Quality has often been described as “fitness for use” and “conformance to customer requirements.” And traditionally, this conformance has been verified through rigorous part inspection and testing. But the practice of quality professionals in assuring this "fitness for use" has evolved extensively since the middle of the 20th century through the increasing demands of high-risk industries like aerospace and automotive, and through the benefits of technological advancements like the microprocessor and connected technologies.

Today, Quality Engineers fulfill key technical leadership roles in most manufacturing organizations. An effective Quality Engineer possesses a wide range of skills from part and process measurement methods, to data analysis and visualization, to risk analysis and quality planning. And because of this broad skill base and interaction with diverse areas of a company, Quality Engineers are often well-positioned to fulfill higher level management roles.

In this course, "An Introduction to Quality Engineering", you will gain a thorough and practical overview of the quality profession without getting bogged down in technical jargon. You will not only learn about the 12 KEYAREAS of quality engineering, but also gain practical concepts in each. In this course, you will learn key skills and strategies in:

• Part Measurement

• Process Measurement

• Calibration

• Assessing Measurement Error

• Data Analysis and Visualization

• Risk Analysis

• Quality Planning

• Quality Systems Development

• Quality Auditing

• Root Cause Analysis and Process Improvement

• Training

• Leadership

This class is designed for the quality, manufacturing or technically-adept professional looking to expand their skill set into this important field of study. "An Introduction to Quality Engineering" will give you a foundational understanding of these key area and prepare you for more advanced training.

Sign up today to begin your journey into the field of quality engineering!!