I had never clearly understood the term six sigma before watching this video. Your explanation is so detailed and helpful. Thank you so much for making this video❤😭❤
Six Sigma is a term which I understood vaguely and in theoretical terms. It was difficult to articulate for me, especially if someone asks for explanation. But this here is the best explanation that I have ever seen on the topic. Kudos !!
Such a blessing to have found your video. Even AI could not explain it clearly to me, it keeps apologizing for giving confusing responses. Thank you very much, Sir. Keep up the great work ☺✨
Thanks from India. I am a finance professional and had a successfully running food business which I compelled to wind up due to Covid19 pandemic. I just thought of adding a qualification to my resume and wanted to know what is Six Sigma. Your videos really helped me.
Thank you so much for this video! I’m getting a head start on my Six Sigma training and your explanation was so clear and simple. That is something that is greatly appreciated! Thank you! ❤❤❤
Thank you, yes, really a blessing. I tried your example in Excel and it gave me a "hands on" experience, very useful. Next, I want to try it out using some material I am familiar with - but how many datapoints should I use, and what is the Six Sigma way of finding min and max limits?
Hi, I am new to the concept of Six Sigma and want to make sure I am coming to the correct conclusion. In this example, we are saying that the mean temperature of the food that is actually being delivered is 133.28 degrees. However, the mean of the LSL (130 degrees) and USL (135 degrees) is the optimal temperature at 132.5 degrees. In order to have 6 Sigma in this example, the food preparation process needs to change so that the the mean of what is actually being delivered is lower and closer to the optimal temperature of 132.5 degrees. Am I even close to being on track here?
Almost…we can’t calculate the actual mean that gives us six sigma until a change is made to the process and new data is taken.the reason for this is because your sigma level will change and so will the mean. If you go back and look at the video at time stamp: 9.06, and count the total sigmas, you get 10 sigmas so there’s no way the current process could operate at 6 sigma (otherwise, we’d at least count 12 sigmas…6 on each side of the mean)…so, a change must be made so the variation of the temperatures shrink…creating a smaller standard deviation..:and allowing room for more sigmas between the mean and specification limits.
Probability enters when doing statistical estimations...calculating the probability of defects, failures, etc....probability of success...hypothesis testing....but in the pure calculation of 6 Sigma...no, it doesn’t. Does this answer your question? Thanks for commenting! Consider subbing if you haven’t!
Excellent Presentation! Your videos clearly explain SS and also go beyond in showing how statistical measurements affect the desired/undesired outcome! I havnt seen anyone elses videos do thtr. Well Done!
I’m not even in the course but was thinking about this and you broke it down so well to the point u feel like with more studying I could actually understand it even better. I’m waiting to start my project management course (CAPM) paid for by the army and I think I want to do six sigma next! Do you do project management videos as well?
No, but there is a channel that focuses on PM heavily. I’ll post a link to the channel at the end of this comment…six sigma is good but I would focus more on lean, Root Cause Analysis and Kaizen..I have a master Black Belt and speak from experience…you just need to know how to fix business problems and rarely do I see anyone using six sigma (actually never) if you see it on a job description, it’s because they want someone who knows how to fix a problem but the person writing the JD doesn’t know how to articulate what they want and feel that six sigma encapsulates everything-but it doesn’t! Six Sigma projects take 4-6 months to complete…businesses need faster response times! This isn’t tru for 100% of job postings with six sigma in the JD but I’d argue it’s about 98%. Hope this helps. Here is a link to her channel: youtube.com/@adrianagirdler?si=iYyd_YjT1ssMKW57
+HIMANSU SEKHAR PATRA thank you! I appreciate all feedback but really appreciate the positive feedback! Let me know if there other videos you’d like to see! Be well!
Chad Burroughs Thanks for replying. It would be nice to see some videos about practical ways how to study and pass ASQ greenbelt/blackbelt exam. It would be nice to hear your journey, how you get the certification. I really like the trick of marking pages in the primer to quickly get relevant topics. Please share this kind of small tricks😊.
sigma is Sd is statistics which means dispersion or how a things deviate from its original, It is basically the sq root of variance and variance mean how data varies.
