Online Motorola eLearning - Training Resources

Six Sigma Management and Leadership Training Program ...agement and leadership principles originally developed by Motorola and perfected by corporations like General Motors and General Electric. Find out how Six Sigma is applied in service and product based companies to improve profits and customer satisfaction simultaneously. We will also provide an in depth analysis of Six Sigma strengths, weaknesses, opportunities and threats as we size it up  more...

Common Tests The Analyze phase of Six Sigma's?? DMAIC (Define, Measure, Analyze, Improve, and Control) roadmap includes what is traditionally referred to as "crunching the numbers." After you have accurately defined the problem and measured the correct data in earlier phases, the Analyze phase looks at that data from all angles in an effort to precisely determine the relationships among variables. Making the  more...

Variance Contingency Tables and Nonparametric Tests The Analyze phase of Six Sigma's?? DMAIC (Define, Measure, Analyze, Improve, and Control) roadmap includes what is traditionally referred to as "crunching the numbers." After you have accurately defined the problem and measured the correct data in earlier phases, the Analyze phase looks at that data from all angles in an effort to precisely determine the relationships among variables. Making the  more...

Six Sigma--Statistical Process Control If you were an engineer charged with the health of a dam, would you fix a leak by pressing a cork into the crack? Would you consider such a solution permanent? When a Six Sigma?? team imposes control measures on a process it has improved, it does so with the idea of making its improvements long-lasting. The Control phase of the DMAIC model (Define, Measure, Analyze, Inform, Control) doesn't rely  more...

Control Charts and the Pre-control Process Six Sigma teams may be tempted to consider their work done once they have improved their processes during the Improve phase. However, in the Control phase of the Six Sigma?? process improvement system, teams go further and verify that improved processes continue to perform at the improved levels. This course will present control charts, which are used to determine with statistical precision the  more...

Six Sigma--Lean Tools for Control Two key methodologies for improving operations in the manufacturing world are lean manufacturing and Six Sigma??. Both are designed to reduce variation, yet each takes a different track. While Six Sigma utilizes data and statistical analysis to measure and improve a company's operational performance, lean manufacturing collocates all of an organization's processes in sequential order,  more...

Six Sigma--Measurement System Re-analysis Have you ever tried to change your life with a diet or exercise program, only to backslide and lose all the positive changes you made? It's easy to lose sight of the ultimate goal--improved health and fitness--after reaching your goal weight and fitness level. Maintaining positive changes takes just as much effort and vigilance as making the changes initially. Likewise for businesses--the benefits  more...

Define the Six Sigma Opportunity Have you ever heard someone say, "That's putting the cart before the horse"? It's a quaint way of describing a process that's being implemented in a backward manner. One example of this is a company that begins to make organization-wide improvements before identifying which improvements would provide optimal benefits. This course, Define the Six Sigma Opportunity, is a guide for choosing those  more...

The Six Sigma Project Charter and Plan What constitutes a project charter? How do you know whether you've set the right goals for your project? What tools can best help you plan your project? As you advance in this course--which focuses on project charter elements as well as planning tools and project documentation--you will obtain the skills and knowledge required to manage your project charter and plan.Six Sigma is a registered  more...

Six Sigma Team Leadership By addressing customer needs, streamlining processes, minimizing variance, and addressing poor quality and inefficiency, Six Sigma?? can encourage a more profitable and sustainable business. The development and leadership of an effective team is critical if these outcomes are to be achieved. An effective Six Sigma team comprises the right people using their skills in collaboration with each other  more...

Six Sigma Team Dynamics and Performance Yogi Berra once said, "The other teams could make trouble for us if they win." While the quote is just one of Mr. Berra's many adages, it does provide a clue to the importance the legendary baseball coach placed on effective teamwork. Teamwork is no less important in the Six Sigma?? world. In fact, more than one Six Sigma expert has stated unequivocally that without effective teamwork, a process  more...

The Six Sigma Change Agent What is a Six Sigma?? change agent? How does one advocate change on a business-wide level? What are the skills required and the techniques used? In this course, you'll learn about the roles and responsibilities of the Six Sigma change agent. You'll explore ways to build a change management process and how to plan for change implementation. Effective communication is central to Six Sigma success,  more...

Six Sigma Management and Planning Tools In the 1970s, a group of seven "new" tools for quality management were developed in Japan. When they reached America in the 1980s and 1990s, they were renamed the Management and Planning (MP) tools. Used separately or in combination, they are powerful tools in the Six Sigma?? approach for insuring quality and continuous improvement. This course will cover the seven tools--affinity diagrams,  more...

