ITVC GLOBAL · AUTOMOTIVE QUALITY
APQP · Control Plan · PPAP · FMEA · MSA · SPC
ITVC Global helps businesses understand and apply the 6 Core Tools as an integrated set, from quality planning to production control and preparation of customer approval submissions.
Contents
Core Tools are quality tools used in the automotive supply chain to support IATF 16949 implementation and meet customer requirements. The six tools complement one another in product development, risk management, measurement system evaluation, process control and product approval.
01 · APQP
Advanced Product Quality Planning
02 · Control Plan (CP)
Control Plan
03 · PPAP
Production Part Approval Process
04 · FMEA
Failure Mode and Effects Analysis
05 · MSA
Measurement System Analysis
06 · SPC
Statistical Process Control
Why the term “6 Core Tools” is now used: Many earlier introductions referred to five tools because APQP and Control Plan were presented together. AIAG has separated APQP and Control Plan into two manuals, so current introductory materials should include APQP, Control Plan, PPAP, FMEA, MSA and SPC. Control Plan is not an entirely new activity. See AIAG’s information on APQP and Control Plan.
The scope, editions and implementation approach should be determined by the product, processes, design responsibility and customer-specific requirements.
Advanced Product Quality Planning. Plan activities, assign responsibilities and monitor product and process development milestones to meet customer requirements.
Control Plan. Define the characteristics to control, measurement methods, sample sizes, frequencies, responsibilities and reaction plans for abnormal conditions.
Production Part Approval Process. Prepare evidence and customer submission records demonstrating that the product and process meet agreed requirements.
Failure Mode and Effects Analysis. Identify design and process risks, assess priorities and determine actions to prevent or reduce risk.
Measurement System Analysis. Assess measurement data reliability and select appropriate studies, such as repeatability, reproducibility, bias, linearity and stability.
Statistical Process Control. Monitor variation, use control charts and assess process capability when the necessary analytical conditions are met.
APQP organizes the product and process development plan. FMEA analyzes risks; its findings need to be reflected in the Control Plan and work instructions. MSA helps assess measurement data quality, while SPC monitors process variation. PPAP brings together the evidence needed for customer submission under agreed requirements.
For example, for a critical part dimension, the project team defines requirements through APQP, analyzes the risk of dimensional errors in the PFMEA, incorporates inspection methods and reactions into the Control Plan, evaluates the measurement system through MSA, monitors the process with SPC, and includes the relevant results in the PPAP submission.
When designs, equipment, materials or manufacturing methods change, the business needs to review and update related documents consistently.
The program is suitable for quality, engineering, production, product development and supplier management personnel, as well as IATF 16949 implementation teams. Content, duration and delivery format are discussed according to current capabilities and business needs.
Request consulting and training on the 6 Core Tools →
AIAG’s introduction to Quality Core Tools. Articles about past training courses and projects retain the content applicable at the time they were carried out.
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