Machine/Process Characterization Study (M/PCpS®)

The Most Complete Methodology for Process Characterization, Process Optimization and Total Process Control.

Course Description	We Wrote the Books
This course is the only proven methodology for machine and process characterization studies. M/PCpS® is a step-by-step methodology for characterizing, optimizing and controlling manufacturing and production processes. This methodology places an order on how to apply statistical methods in manufacturing processes with the objective of identifying, reducing or eliminating its major sources of variability and achieving Six Sigma (Cp=2 & Cpk=2) levels of performance. The methodology is divided into five stages: Process Delineation Metrology Characterization Capability Determination Optimization Control
The methodology is taught in the order of the stages with approximately one month in between sessions to allow for the application of the methods to your projects.	The most complete step-by-step documentation on how to characterize, optimize and control machines and processes.

Course Description

We Wrote the Books

This course is the only proven methodology for machine and process characterization studies.

M/PCpS® is a step-by-step methodology for characterizing, optimizing and controlling manufacturing and production processes. This methodology places an order on how to apply statistical methods in manufacturing processes with the objective of identifying, reducing or eliminating its major sources of variability and achieving Six Sigma (Cp=2 & Cpk=2) levels of performance.

The methodology is divided into five stages:

Process Delineation

Metrology Characterization

Capability Determination

Optimization

Control

The methodology is taught in the order of the stages with approximately one month in between sessions to allow for the application of the methods to your projects.

The most complete step-by-step documentation on how to characterize, optimize and control machines and processes.

Course Highlights

MPCpS Training On-Site

Stage 1: Process Delineation

Define the process, its boundaries and functional characteristics, response variables, independent variables and their interrelationships.

Stage 2: Metrology Characterization

Define the measurement system needed to evaluate the responses and quantify its variation.

Stage 3: Capability Determination

Determine the current ability of the process to meet customer specifications and predict its stability, capability and Sigma performance at the process optimum levels.

Stage 4: Optimization

Reduce the sources of variation through statistically designed experimentation and optimization techniques.

Stage 5: Control

Set up a complete system of preventive control for the independent variables. Mistake-proof the process against defects and monitor the response variables.

Duration: Typically 3 to 4 weeks. Extra modules are added depending on the organization's needs.

Customer Satisfaction

We are Proud of Our "Hands-On" Training Approach
We take participants through lectures in which they learn the tools, methods, and concepts. Then, we help them apply the tools in their own processes. This is, by far, the most efficient way to learn the application of statistical methods.

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