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Core Tools III (G8D & 7QT) CT300C OVERVIEW An organization needs to define some standard of problem-solving so that leadership can effectively direct others in the research and resolution of problems. Quality pros have many names for these seven basic tools of quality, first emphasized by Kaoru Ishikawa, a professor of engineering at Tokyo University and the father of "Quality Circles.“ Start your quality journey by mastering these tools, and you‘ll have a name for them too: "indispensable“ TARGET AUDIENCE All personnel in quality management, quality assurance, and production management including superior and line leads. TRAINING CONTENT Problem-solving with G8D (the Global 8D Report) Practical Application of the 7 Quality Tools - PFC – Process Flow Chart - Ishikawa Diagram – Cause and Effect Diagram - Check Sheet - Histogram - Control Chart - Pareto Diagram - Scatter Diagram PRE-REQUISITES None DURATION 5 half-days CLASS SIZE Up to 16 delegates

Core Tools II (SPC, MSA, Lean Six Sigma) CT200C OVERVIEW Successful project work requires knowledge of planning processes and methods and an understanding of the interrelation between the methods. This training shows how the issues in individual phases of automotive projects are designed, how specific deployment of methods supports the achievement of planned results, and how the methods are deployed correctly and efficiently. The theoretically and methodically correct approach is presented. Exercises help to work out and discuss important points to consider in practical implementation. The second part of the three-part training program deals with statistical methods and the basics of Lean Six Sigma in the process design and development phase and production. TARGET AUDIENCE The SPC & MSA Compact Training is designed for personnel in project teams for product and process design and development, especially in planning, preproduction, test and inspection planning, and quality. TRAINING CONTENT SPC - Statistical Process Control - The Process Description - Normal Distribution and the Histogram - Stable Processes - Control Charts: Variable and Attribute - Constructing an X-bar/R Chart: Variable - Constructing a p Chart and u Chart: Attribute - Process Capability - Process Improvement & Process Control MSA - Measurement System Analysis - Components of Measurement Errors - Resolution / Discrimination - Accuracy (Bias Effects) - Precision: Repeatability and Reproducibility - Gauge R&R Study (Variable) - Attribute R&R - How to Reduce Measurement Errors Lean Six Sigma Principles - DMAIC – Define Measure Analyze Improve Control PRE-REQUISITES Basic knowledge of quality methods in the Product Life Cycle. DURATION 5 half-days CLASS SIZE Up to 16 delegates

Core Tools II (SPC, MSA, Lean Six Sigma) CT200C OVERVIEW Successful project work requires knowledge of planning processes and methods and an understanding of the interrelation between the methods. This training shows how the issues in individual phases of automotive projects are designed, how specific deployment of methods supports the achievement of planned results, and how the methods are deployed correctly and efficiently. The theoretically and methodically correct approach is presented. Exercises help to work out and discuss important points to consider in practical implementation. The second part of the three-part training program deals with statistical methods and the basics of Lean Six Sigma in the process design and development phase and production. TARGET AUDIENCE The SPC & MSA Compact Training is designed for personnel in project teams for product and process design and development, especially in planning, preproduction, test and inspection planning, and quality. TRAINING CONTENT SPC - Statistical Process Control - The Process Description - Normal Distribution and the Histogram - Stable Processes - Control Charts: Variable and Attribute - Constructing an X-bar/R Chart: Variable - Constructing a p Chart and u Chart: Attribute - Process Capability - Process Improvement & Process Control MSA - Measurement System Analysis - Components of Measurement Errors - Resolution / Discrimination - Accuracy (Bias Effects) - Precision: Repeatability and Reproducibility - Gauge R&R Study (Variable) - Attribute R&R - How to Reduce Measurement Errors Lean Six Sigma Principles - DMAIC – Define Measure Analyze Improve Control PRE-REQUISITES Basic knowledge of quality methods in the Product Life Cycle. DURATION 5 half-days CLASS SIZE Up to 16 delegates