Great breakdown and explanation but when I square the numbers in the (x-xbar) I get a different value than your example. What am I doing wrong? Thanks!
@@learnkaizen ok thanks! I see what happened, excel rounded the Xbar and the (x-xbar) columns but it didn’t account for the rounding in the output column. Thanks for the quick reply. Still a very good explanation.
Very good explanation.. But for the denominator of SAMPLE std deviation formula.. It should be n-1 instead of just n.. Denominator of just n or N is used for POPULATION std deviation.
Hello Chad, thank you for this clearly explained video. It's one the best out there! However, for this particular example, is it correct to say they are operating at 3 Sigmas (within USL) plus 6 Sigmas, which is sum up at 9 Sigmas (within LSL)? Sorry if this is a 'dumb' question...😮 Thank you in advance!
Not a dumb question at all. We would not sum up the sigmas because if we did, it would sound as if we’re operating at 9 sigmas which would be incredible! So the data set must be six sigmas from both the USL and LSL. Hope this helps.
@learnkaizen Thank you for coming back, Chad. So, in a 'layman language', what would you put about this process with 3 Sigmas on the right of the mean and 6 Sigmas on the left of the mean, and they are all within USL and LSL respectively, which is the VoC (i.e., conformity is guaranteed)?! Chad, for curiosity, what sort of Sigmas are they operating in here? Should we say 3 Sigmas? Please assist again here, and it would be very much appreciated as always 🙏
Thank you so much for explaining this concept with so much clarity. I only wish you went further to explain how this can be used to improve the process and always make it within limits
Thank you for explaining it in a very understandable way. I understand that you have provided this example for a better understanding and it very much clarified my doubt, but i have one small doubt in the example which you have provided. You have mentioned that for a process to be 6sigma, the avg/mean should be 6 sigma away from the nearest specification limit, so in this example , is 3 sigma approach enough to achieve the requirement?
This is the first video I watched that explained it really well, thank you so much! What if we only reached a standard deviation of 3 on the LSL side of the histogram just like the USL, will it mean that the restaurant food temperature range is not a six-sigma process?
Correct! You’ve got it. Appreciate the comment and question. Thank you for your support on the channel. I don’t get a ton of views because this field is such a small niche so I sincerely appreciate all the comments, likes, and questions.
We manage to the big common-sense numbers, like safety, profitability, productivity, market share, customer loyalty, employee engagement, and ROA, but we avoid getting bogged down in the mind-numbing Minitab stats on process variation and Sigma shifts. Yes, that is where Six Sigma gets “goofy
I think it’s great that companies measure SQCDP....safety, quality, cost, delivery, People...companies should also consider RCA since we all know problems will occur. Businesses certainly don’t need to get bogged down by data (analysis paralysis). Six sigma should be used to ensure variation is under control. When a special cause variation appears - the DMAIC methodology can be used to solve the problem. As for sigma shift, this is just something that processes experience over time so the “process forgiveness” is baked into 6 sigma. Understanding the statistical probability for potential failures in the market or knowing how to set up, measure and manage the voice of the process as it relates to the voice of the customer may not be the right fit for every company but is certainly worth it for many companies where the wrong variation can be detrimental....for example: aerospace and pharmaceutical. These industries need folks who understand six sigma, lean and RCA. Appreciate your comment!🙏
So because they are not operating at 6 sigma, does that mean they need to further dissect their process in order to get there? Like find out why they are not achieving their target and make adjustments until they do?
Yep. You got it...if they want to achieve six sigma. Sometimes it depends on the business. For example: if your product is inexpensive with loose tolerances - you may not want or need to invest in six sigma. Hope this helps.
Request: Would you be able to provide actual data to understand and for my review. I love to play with numbers for 6 sigma example. For an example it works well. Perhaps I can use for my training for upcoming workshop. 👍🏾
I used data in the example. If you’re looking for raw data from a real world example, no - I can’t provide that kind of data. However, you can use whatever raw data you have…then follow the same process as indicated in the video.