Six Sigma and the Voice of the Customer Do you know the phrase, "caveat emptor"? It's a Latin term that means, "Let the buyer beware." It's also a legal principle stating that consumers must purchase goods at their own risk, because unless specifically asked, the seller is generally under no obligation to disclose defects. Caveat emptor once struck fear in the hearts of many wary consumers. Fortunately, the tide has turned. Increased  more...

Six Sigma and Critical Customer Requirements Mark Twain once said, "Everybody talks about the weather but nobody does anything about it." Unlike the weather, serving customer needs is something companies actually can do something about. Quality Function Deployment (QFD) is a systematic process for motivating a business to focus on its customers. In a Six Sigma?? environment, such a focus is central to success. In this course, you'll learn  more...

Defining and Mapping the Six Sigma Process Maps are incredible tools. They show--on one page--where you are, where you want to go, the best way to get there, and endless alternate routes. Without maps, we would be left to wander unknown paths to uncertain destinations, encountering untold pitfalls along the way. Maps are also important tools in guiding Six Sigma?? teams in the quest for process improvement; it is impossible to improve a  more...

Scoping the Six Sigma Project Six Sigma?? Black Belts are called upon to solve problems that have no known solutions. This is a risky endeavor. Yet Six Sigma deployment has a track record of success. One of the keys to its success is proper project scoping. No one wants to try to do it all with a single opportunity. Six Sigma projects need to be selected mindfully and scoped appropriately. Yet, without known solutions,  more...

Design of Experiments DOE By the time they reach the Six Sigma?? Improve phase, organizations have a solid understanding of how and why their processes fail to meet customers' expectations. Organizations use the Design of Experiments (DOE), a key methodology of the Six Sigma Improve phase, to quantify with statistical precision the factors that are causing this gap. Well-designed experiments result in effective process  more...

Design and Analysis In the Six Sigma?? Improve phase, organizations are aiming to evaluate which process inputs have the most significant impact on the process output. Only by effective experimental design and subsequent analysis can organizations pinpoint areas for improvement. This course will enable you to choose between process methods, determine the most effective process, and take into account all of the  more...

Taguchi and Quality Improvement Well-designed experiments result in effective process design or redesign, and ultimately, improved organizations. The Taguchi Method is a technique for designing and performing experiments to investigate processes where the output depends on many variables. The Taguchi Method allows the Six Sigma teams to avoid the tedious and costly task of running a process using all possible combinations of  more...

Experimenting for Process Improvement The Improve phase of the Six Sigma DMAIC methodology concerns locating the optimal conditions of a process. Many improvement techniques used in Six Sigma concentrate on the impact of single factors on response or yield. In order to achieve breakthrough improvements, however, it is necessary to determine how multiple interacting factors impact response.This course introduces the sophisticated  more...

Process Analysis and Documentation The Six Sigma?? DMAIC system is a roadmap that points the way to process and performance improvement. The second phase in this methodology is Measure. You cannot hope to improve processes and performance without first knowing where you are, assessing where you want to be, and then planning how to get there, while measuring progress toward the goal all along the way. In the words of an old adage,  more...

Probability and Statistics The Measure step of the DMAIC system used in Six Sigma?? relies on the use of probability and statistics to produce information on variations in process. Black Belt candidates must be proficient in descriptive, inferential, and process-oriented statistical thinking; must understand how to stratify data; and must appreciate the uses of the Central Limit Theorem and inferential statistics to  more...

Collecting and Summarizing Data The Six Sigma?? DMAIC system is a roadmap that shows the way to process and performance improvement. The second phase in the roadmap, the Measure phase, provides a methodology and tools for establishing a baseline of current processes. This baseline is your starting point for process improvement. A critical part of establishing baselines is collecting data that will enable you to learn the current  more...

Properties and Applications of Probability Distributions Whether calculating future process capability or the length of time before product failure, probability distributions are essential to the Six Sigma?? Black Belt. Distributions and their random variables are the key to determining supportable conclusions for hypothesis tests and confidence intervals. This course discusses the general use of probability distributions, and reviews the applications  more...

Measurement Systems The Six Sigma?? DMAIC system is a roadmap that shows the way to process and performance improvement. The second phase in the roadmap, the Measure phase, provides a methodology and tools for collecting data and establishing baseline measures of current processes. However, measurement itself can be problematic. A measurement system is only as good as the measuring instruments and the operators, and  more...

Analyzing Process Capability Process capability is determined by a range of variables including people, machines, materials and measurements. The cumulative result must be quantified numerically to determine current performance and project future potential. To do so requires a knowledge of control limits, specification limits, capability indices, and the difference between short- and long-term variability. This course teaches  more...

Calculating Process Capability When process data fails to produce a normal distribution, special indices are required to calculate process capability. This course teaches Black Belt candidates the indices for non-normal process capability, and discusses how to transform non-normal data for use in standard statistical tests. It also examines the difference between continuous and discrete data, and the distributions used for  more...