8:3010:00
Measurement System Characteristic
Measurement System Variation Sources
Measurement Terminology
Coffee Break10:0010:10
MSA AnalysisMSA Preparation10:1012:00
MSA Method
Attribute Data MSA
MSA AnalysisGRR Analysis13:0014:30
Coffee Break14:3014:40
MSA Analysis (Cont.)Bias Analysis14:4016:30
Variable Data MSA
Risk analysis
Day 3FMEA IntroductionWhat is FMEA?8:3010:00
What is failure?
Failure Mode
Process Flow chart and relationship with PFMEA
FMEA Sequence
Coffee Break10:0010:10
Manufacturing and Assembly Process FMEAPFMEA Introduction10:1012:00
PFMEA Target
PFMEA Preparation
PFMEA Input and Requirement
Process Flow Advantages
Process Function and Requirements
Manufacturing and Assembly Process FMEA (Cont.)Potential Failure Mode13:0014:30
Potential Effects
Severity S Evaluation
Failure Mode Classification
Potential Causes
Occurrence O
Coffee Break14:3014:40
Manufacturing and Assembly Process FMEA (Cont.)Current Process Control14:4016:30
Current Detection Control
Detection D
Risk Evaluation—RPN
Recommended action
Action Evaluation
FMEA forms type
PFMEA Checklist


  • Understand the concepts and basic application of the automotive core tools (SPC, MSA and FMEA) in the ISO/TS16949 quality management system context
  • Understand the practical ways of applying the automotive core tools
  • Use and apply core tools with the skills and methodology acquired
  • Focus on the use of Process Management to achieve standardization and improvement using Process Flow Diagrams, Process FMEA and Process Control Plans
  • Understand the effective development and implementation of techniques through the guidance of the tutor


  • Those who have direct responsibility for introducing new products or a new manufacturing process.
  • Additionally, program/product managers, quality managers, quality engineers, design engineers, manufacturing engineers, APQP, PPAP team members and others who have direct responsibility for process standardization and improvement can benefit from this seminar

COURSE DURATION:  03 days (8.30 am – 12:00, 1:30 – 4.30 pm):

TRAINING COST:  Contact for Detail:


  • Arrange by customer, but to good maintain classes, number of participant should be not excess 25 people.


Eng, MBB. Phạm Thanh Diệu – Lean6sigma, SCM, BSC Consultant

We are looking forward to receiving attention and approval of your company:

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