Core Tools II (SPC, MSA, Lean Six Sigma) CT200C OVERVIEW Successful project work requires knowledge of planning processes and methods and an understanding of the interrelation between the methods. This training shows how the issues in individual phases of automotive projects are designed, how specific deployment of methods supports the achievement of planned results, and how the methods are deployed correctly and efficiently. The theoretically and methodically correct approach is presented. Exercises help to work out and discuss important points to consider in practical implementation. The second part of the three-part training program deals with statistical methods and the basics of Lean Six Sigma in the process design and development phase and production. TARGET AUDIENCE The SPC & MSA Compact Training is designed for personnel in project teams for product and process design and development, especially in planning, preproduction, test and inspection planning, and quality. TRAINING CONTENT SPC - Statistical Process Control - The Process Description - Normal Distribution and the Histogram - Stable Processes - Control Charts: Variable and Attribute - Constructing an X-bar/R Chart: Variable - Constructing a p Chart and u Chart: Attribute - Process Capability - Process Improvement & Process Control MSA - Measurement System Analysis - Components of Measurement Errors - Resolution / Discrimination - Accuracy (Bias Effects) - Precision: Repeatability and Reproducibility - Gauge R&R Study (Variable) - Attribute R&R - How to Reduce Measurement Errors Lean Six Sigma Principles - DMAIC – Define Measure Analyze Improve Control PRE-REQUISITES Basic knowledge of quality methods in the Product Life Cycle. DURATION 5 half-days CLASS SIZE Up to 16 delegates

Core Tools II (SPC, MSA, Lean Six Sigma) CT200C OVERVIEW Successful project work requires knowledge of planning processes and methods and an understanding of the interrelation between the methods. This training shows how the issues in individual phases of automotive projects are designed, how specific deployment of methods supports the achievement of planned results, and how the methods are deployed correctly and efficiently. The theoretically and methodically correct approach is presented. Exercises help to work out and discuss important points to consider in practical implementation. The second part of the three-part training program deals with statistical methods and the basics of Lean Six Sigma in the process design and development phase and production. TARGET AUDIENCE The SPC & MSA Compact Training is designed for personnel in project teams for product and process design and development, especially in planning, preproduction, test and inspection planning, and quality. TRAINING CONTENT SPC - Statistical Process Control - The Process Description - Normal Distribution and the Histogram - Stable Processes - Control Charts: Variable and Attribute - Constructing an X-bar/R Chart: Variable - Constructing a p Chart and u Chart: Attribute - Process Capability - Process Improvement & Process Control MSA - Measurement System Analysis - Components of Measurement Errors - Resolution / Discrimination - Accuracy (Bias Effects) - Precision: Repeatability and Reproducibility - Gauge R&R Study (Variable) - Attribute R&R - How to Reduce Measurement Errors Lean Six Sigma Principles - DMAIC – Define Measure Analyze Improve Control PRE-REQUISITES Basic knowledge of quality methods in the Product Life Cycle. DURATION 5 half-days CLASS SIZE Up to 16 delegates

Core Tools II (SPC, MSA, Lean Six Sigma) CT200C OVERVIEW Successful project work requires knowledge of planning processes and methods and an understanding of the interrelation between the methods. This training shows how the issues in individual phases of automotive projects are designed, how specific deployment of methods supports the achievement of planned results, and how the methods are deployed correctly and efficiently. The theoretically and methodically correct approach is presented. Exercises help to work out and discuss important points to consider in practical implementation. The second part of the three-part training program deals with statistical methods and the basics of Lean Six Sigma in the process design and development phase and production. TARGET AUDIENCE The SPC & MSA Compact Training is designed for personnel in project teams for product and process design and development, especially in planning, preproduction, test and inspection planning, and quality. TRAINING CONTENT SPC - Statistical Process Control - The Process Description - Normal Distribution and the Histogram - Stable Processes - Control Charts: Variable and Attribute - Constructing an X-bar/R Chart: Variable - Constructing a p Chart and u Chart: Attribute - Process Capability - Process Improvement & Process Control MSA - Measurement System Analysis - Components of Measurement Errors - Resolution / Discrimination - Accuracy (Bias Effects) - Precision: Repeatability and Reproducibility - Gauge R&R Study (Variable) - Attribute R&R - How to Reduce Measurement Errors Lean Six Sigma Principles - DMAIC – Define Measure Analyze Improve Control PRE-REQUISITES Basic knowledge of quality methods in the Product Life Cycle. DURATION 5 half-days CLASS SIZE Up to 16 delegates

