bad lessons, no meaningful explanations, only empty stories

no puedo real izarlo pues solo esta en ingles

Have to purchase additional material.

Certainly! Six Sigma is a data-driven methodology and philosophy that aims to improve the quality of processes and products in organizations. **1. Define** The first step in the Six Sigma process is to define the problem or project clearly. This involves setting clear objectives, identifying stakeholders, and establishing a project charter. Defining the problem is crucial because it sets the stage for the entire project. Without a well-defined problem, it's difficult to measure success and make improvements. **2. Measure** Once the problem is defined, the next step is to measure the current process performance. This involves collecting data and analyzing it to understand the process's current state. Key metrics and performance indicators are identified, and data is used to assess how well the process is currently meeting customer requirements. **3. Analyze** In the analysis phase, the data collected in the measurement phase is examined in-depth to identify the root causes of problems or defects. Tools such as cause-and-effect diagrams, Pareto charts, and regression analysis are often used to uncover the factors contributing to variations in the process. This is a critical step in understanding why defects occur. **4. Improve** With a clear understanding of the root causes of problems, the next step is to make improvements to the process. This could involve implementing process changes, redesigning workflows, or introducing new technologies. The goal is to eliminate the root causes identified in the analysis phase and optimize the process for better performance. **5. Control** The control phase is about establishing ongoing monitoring and control mechanisms to ensure that the improvements made in the previous phase are sustained. Key performance indicators and control charts are used to track the process's performance over time. This phase is crucial for preventing the process from reverting to its previous, less efficient state. **6. DMAIC and DMADV** Six Sigma projects are typically categorized into two methodologies: DMAIC (Define, Measure, Analyze, Improve, Control) and DMADV (Define, Measure, Analyze, Design, Verify). DMAIC is used for process improvement projects, while DMADV is used for designing new processes or products. Both methodologies follow a structured approach to problem-solving and quality improvement. **7. Statistical Tools** Six Sigma heavily relies on statistical tools and techniques to analyze and improve processes. Some commonly used statistical tools include regression analysis, hypothesis testing, control charts, and design of experiments. These tools help in making data-driven decisions and identifying the most critical factors affecting process performance. **8. Customer Focus** One of the core principles of Six Sigma is a relentless focus on customer requirements and satisfaction. The aim is to align processes and products with what the customer values most. By understanding customer needs and expectations, organizations can deliver higher-quality products and services. **9. Process Variability** Six Sigma seeks to reduce process variability by minimizing defects and errors. It recognizes that variations in processes are a significant source of inefficiency and poor quality. Through statistical analysis and control, Six Sigma aims to reduce variability to a level that meets or exceeds customer expectations. **10. Leadership and Cultural Change** Successful implementation of Six Sigma often requires a cultural shift within an organization. Leadership plays a vital role in driving this change, fostering a culture of continuous improvement, and providing the necessary resources and support for Six Sigma projects. In conclusion, Six Sigma is a comprehensive methodology for process improvement and quality management. It provides a structured framework, tools, and principles to enhance process efficiency, reduce defects, and ultimately meet customer expectations. By following the DMAIC or DMADV approach and embracing the statistical and customer-focused aspects of Six Sigma, organizations can strive for operational excellence and sustained quality improvements.

The Six Sigma Principles course offered by the University System of Georgia is a starting point for individuals interested in improving processes and managing quality. It covers Six Sigma principles, a collection of techniques and tools aimed at enhancing processes.

What sets this course apart is its approach. It begins by providing an overview contextualizing Six Sigma's significance in business strategy. The course then delves into the principles addressing topics such as process variation, Sigma levels, and the stages of the DMAIC cycle (Define, Measure, Analyze, Improve, and Control).

The course structure is well-organized and easy to follow. It simplifies concepts into sections while utilizing real-world examples to illustrate these principles. The quizzes and assignments encourage learners to apply what they have learned effectively

The course could be improved by incorporating elements to engage learners actively. Although the content is informative additional interactivity would enhance the learning experience.

Overall, the Six Sigma Principles course offered by the University System of Georgia is a choice for individuals seeking to learn about Six Sigma. Whether new to this concept or looking to deepen your understanding, this course provides a foundation. With its extensive content, provided by a respected institution, this resource proves highly valuable for professionals across various industries.

Rating: 4.5/5

I have learned the following skills in this course:

Lean Principles and Methodologies, Quality tools and Business Processes, 5S system, Six Sigma Metrics and Measures, Six Sigma Culture, the importance of teams and Stages of team development, 8 types of wastes ( how to identify and reduce or eliminate), Six Sigma Methodology and Decision Making Tools, Benefits of Lean and Six Sigma, JIT and KanBan (Implementation and Benefits)

I am really grateful to the professors who have created this content. Thank you for everything as the content is really interesting and engaging. Also, the discussions and the practice Quiz are so well formulated and presented.

I look forward to learning many such courses that improve the skill set to achieve greater heights in the career.

