ToolingU This class explains the purpose and methods of measuring systems analysis, including measurement variation and gage repeatability and reproducibility studies.
Course Objectives:
- Define measuring system analysis
- Compare SPC with MSA
- Describe the purpose of MSA
- List common factors that can impact the measuring system
- Identify the four variables that combine to yield a measurement value
- Explain how measurement uncertainty affects tolerance limits
- Describe common practices that are included in measurement assurance operations
- Distinguish between sources of random variation and system variation
- Distinguish among the primary sources of gage variation
- Describe the commonality between gage linearity and gage stability
- Describe how to conduct an ideal gage capability study
- Describe how to conduct a practical gage capability study
- Describe gage repeatability and reproducibility
- Distinguish the short form GRR study from other types of measuring system performance studies
- Distinguish the long form GRR study from other types of measuring system performance studies
- Distinguish the analysis of variance study from other types of measuring system performance studies
- Explain common approaches for choosing optimum test variables
- List the steps of effective measurement study preparation
- Describe the typical range of acceptance criteria used in manufacturing.
Recommended Background
- Recommended for Manufacturing personnel, including technicians, engineers, and managers
Course ID
TU034
Location
Online
Instructor(s)
ToolingU
Competencies
Communication, Critical Thinking, Personal Effectiveness, Measuring Systems Analysis (MSA), Variation Measurement
Method of Delivery
Digital
Estimated Effort
1.5 hrs
Cost
Negotiable
If you are in WHIN region, contact your HR for a coupon code