I new in my heart, or I should say my instinct told me that you would not be able to provide requested data because perhaps it does not exist. Thus I am not surprised to receive the answer, I predicted.
Data exist everywhere. Im not following your request//prediction. For ethical reasons, I don’t typically share data from companies I’ve worked with. As for actual raw data, help me understand what you’re looking for…do you want the temperature data points in the example? I’d encourage you to go and find data, stratify it and apply the formula in the video. The learning points are: how to use the formula and to define six sigma. Not to provide raw data…
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I had never clearly understood the term six sigma before watching this video. Your explanation is so detailed and helpful. Thank you so much for making this video❤😭❤
You’re welcome!
Six Sigma is a term which I understood vaguely and in theoretical terms. It was difficult to articulate for me, especially if someone asks for explanation. But this here is the best explanation that I have ever seen on the topic. Kudos !!
Thank you!🙏
Such a blessing to have found your video. Even AI could not explain it clearly to me, it keeps apologizing for giving confusing responses. Thank you very much, Sir. Keep up the great work ☺✨
🙏 thank you! I sincerely appreciate your support and comment. I’ll do my best to keep up the work…comments like this give me motivation! Thanks again.
This is the best six sigma explanation ive ever seen. Simple and precise ! Thanks heaps
Thank you!🙏
I could not agree more
@@babongkob8502 really appreciate the feedback! 🙏
I strongly agree :)
The best explanation of 6 sigma EVER!!!
🙏
This is exactly the video I needed to understand the practical part (and the math) behind 6Sigma.
Thank you!
the best explanation on youtube! Thank you.
Happy to help! Thanks for the positive feedback!
This / YOU completely unlocked this mystery is the simplest way possible, which is of course the best way!! Thank you so very much!!!
Anytime! Glad to help.
Thank you explaining the data. It was very simple to follow. The other classes I have attended made it so complicated. Great Job.
Doretha Bailey you’re very welcome! I’ve always thought the same thing which is why I made this video! Thanks fore the positive feedback!
Thanks from India. I am a finance professional and had a successfully running food business which I compelled to wind up due to Covid19 pandemic. I just thought of adding a qualification to my resume and wanted to know what is Six Sigma. Your videos really helped me.
🙏
Thank you, Chad, for your clearly explanation.. its the first time to me for hearing explanation in 10 mins without boring at all :)
😂 Thank you! Really appreciate the kind words. Be sure to share the video link if you feel others will benefit from the information. Thanks again🙏
this has to be the best video on the topic I've ever come across. subscribed.
Thank you! Very much appreciated! 🙏
Simplified a lot of things for me which seemed too had, thanks for a clear, crisp explanation
I was so lost in class until this! THANK YOU SO MUCH!!!
Awesome! Thank you for the feedback!
You made it so easy to understand... Thank you so much!
Awesome! Glad you liked the video.
Thanks for the clear mathematical explanation about the six sigma .
This is the best six sigma explanation. Thank you.
Finally after watching 50 Videos I've found yours and now I got it. Thank you.
Be sure to subscribe! I love helping folks in this field.
Thank you so much for this video! I’m getting a head start on my Six Sigma training and your explanation was so clear and simple. That is something that is greatly appreciated! Thank you! ❤❤❤
Thanks for watching and commenting.
All I can say is "top-drawer" a very succinct explanation, outstanding work, great going!
Thank you! 🙏
Thank you, yes, really a blessing. I tried your example in Excel and it gave me a "hands on" experience, very useful. Next, I want to try it out using some material I am familiar with - but how many datapoints should I use, and what is the Six Sigma way of finding min and max limits?
This is the best six sigma explanation I have see in this platform. Actually cleared my concept about it.
Thank you for this 🙏
🙏
The best explanation about six sigma. Thanks Chad
Anytime!
Hi, this is the best explanation video that I have ever seen on the topic. Thank you so much sir, Great job.
🙏
Thanks for such a gr8 clarity. Signa level is nos. of Sigma value that can be placed between specification limits...
Thank you.
