
Learn how lean manufacturing and Six Sigma reduce waste and variation, gaining an introductory white belt foundation with lifetime access and the opportunity to engage with the instructor.
Define Six Sigma and its link to the normal distribution and dispersion. Learn how to achieve plus or minus Six Sigma within engineering specification limits to nearly eliminate defects.
Explore lean manufacturing as a waste reduction method that adds customer value by cutting seven muda wastes: transportation, inventory, motion, waiting, overprocessing, overproduction, and defects, plus wasted talents.
Explore the Dmaic problem solving model: define, measure, analyze, improve, and control, and discover how these steps reduce process variation with qualitative and quantitative tools.
Lean and Six Sigma are complementary improvement methodologies that share the Dmaic cycle. They apply to manufacturing, service, and design to reduce defects, eliminate waste, and reduce variation.
Explore the lean Six Sigma belt system from white to master black, detailing training levels, role responsibilities, and how belts lead and support improvement projects in lean manufacturing.
Explore the seven wastes of lean manufacturing—waiting, overproduction, overprocessing, defects, motion, inventory, and transportation. Learn how non-value-added activities affect return on investment, lead time, and process design.
Learn five s, a lean system for creating and sustaining an organized workplace. Apply sorting, straightening, shining, standardizing, and sustaining to reduce waste, boost efficiency, and elevate morale.
Discover the six m's—machine, method, man, material, measurement, and mother nature—as a practical framework for identifying root causes and variation in lean six sigma projects.
Explore the seven quality tools, including histograms, Pareto diagrams, and flow charts, and learn how they support the define, measure, analyze, improve, and control phases in Lean Six Sigma.
Use checklists to verify steps and prevent omissions; compare upper and lower control limits with specification limits, and apply run charts, scatter plots, correlation, and regression for process capability.
Conclude the Lean Six Sigma white belt course with a focus on continuous improvement, basic tools and concepts, and ongoing problem-solving skills for career growth.
Explore next steps after the white belt with the Lean Six Sigma green belt, DMAIC tools, and process capability concepts like CPK and control charts.
Lean Six Sigma does not have to be complicated.
In Certified Lean Six Sigma White Belt, you will learn the foundational principles, terminology, and tools used by continuous improvement professionals to reduce waste, control variation, solve problems, and create greater value for customers.
No previous experience in manufacturing, quality, engineering, or statistics is required. The course explains each concept in clear, practical language and is designed for anyone seeking an approachable introduction to Lean Six Sigma.
What Is Lean Six Sigma?
Lean Six Sigma combines two complementary approaches to process improvement:
Six Sigma was developed at Motorola during the 1980s and focuses on reducing process variation, defects, and inconsistency.
Lean Manufacturing grew largely from the Toyota Production System, with important earlier contributions from Ford, and focuses on improving flow, eliminating waste, and making better use of resources.
Together, Lean and Six Sigma provide a powerful and practical collection of methods for improving processes in manufacturing, service, healthcare, logistics, supply chain, and many other environments.
What Will You Learn?
By the end of this course, you will understand:
What Six Sigma is and why organizations use it
What Lean Manufacturing is and how it improves process flow
How Lean and Six Sigma work together
The roles of White Belts, Yellow Belts, Green Belts, and Black Belts
How the Voice of the Customer guides improvement
How customer needs can be translated into clear, measurable requirements
The purpose and structure of the DMAIC improvement process
The seven wastes—or 7 Mudas—of Lean Manufacturing
The 6Ms used to organize possible causes of process problems
The seven basic quality tools and how they support problem-solving
Practical next steps for continuing your continuous improvement education
Who Is This Course For?
This course is an excellent starting point for:
Professionals who need a basic understanding of Lean Six Sigma
Employees participating in workplace improvement initiatives
Manufacturing, quality, operations, and supply chain personnel
Supervisors and managers who work with continuous improvement teams
Students preparing to continue into Yellow Belt or Green Belt training
Anyone interested in learning how organizations improve their processes
For professionals seeking a practical understanding of Lean Six Sigma terminology and methods, this course can serve as a valuable stand-alone introduction. For those planning to continue their education, it provides a strong foundation for more advanced continuous improvement training.
Included With the Course
When you enroll, you will receive:
Approximately 1.5 hours of focused, beginner-friendly instruction
Downloadable reference materials covering the 6Ms and the seven wastes
LIFETIME ACCESS to the course and future updates
Access to the course question-and-answer forum
A personalized and downloadable Certificate of Completion from Udemy after finishing the course
Begin building your understanding of Lean Six Sigma and discover how small, systematic improvements can produce meaningful results.
Enroll today and take your first step into the world of continuous improvement.