Core Tools II (SPC, MSA, Lean Six Sigma) CT200C OVERVIEW Successful project work requires knowledge of planning processes and methods and an understanding of the interrelation between the methods. This training shows how the issues in individual phases of automotive projects are designed, how specific deployment of methods supports the achievement of planned results, and how the methods are deployed correctly and efficiently. The theoretically and methodically correct approach is presented. Exercises help to work out and discuss important points to consider in practical implementation. The second part of the three-part training program deals with statistical methods and the basics of Lean Six Sigma in the process design and development phase and production. TARGET AUDIENCE The SPC & MSA Compact Training is designed for personnel in project teams for product and process design and development, especially in planning, preproduction, test and inspection planning, and quality. TRAINING CONTENT SPC - Statistical Process Control - The Process Description - Normal Distribution and the Histogram - Stable Processes - Control Charts: Variable and Attribute - Constructing an X-bar/R Chart: Variable - Constructing a p Chart and u Chart: Attribute - Process Capability - Process Improvement & Process Control MSA - Measurement System Analysis - Components of Measurement Errors - Resolution / Discrimination - Accuracy (Bias Effects) - Precision: Repeatability and Reproducibility - Gauge R&R Study (Variable) - Attribute R&R - How to Reduce Measurement Errors Lean Six Sigma Principles - DMAIC – Define Measure Analyze Improve Control PRE-REQUISITES Basic knowledge of quality methods in the Product Life Cycle. DURATION 5 half-days CLASS SIZE Up to 16 delegates

Core Tools II (SPC, MSA, Lean Six Sigma) CT200C OVERVIEW Successful project work requires knowledge of planning processes and methods and an understanding of the interrelation between the methods. This training shows how the issues in individual phases of automotive projects are designed, how specific deployment of methods supports the achievement of planned results, and how the methods are deployed correctly and efficiently. The theoretically and methodically correct approach is presented. Exercises help to work out and discuss important points to consider in practical implementation. The second part of the three-part training program deals with statistical methods and the basics of Lean Six Sigma in the process design and development phase and production. TARGET AUDIENCE The SPC & MSA Compact Training is designed for personnel in project teams for product and process design and development, especially in planning, preproduction, test and inspection planning, and quality. TRAINING CONTENT SPC - Statistical Process Control - The Process Description - Normal Distribution and the Histogram - Stable Processes - Control Charts: Variable and Attribute - Constructing an X-bar/R Chart: Variable - Constructing a p Chart and u Chart: Attribute - Process Capability - Process Improvement & Process Control MSA - Measurement System Analysis - Components of Measurement Errors - Resolution / Discrimination - Accuracy (Bias Effects) - Precision: Repeatability and Reproducibility - Gauge R&R Study (Variable) - Attribute R&R - How to Reduce Measurement Errors Lean Six Sigma Principles - DMAIC – Define Measure Analyze Improve Control PRE-REQUISITES Basic knowledge of quality methods in the Product Life Cycle. DURATION 5 half-days CLASS SIZE Up to 16 delegates

Core Tools II (SPC, MSA, Lean Six Sigma) CT200C OVERVIEW Successful project work requires knowledge of planning processes and methods and an understanding of the interrelation between the methods. This training shows how the issues in individual phases of automotive projects are designed, how specific deployment of methods supports the achievement of planned results, and how the methods are deployed correctly and efficiently. The theoretically and methodically correct approach is presented. Exercises help to work out and discuss important points to consider in practical implementation. The second part of the three-part training program deals with statistical methods and the basics of Lean Six Sigma in the process design and development phase and production. TARGET AUDIENCE The SPC & MSA Compact Training is designed for personnel in project teams for product and process design and development, especially in planning, preproduction, test and inspection planning, and quality. TRAINING CONTENT SPC - Statistical Process Control - The Process Description - Normal Distribution and the Histogram - Stable Processes - Control Charts: Variable and Attribute - Constructing an X-bar/R Chart: Variable - Constructing a p Chart and u Chart: Attribute - Process Capability - Process Improvement & Process Control MSA - Measurement System Analysis - Components of Measurement Errors - Resolution / Discrimination - Accuracy (Bias Effects) - Precision: Repeatability and Reproducibility - Gauge R&R Study (Variable) - Attribute R&R - How to Reduce Measurement Errors Lean Six Sigma Principles - DMAIC – Define Measure Analyze Improve Control PRE-REQUISITES Basic knowledge of quality methods in the Product Life Cycle. DURATION 5 half-days CLASS SIZE Up to 16 delegates

