In this webinar, we will discuss the topics covered in a good Lean Six Sigma Green Belt course and how these skills would benefit your career. We will also compare the Green Belt to a Black Belt curricula in order to show you the differences. You may find that Green Belt training is a perfect fit for your needs or it might not be a good fit. Why pay for a class to answer this question.
Benefits of a Lean Six Sigma Green Belt Training Read More »
Smarter Solutions has come out with a new blended learning Lean Six Sigma training method that overcomes the traditional issues with non-instructor led training. This training has been created to allow individuals to experience self-paced training and for groups to take the course as a team while providing interactive and individualized student coaching through the course by an expert Lean Six Sigma Master Black Belt. There is no similar program available anywhere else. The course also follows an internationally recognized textbook series providing the student with a reference to the Lean Six Sigma tools, theory, and methods well after the course is completed. Smarter Solutions partnered with MoreSteam.com, who has the top on-line Lean Six Sigma training materials, to build the on-line portions of the course. The complete course combines the MoreSteam.com Lean Six Sigma tool training topics with the Integrated Enterprise Excellence Lean Six Sigma project roadmap, created by Smarter Solutions, to provide a course the follows the same sequence as our instructor-led Black Belt course. A student will obtain a level of training that will equal an instructor-led course, without any requirement to travel to a classroom. This webinar will provide: * A review of all Lean Six Sigma training options available today * An overview of the Smarter Solutions Blended Online Black Belt course * A demonstration of an actual training module showing – Interactive lessons – Linked materials like case studies, tutorials, theoretical discussions and more – Linkage to the course reference textbooks – Minitab integration – Integrated coaching requirements * A list of all of the training materials and resources provided with the course Presented by Rick Haynes (Smarter Solutions) and Chris Paret (MoreSteam.com)
An Online Black Belt Training That Equals the Classroom Experience Read More »
Individuals control charts can be used for time-series tracking of a process to determine if the process is in statistical control and can be considered stable. When a process is considered stable, it experiences only common-cause variability. When a process is not in control, special-cause conditions can be causing non-stability.
Individuals Control Chart Reporting Read More »
Attribute, pass/fail proportion data, can be monitored over time for stability and then, when a process is stable, provide a prediction statement.
30,000-foot-level Charting: Attribute Data Read More »
Time-series data that have multiple subgroup samples can be monitored over time for stability and then, when a process is stable, provide a prediction statement.
30,000-foot-level Charting: Multiple Samples in Subgroups Read More »
When non-normally distributed data are tracked over time at the 30,000-foot-level, process stability is to be assessed and a predictive statement provided, when appropriate. However, to make these assessments, a transformation that makes physical sense for this assessment may be needed.
30,000-foot-level Charting: Non-normal Data Read More »
Described in this article, is a methodology for tracking a single-process output response over time to determine process stability and then, if the process is stable, provide a prediction statement.
30,000-foot-level Charting: One Sample per Subgroup Read More »
Predictive measurement statements can be created using the methodologies described in 30,000-foot-level Reports with Predictive Measurements. Organizations can benefit from this enhanced measurement technique.
30,000-foot-level Performance Reporting Applications Read More »
30,000-foot-level charting provides a means to create a predictive measurement statement, which quantifies what internal or external customers of a process are experiencing over time; i.e., Voice of the Customer (VOC). The 30,000-foot-level control chart tracks the output of a process at a high level and is not intended to be used to determine if and when timely process input adjustments should be made.
30,000-foot-level Reports with Predictive Measurements Read More »
Acceptable Quality Level (AQL), which provides a sample size to determine if a lot should be accepted or rejected, statistically does not protect customer. Sampling plans are typically determined from tables as a function of an AQL criterion and other characteristics of the lot.
Acceptable Quality Level (AQL): Issues and Resolution Read More »