Bravo!!! Incredible video. This concept was actually so difficult to me and you made it so easy and clear. THANK YOU.
Thank you so much🙏
Absolutely, a crystal clear explanation. Thank you👍👏👏
Srikanth Subramanian awesome! Glad you enjoyed it...thanks for commenting! 🙏
You are genius , the best ever dissection Standard Deviation !!!!!
Im no genius but...I do appreciate being called one😂🙏😂 thanks for the support!
Hi, I am new to the concept of Six Sigma and want to make sure I am coming to the correct conclusion. In this example, we are saying that the mean temperature of the food that is actually being delivered is 133.28 degrees. However, the mean of the LSL (130 degrees) and USL (135 degrees) is the optimal temperature at 132.5 degrees. In order to have 6 Sigma in this example, the food preparation process needs to change so that the the mean of what is actually being delivered is lower and closer to the optimal temperature of 132.5 degrees. Am I even close to being on track here?
Almost…we can’t calculate the actual mean that gives us six sigma until a change is made to the process and new data is taken.the reason for this is because your sigma level will change and so will the mean. If you go back and look at the video at time stamp: 9.06, and count the total sigmas, you get 10 sigmas so there’s no way the current process could operate at 6 sigma (otherwise, we’d at least count 12 sigmas…6 on each side of the mean)…so, a change must be made so the variation of the temperatures shrink…creating a smaller standard deviation..:and allowing room for more sigmas between the mean and specification limits.
What a wonderful and simple explanation.... Superb... From India.
This is the greatest explanation I have ever seen on TH-cam and I have just subscribed to the channel 🙏🙏
Thank you!
This video made me think deeply.
on point....no simping
Well done CHAD...
Appreciate your content
Thank you!
Thanks for breaking this down Chad...made it easy to understand what this is.
You’re so welcome! Thank you for the feedback! Consider subscribing if you haven’t already. 🙏
Best explanation I could find
Only 3.4 people per million watching this wouldn’t have understood this, great explanation, loved it!
Like what you did there. Appreciate it!
Very clear explanation. I use someka's 6 Sigma calculator, which is quite helpful, I totally recommend it. I appreciate the video. Thank you
🙏
Best explanation for six sigma. You made it so easy. Thank :)
You’re welcome!
So there is no concept of probability in the explanation of six sigma ?
Probability enters when doing statistical estimations...calculating the probability of defects, failures, etc....probability of success...hypothesis testing....but in the pure calculation of 6 Sigma...no, it doesn’t. Does this answer your question? Thanks for commenting! Consider subbing if you haven’t!
Many thanks.You have made this so beautifully and so easy to understand.
Thank you!
Amazing! I didn't quite get it until this video. Thank you!
Glad it helped!
Excellent explanation. Easy to follow. Theory follow with example. Best. Thank you.
🙏
This was truly helpful. You are so good at explaining. Thank you
My pleasure.
this was explained very well. Now I understand the meaning. Earlier I knew the concept but not why it was called so. thanks.
🙏
Excellent Presentation! Your videos clearly explain SS and also go beyond in showing how statistical measurements affect the desired/undesired outcome! I havnt seen anyone elses videos do thtr. Well Done!
Thank you! 🙏 sincerely appreciate the feedback…keeps me motivated.
Really an awesome video and such a lucid process of making things understand....
Thank you!
@@learnkaizen my pleasure, can we get a little bit of a drill down in DPO and DPMO as well, to clear the concept.
this video was the so understadable conceptualy and thanks to make my confusion clear
My pleasure! 🙏
I’m not even in the course but was thinking about this and you broke it down so well to the point u feel like with more studying I could actually understand it even better. I’m waiting to start my project management course (CAPM) paid for by the army and I think I want to do six sigma next! Do you do project management videos as well?
