Process control training
- e-learning
- face-to-face
- statistics
Duration
Rate
Know how to control a process and calculate capabilities
At the end of the Process Control training course, you'll be able to calculate capability indicators and set up control charts for all your processes.
Competitive benefits
100%
21
99%
Objectives
- Master the basics of descriptive statistics.
- Master the concept of capability.
- Understand the importance of Statistical Process Control.
- Know how to set up a control chart on any type of process.
- Validate a control process.
For whom
The Process Control training course is designed for operators and supervisors who need to use the SPC on a daily basis and interpret capability indicators and control charts.
Prerequisites
- Basic use of the Internet and a web browser.
- A level III qualification and/or 2 years' initial professional experience.
Duration
18 hours of animated 100% e-Learning, certification practice quizzes, implementation of theoretical points on industrial simulators. The e-Learning is available 24/7 for 2 months for this training course.
Teaching and technical resources
- 100% E-Learning training on a dedicated platform
- Our teaching methods are mediatized (voice, text, exercises), fun and multimodal, with tests at every lesson.
- Theoretical presentations
- Case studies
- Online availability of PDF and Excel support documents
Teaching team
With over 30 years' experience, rich in teaching and practical experience, our industrial quality training organization provides you with training and consulting services to develop and improve your performance and know-how. All our consultants are Master Black Belt Lean Six Sigma and have at least 10 years' experience in applying Lean and Six Sigma tools in industrial environments.
Accessibility
The Process Control training course is accessible to people with disabilities. Please contact us for specific accommodation options. We will do our utmost to accommodate you.
Evaluation methods
- Attendance sheets.
- Oral or written questions (MCQs).
- Case studies.
- Practical work
Program
Descriptive statistics for capability
- Parameters of Gauss's law
- Validating the normality hypothesis
Process variability
- Understanding the origin of process variability
- Understanding the origin of Gauss's distribution law
- Understanding the importance of focusing on the target
Capability indicators
- Understanding Cp and z capability indicators
- Understanding Pp and Ppk indicators
- Interpreting the drop in Cp=>Pp=>Ppk capabilities
Capability calculation
- Know how to calculate Cp, Pp, Ppk indicators in all situations
- How to calculate a Ppk indicator for attributive criteria
- Know how to calculate and interpret the PpkProduct and PPkMedian Global Capability Indicators
Capability special cases
- Non-normal distributions
- Unilateral tolerances
- Destructive testing
- Calculation of Cpm and Ppm indicators
Gage R&R aux Mesures
- Understanding the benefits of Repeatability and Reproducibility analysis
- Be able to conduct R&R
- Interpreting R&R
- How to react in the event of poor R&R
Attribute R&R pledge
- Conducting an attribute R&R test
- How to calculate a GRR% and a concordance
- Interpreting a Kappa test
- Interpret the results of an attribute R&R test
Accuracy of a Measurement process
- Identify sources of error in a measurement system
- Know how to measure an accuracy deviation on a measurement process
- Calculate and interpret Cg and Cgk indicators
Your feedback
Two modes learning
- E-learningSelf-paced learning250€
- 18h of e-learning courses
- Online support
- PresentialIn-company training3
- 3-day MSP/SPC training