Core Tools II (SPC, MSA, Lean Six Sigma) CT200C OVERVIEW Successful project work requires knowledge of planning processes and methods and an understanding of the interrelation between the methods. This training shows how the issues in individual phases of automotive projects are designed, how specific deployment of methods supports the achievement of planned results, and how the methods are deployed correctly and efficiently. The theoretically and methodically correct approach is presented. Exercises help to work out and discuss important points to consider in practical implementation. The second part of the three-part training program deals with statistical methods and the basics of Lean Six Sigma in the process design and development phase and production. TARGET AUDIENCE The SPC & MSA Compact Training is designed for personnel in project teams for product and process design and development, especially in planning, preproduction, test and inspection planning, and quality. TRAINING CONTENT SPC - Statistical Process Control - The Process Description - Normal Distribution and the Histogram - Stable Processes - Control Charts: Variable and Attribute - Constructing an X-bar/R Chart: Variable - Constructing a p Chart and u Chart: Attribute - Process Capability - Process Improvement & Process Control MSA - Measurement System Analysis - Components of Measurement Errors - Resolution / Discrimination - Accuracy (Bias Effects) - Precision: Repeatability and Reproducibility - Gauge R&R Study (Variable) - Attribute R&R - How to Reduce Measurement Errors Lean Six Sigma Principles - DMAIC – Define Measure Analyze Improve Control PRE-REQUISITES Basic knowledge of quality methods in the Product Life Cycle. DURATION 5 half-days CLASS SIZE Up to 16 delegates

Core Tools II (SPC, MSA, Lean Six Sigma) CT200C OVERVIEW Successful project work requires knowledge of planning processes and methods and an understanding of the interrelation between the methods. This training shows how the issues in individual phases of automotive projects are designed, how specific deployment of methods supports the achievement of planned results, and how the methods are deployed correctly and efficiently. The theoretically and methodically correct approach is presented. Exercises help to work out and discuss important points to consider in practical implementation. The second part of the three-part training program deals with statistical methods and the basics of Lean Six Sigma in the process design and development phase and production. TARGET AUDIENCE The SPC & MSA Compact Training is designed for personnel in project teams for product and process design and development, especially in planning, preproduction, test and inspection planning, and quality. TRAINING CONTENT SPC - Statistical Process Control - The Process Description - Normal Distribution and the Histogram - Stable Processes - Control Charts: Variable and Attribute - Constructing an X-bar/R Chart: Variable - Constructing a p Chart and u Chart: Attribute - Process Capability - Process Improvement & Process Control MSA - Measurement System Analysis - Components of Measurement Errors - Resolution / Discrimination - Accuracy (Bias Effects) - Precision: Repeatability and Reproducibility - Gauge R&R Study (Variable) - Attribute R&R - How to Reduce Measurement Errors Lean Six Sigma Principles - DMAIC – Define Measure Analyze Improve Control PRE-REQUISITES Basic knowledge of quality methods in the Product Life Cycle. DURATION 5 half-days CLASS SIZE Up to 16 delegates

Core Tools II (SPC, MSA, Lean Six Sigma) CT200C OVERVIEW Successful project work requires knowledge of planning processes and methods and an understanding of the interrelation between the methods. This training shows how the issues in individual phases of automotive projects are designed, how specific deployment of methods supports the achievement of planned results, and how the methods are deployed correctly and efficiently. The theoretically and methodically correct approach is presented. Exercises help to work out and discuss important points to consider in practical implementation. The second part of the three-part training program deals with statistical methods and the basics of Lean Six Sigma in the process design and development phase and production. TARGET AUDIENCE The SPC & MSA Compact Training is designed for personnel in project teams for product and process design and development, especially in planning, preproduction, test and inspection planning, and quality. TRAINING CONTENT SPC - Statistical Process Control - The Process Description - Normal Distribution and the Histogram - Stable Processes - Control Charts: Variable and Attribute - Constructing an X-bar/R Chart: Variable - Constructing a p Chart and u Chart: Attribute - Process Capability - Process Improvement & Process Control MSA - Measurement System Analysis - Components of Measurement Errors - Resolution / Discrimination - Accuracy (Bias Effects) - Precision: Repeatability and Reproducibility - Gauge R&R Study (Variable) - Attribute R&R - How to Reduce Measurement Errors Lean Six Sigma Principles - DMAIC – Define Measure Analyze Improve Control PRE-REQUISITES Basic knowledge of quality methods in the Product Life Cycle. DURATION 5 half-days CLASS SIZE Up to 16 delegates