No, but there is a channel that focuses on PM heavily. I’ll post a link to the channel at the end of this comment…six sigma is good but I would focus more on lean, Root Cause Analysis and Kaizen..I have a master Black Belt and speak from experience…you just need to know how to fix business problems and rarely do I see anyone using six sigma (actually never) if you see it on a job description, it’s because they want someone who knows how to fix a problem but the person writing the JD doesn’t know how to articulate what they want and feel that six sigma encapsulates everything-but it doesn’t! Six Sigma projects take 4-6 months to complete…businesses need faster response times! This isn’t tru for 100% of job postings with six sigma in the JD but I’d argue it’s about 98%. Hope this helps. Here is a link to her channel: youtube.com/@adrianagirdler?si=iYyd_YjT1ssMKW57
@@learnkaizen thank you
Upon watching this video, I decided to subscribe. Will definitely watch the other videos. Thanks!
Thanks for subbing 🙏
Very clear and concise. I appreciate how you bring easy example with every step shown, thanks =)
Thank you! Appreciate the kind words and support! 🙏
Very good explanation. I used to get intimidated by this equation, not anymore. Thanks.
R Kumar thank you! Happy to help!
This is brilliant bit of explanation❤
This is really very simply explained. I wish more views for this video. I have a clear understanding now, what is Six Sigma in a very short time.
+HIMANSU SEKHAR PATRA thank you! I appreciate all feedback but really appreciate the positive feedback! Let me know if there other videos you’d like to see! Be well!
Chad Burroughs Thanks for replying. It would be nice to see some videos about practical ways how to study and pass ASQ greenbelt/blackbelt exam. It would be nice to hear your journey, how you get the certification. I really like the trick of marking pages in the primer to quickly get relevant topics. Please share this kind of small tricks😊.
HIMANSU SEKHAR PATRA okay. I’ll shoot a coupe of videos this weekend and post Tuesday.
Chad Burroughs Thank you so much. 😊 Glad to hear from you.
This was a great explanation and demonstration of 6 standard deviation (6σ). Thank you.
My pleasure!
Super clear! Well done!
Very simple and easy to understand. Thanks alot for the video.
Thanks for your support!
WOW!! Thanks you made it Digestible! I now understand! Thanks
Thank You, it’s super simplified way to understand.
Excellent way of explanation in the least amount of time. 👏🙏
Awesome explanation, thank you.
Super easy, thanks for sharing this.
Thank you!🙏
Great video! You helped me understand 6 sigma much better.
🙏
sigma is Sd is statistics which means dispersion or how a things deviate from its original, It is basically the sq root of variance and variance mean how data varies.
Thank you! Simple explanation with very useful example.
Thank you! Appreciate the feedback and support on my channel! 🙏
Thank you for your outstanding explanation of the 6 Sigma concept, really fantastic. Appreciate your knowledge sharing.
Thank you
Great explanation. Thank you so much!
Great breakdown and explanation but when I square the numbers in the (x-xbar) I get a different value than your example. What am I doing wrong? Thanks!
Nothing…someone else sought that… it’s on my end. Apologies.
@@learnkaizen ok thanks! I see what happened, excel rounded the Xbar and the (x-xbar) columns but it didn’t account for the rounding in the output column. Thanks for the quick reply. Still a very good explanation.
Than you! Glad it helped.
Life saver!!!!! Excellent video sir.
Thank you! 🙏
I had no idea it was this simple.
this was super helpful thank you!
Very good explanation.. But for the denominator of SAMPLE std deviation formula.. It should be n-1 instead of just n.. Denominator of just n or N is used for POPULATION std deviation.
Agreed. I was using the entire population.
Really weel explained Sir. Your example is very lucid and easy to understand. Thanks a lot sir.
🙏
Hello Chad, thank you for this clearly explained video.
It's one the best out there! However, for this particular example, is it correct to say they are operating at 3 Sigmas (within USL) plus 6 Sigmas, which is sum up at 9 Sigmas (within LSL)?
Sorry if this is a 'dumb' question...😮
Thank you in advance!
Not a dumb question at all. We would not sum up the sigmas because if we did, it would sound as if we’re operating at 9 sigmas which would be incredible! So the data set must be six sigmas from both the USL and LSL. Hope this helps.
@learnkaizen Thank you for coming back, Chad.
