Name | Fees | |
---|---|---|
Certified Quality Engineer (Voucher Included) | $ 1988.25 | Register Now |
What you will learn
Learn quality management and leadership: the philosophies and foundations of quality, its leadership principles and techniques, and proven communication skills.
Develop the quality management system (QMS): its design and documentation, standards and guidelines, quality training and auditing, and the cost of quality (COQ).
Design of products, processes, and services: classification of characteristics, verification and validation, and reliability and maintainability.
Learn critical skills required to implement effective product and process control, including acceptance sampling, material control, metrology, and measurement system analysis.
Master the quantitative tools and techniques that drive continuous improvement, from lean and corrective action to kaizen and Six Sigma.
Understand how to summarize data, draw statistical conclusions, analyze distributions, test hypotheses, perform capability studies, and design and execute experiments.
Be fluent in risk management: its oversight, assessment, control, auditing, and testing.
How you will benefit
Preparation for an internationally recognized credential, American Society for Quality certification
Certified Quality Engineers (CQE) earn an average of almost $10,000 more than those who are not certified
How the course is taught
Self-paced, online course
6 Months to complete
Open enrollment, begin anytime
65 course hours
Management and Leadership
Quality Philosophies and Foundations
The Quality Management System (QMS)
ASQ Code of Ethics for Professional Conduct
Leadership Principles and Techniques
Facilitation Principles and Techniques
Communication Skills
Customer Relations
Supplier Management
Barriers to Quality Improvement
The Quality System
Elements of a Quality System
Documentation of the Quality System
Quality Standards and Other Guidelines
Quality Audits
Cost of Quality (COQ)
Quality Training
Product and Process Design
Classification of Quality Characteristics
Design Inputs and Review
Technical Drawings and Specifications
Design Verification
Reliability and Maintainability
Product and Process Control
Tools
Material Control
Acceptance Sampling
Measurement and Test
Metrology
Measurement System Analysis (MSA)
Continuous Improvement
Quality Control Tools
Quality Management and Planning Tools
Continuous Improvement Techniques
Corrective Action
Preventive Action
Quantitative Methods and Tools
Collecting and Summarizing Data
Quantitative Concepts
Probability Distributions
Statistical Decision-Making
Relationships Between Variables
Statistical Process Control (SPC)
Process and Performance Capability
Design and Analysis of Experiments
Risk Management
Risk Oversight
Risk Assessment
Risk Control