Online Six Sigma Improve eLearning

Project Management and Six Simga Training Programs- Prep for PMP Certification Project management as a profession has grown exponentially over the last 30 years. Many organizations recognize the value of project management as an effective way to achieve business results. Project management standards and practices can be found in all industries (i. e. construction, manufacturing, aerospace, and telecommunications) and all disciplines (i. e. engineering, information  more...

Six Sigma Training Certification - Black Belt The Black Belt training program integrates online learning with hands-on data analysis. The course material provides an in-depth look at the DMAIC problem-solving methodology, as well as deployment and project development approaches. The course flow follows the DMAIC methodology, with the appropriate tools and concepts taught at each stage of project deployment. Black Belt candidates generally  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...

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, restructuring  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 ...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 redesign, and ultimately,  more...

Design and Analysis ...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 necessary  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...

Lean Concepts Most business processes are 90 waste and 10 value-added work. The challenge for businesses today is to find new ways to dramatically reduce costs and improve investment returns while better serving their customers. To meet these challenges, organizations have turned to Lean Thinking, which seeks the elimination of all forms of waste, strives for continuous improvement, and simplifies business  more...

Non-value added Steps and Tasks Anytime you have products sitting in inventory it means your resources are not producing cash flow. Identifying and removing the non-value-added steps and tasks in the supply chain is the key element in effective inventory management. This course examines how Lean businesses seek to integrate their supply chains with their production processes so as to minimize inventory levels, improve the flow  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...

Six Sigma Reducing Variation to Improve Quality What, do you expect everything to be perfect? How would you respond if one of your employees said that to you? You might consider saying, "Well, yes " In fact, striving for near perfect quality is reasonable and achievable. It's a matter of reducing variation through the use of Six Sigma. "Variation," or deviation from what the customer wants, may be inherent in the business world, yet by  more...

Six Sigma DMAIC Analyzing the Process Imagine the perfect cup of coffee--it tastes and smells great, it's served at exactly the right temperature, and, best of all, it satisfies you every time. Because it's perfect, you find yourself returning again and again to the cafe that sells it. The perfect cup of coffee--or the perfect product or service--is what Six Sigma is all about. To achieve Six Sigma, a product or service has to be 99.9  more...

Advanced Six Sigma - The Improve and Control Phases of DMAIC The Improve phase in the DMAIC model of Six Sigma implementation helps the practitioners to generate solutions select the best solution and implement it to improve the performance of processes. The Control phase is the final phase of the DMAIC model. It enables the Six Sigma team members to apply a set of tools and techniques to maintain the new improved process.  more...

Six Sigma Part 2: Deploying Six Sigma In Deploying Six Sigma you will learn the fundamentals of beginning a Six Sigma project. It begins by giving assistance in prioritizing projects and selecting key people before then helping the learner to define measure analyze improve and control the selected process. It also looks at process capability studies and how they should be directed.  more...