Rating 3.8 out of 5 (21 ratings in Udemy)
What you'll learn- The students will benefit broad perspective on the Quality profession and role of Quality.
- Understanding of the Continuous Improvement tools 6 Sigma and leadership principles (Deming's 14 points).
- Quality Audits, Acceptance Sampling, Control and Pareto Chart.
- FMEA, HAZOP and Risk Management.
DescriptionThis course is written to provide quality professionals with an updated resource that could be used in preparation for CQE …
Rating 3.8 out of 5 (21 ratings in Udemy)
What you'll learn- The students will benefit broad perspective on the Quality profession and role of Quality.
- Understanding of the Continuous Improvement tools 6 Sigma and leadership principles (Deming's 14 points).
- Quality Audits, Acceptance Sampling, Control and Pareto Chart.
- FMEA, HAZOP and Risk Management.
DescriptionThis course is written to provide quality professionals with an updated resource that could be used in preparation for CQE exam or as a reference tool for professional development. I’ll be focusing on comprehensive guide to the field of quality engineering into 7 broad categories:
Management and Leadership
The Quality System
Product, Process, and Service Design
Product and Process Control
Continuous Improvement
Quantitative Methods and Tools
Risk Management
I believe that right quality engineering metrics enable effective quality management and with consistent state-of-the-practice methods, we can deliver the highest quality standards.
By the end of the course, you’ll completely understand:
Quality Foundations, Lean Six Sigma, Continuous Improvement & Leadership Tools
Quality Standards, Documentations and Audits
Predictive and Preventive Maintenance Tools
Material Control, Acceptance Sampling, Measurement and Test
Continuous Improvement Methodologies (Pareto Charts), Kaizen, PDSA, Six Sigma, MBNQA
Quantitative and Probability Concepts, Statistical Process Control
Risk Assessment and Risk Control
Access 60xCQE exam-style practice questions
Quality Engineering consists of analysis methods and the development of systems to ensure products or services are designed, developed and manufactured to meet or exceed the customer’s requirements and expectations. Quality Engineering encompasses all activities related to the analysis of a product’s design, development and manufacturing processes for the purpose of improving the quality of the product and the production process while identifying and reducing waste in its many forms. Quality Engineering methods and tools are often developed and implemented using a cross-functional approach involving multiple business and engineering disciplines.