The course really supplies a lot of useful information for the business practice, especially for people familiar with the business environment who have no knowledge about quality or continuous improvement. Some topics and concepts like Process Yield or Uptime are coved too superficially, so that people with no manufacturing experience may need some external support. In the questionaires, some questions have nothing to do with the scope of the lessons or the recommended book's content. The overall result for me was quite satisfying.

It was an incredible course. Having a lot of information, everything was very well explained and very useful. I am very happy with the result. Thank you very much.

Thank you so much to sir Bill Bailey, Ph.D., sir Gregory Wiles, Ph.D., sir David Cook, Ph.D. and madam Christina Scherrer.

However, there is still one point for improvement. Some questions require to study the non-mandatory book of the course or to do basic research on the internet in order to have the right answer and explanation.

First off, I would like to express my massive gratitude to Coursera for providing financial aid to people who for any reason are not able to pay for the courses. Talking about the course itself, although it was just an overall review of how Lean and Six Sigma work, it gave a very clear and thorough understanding of how to optimize processes and handle waste. Not only did I learn so much from it, but I also enjoyed it and am going to take those methods into action in my everyday life as well.

Very Good Course . Due to COVID 19 situation I lost my job and had a plenty of time to spare . I thought what will be best way to utilise it other than upskilling myself.

I was very much interested in Lean Six Sigma and applied for this course and luckily I was granted financial aid .

I successfully completed this course in very short period of time and now my aim is to complete a green belt qualification .

Thank you COURSERA .

An absolutely well guided course. Thank you coursera and Kennesaw state university for making this learning available, Special thanks to Prof. Bill Balley, Prof Gregory wiles, Dr. David Cook and the entire team, the teaching method was really understandable with briefing, case studies and examples. It was an great experience to learn from the Faculty team. Looking forward to learn more. Thank you.

Six Sigma Principles one such important methodology is. It is used to reduce the defects in the services or products and reduce variations in the processes and thus increases productivity across all the product lines in many industries.

I already successfully completed the Six sigma Principles course and it was very much interesting and here Video and tropics are very clear to learn. Thanks.

The six sigma principles was a different experience for me.As a chemical engineering graduate it is important to know about how different organisations work by following lean and six sigma methodologies to improve the quality of products and to reduce the amount of waste produced.S o this course helped me to get some basics on the quality standards and the methods used to improve it.

Great foundational course covering all aspects of Lean and Six Sigma. I enjoyed learning about both processes and how they can be applied to improve the effectiveness and efficiency of a company. I feel better prepared to continue learning about Six Sigma and Lean processes. Definitely recommend this course for anyone looking at gaining a better understanding of these two systems.

The course provides very clear understanding about six sigma principles,, terms and techniques used in lean six sigma. I am very confident that the course makes able to think forward about the implemetation of this concept at the shopfloor. I am thankful to the University for designing such type of a course, managing and delivering the valuable content within very less time.

This is an excellent introductory course to Lean Six Sigma. In contrast to most other online course, though, the quizzes are relatively difficult especially for a beginner who intends to casually breeze through the videos. Reading the recommended text (or similar alternatives available in the internet) before or after watching the videos is strongly advised.

very informative and learnt a lot of new things. Excited that i passed out such an important course which adds better dimension to my career. Would like to be part of coursera from here on. I thank coursera specially for understanding my financial situation and giving me support to complete the course. Without their big help this could never be achieved.

its a precise and well informative course, it held me to learn some additional concepts in my free time which I would not be able to learn in my class due to the course I have chosen. also, some concepts are nicely explained that we can relate easily and whenever we encounter those situations we can relate to this. Thank you coursera, Georgia tech.

An amazing amalgamation to build the bridge between gap of skill set & our future aspired Job role. This entire course covers it all that u from a Six Sigma Yellow Belt, with a practical approach. The way this module utilizes our skills into application by assignments & quiz is also an intreging part of this course.

Really good course! I liked that the videos aren't long, and it was easy to keep up the schedule of the modules. The content is really satisfactory for the introduction of six sigma principles. Congratulations to Coursera, Georgia University System and the professors involved! Can't wait for the next courses!

Good methodology for quality control especially using various analytical charts. Six Sigma tools help you to properly identify problem and find solution to offer better product to the customer. It's closer to Continuous Improvement tool that ultimately give you experience with Project Management.

The course has equipped myself with basic and background understanding on Six Sigma Principle, why it is important, what benefit it could bring to businesses as well as one self, and how we can use it not only in manufacturing but also other aspects in life.

Thank you for the informative course!

Most enjoyable course ever cause i know a new things about business area. Six sigma principles which syllabus makes in a way that is very nicely arranges for all students to learn easily & captured even all of the video lectures are just splendid, fabulous. Wish a good service, thanks again.

Big thanks for getting me joined in this course, now i realize that process improvement is a long way journey not instant process, many tools can help the process to be successfull, great course and well prepared material, once again many thanks for the six sigma priciples course team.

This course has been a perfect walkthrough for understanding the principles and methodologies behind the Six Sigma Principles. The course has been tailored in an excellent manner to make the reader understand effectively. Also, the quizzes are perfectly set up based on the difficulty.