Statistical Process Control (SPC)
Description
This course emphasizes the importance of SPC in controlling and improving the production process and
provides a non-invasive learning approach for using statistical methods in analyzing production
processes. This course is consistent with the AIAG - DCX, Ford GM manual Statistical Process Control,
3rd edition.
Learning Objective
Understand the identification of basic statistical tools and the role that SPC plays in the overall Control
Strategy of your organization.
After this training, the participants will have knowledge and understanding of:
● Principals and practices of SPC and process analysis
● How to build control charts and be able to construct and interpret them
● Application of various basic statistical tools
● How to incorporate SPC in the Control Strategy when developing your Control Plans
● Variation, Process Control, Central Limit Theorem
● Common Cause vs. Special Cause Variation
● Out of control signals
● Capability Analysis
● Individuals and Moving Range Charts
Course Materials
Students receive comprehensive course manuals with exercises
Audience
Quality Managers, QMS Auditors, APQP Team Members, PPAP Coordinators, Supplier Quality Engineers,
Process Engineers, Quality Specialists, QMS Management Rep
Prerequisites
Basic math skills
Duration
This course is taught as a one day class
Description
This course emphasizes the importance of SPC in controlling and improving the production process and
provides a non-invasive learning approach for using statistical methods in analyzing production
processes. This course is consistent with the AIAG - DCX, Ford GM manual Statistical Process Control,
3rd edition.
Learning Objective
Understand the identification of basic statistical tools and the role that SPC plays in the overall Control
Strategy of your organization.
After this training, the participants will have knowledge and understanding of:
● Principals and practices of SPC and process analysis
● How to build control charts and be able to construct and interpret them
● Application of various basic statistical tools
● How to incorporate SPC in the Control Strategy when developing your Control Plans
● Variation, Process Control, Central Limit Theorem
● Common Cause vs. Special Cause Variation
● Out of control signals
● Capability Analysis
● Individuals and Moving Range Charts
Course Materials
Students receive comprehensive course manuals with exercises
Audience
Quality Managers, QMS Auditors, APQP Team Members, PPAP Coordinators, Supplier Quality Engineers,
Process Engineers, Quality Specialists, QMS Management Rep
Prerequisites
Basic math skills
Duration
This course is taught as a one day class
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