So, in a 'layman language', what would you put about this process with 3 Sigmas on the right of the mean and 6 Sigmas on the left of the mean, and they are all within USL and LSL respectively, which is the VoC (i.e., conformity is guaranteed)?!
Chad, for curiosity, what sort of Sigmas are they operating in here? Should we say 3 Sigmas?
Please assist again here, and it would be very much appreciated as always 🙏
You're the best, anyone can understand
Thank you!
Great explanation. Nicely done.
thank you for the refresher into to it. will continue to study this interesting topic and implement it in some way , thanks
Thank you! Appreciate the feedback. Let me know if I can help.
Perfect explanation, thanks!
Thank you ! Now I truly know what six sigma means instead of what’s it’s purpose is.
Thank you’
Very informative and clearly taught... Thank you so much...
Thank you for your support!🙏 please feel free to share the video to help others. I know this can be a complex topic.
Great Explanation.....So, the delivery service was at 3 sigma or 6 sigma? because i think we can only refer to 6sixgma if its on both the sides
Hi. Thanks for the comment. You are correct..just 3 sigma for now.
Great video! Thanks for sharing!
Thank you!
Excellent explanation 6 sigma wrt standard deviation 👍
Amazing explanation! Thank you very much for simplification of 6 Sigma cal.
Thank you! 🙏
Thank you so much for explaining this concept with so much clarity.
I only wish you went further to explain how this can be used to improve the process and always make it within limits
That would’ve been a much longer video. Thanks for the comment!
@@learnkaizen Thank you for responding. Do you have one I can learn that from?
@@learnkaizen Also, how was 3.4 DPMO for six sigma arrived at? How was it calculated to get that?
I’ll answer this in an upcoming video if you don’t mind.
I have lots of DMAIC projects but I share them in my Root Cause Analysis course
Thank you for explaining it in a very understandable way. I understand that you have provided this example for a better understanding and it very much clarified my doubt, but i have one small doubt in the example which you have provided. You have mentioned that for a process to be 6sigma, the avg/mean should be 6 sigma away from the nearest specification limit, so in this example , is 3 sigma approach enough to achieve the requirement?
thanks, got some idea now what is 6sigma and 3sigma is. awesome.. thanks again...
Awesome! Appreciate the feedback
Thank you that was really helpful and clear 😊
This is the first video I watched that explained it really well, thank you so much! What if we only reached a standard deviation of 3 on the LSL side of the histogram just like the USL, will it mean that the restaurant food temperature range is not a six-sigma process?
Correct! You’ve got it. Appreciate the comment and question. Thank you for your support on the channel. I don’t get a ton of views because this field is such a small niche so I sincerely appreciate all the comments, likes, and questions.
Thanks for the video! Very educational. I have easy understanding on the precised explanation
Thank you!
Simply explained ! Thanks.
You’re welcome! Thank you for commenting!
Just watched and so insightful 👍 Thanks a lot
Anytime! Thank you.
wow. lightbulb moment!
We manage to the big common-sense numbers, like safety, profitability,
productivity, market share, customer loyalty, employee engagement, and
ROA, but we avoid getting bogged down in the mind-numbing Minitab stats
on process variation and Sigma shifts. Yes, that is where Six Sigma gets “goofy
I think it’s great that companies measure SQCDP....safety, quality, cost, delivery, People...companies should also consider RCA since we all know problems will occur. Businesses certainly don’t need to get bogged down by data (analysis paralysis). Six sigma should be used to ensure variation is under control. When a special cause variation appears - the DMAIC methodology can be used to solve the problem. As for sigma shift, this is just something that processes experience over time so the “process forgiveness” is baked into 6 sigma. Understanding the statistical probability for potential failures in the market or knowing how to set up, measure and manage the voice of the process as it relates to the voice of the customer may not be the right fit for every company but is certainly worth it for many companies where the wrong variation can be detrimental....for example: aerospace and pharmaceutical. These industries need folks who understand six sigma, lean and RCA. Appreciate your comment!🙏
So because they are not operating at 6 sigma, does that mean they need to further dissect their process in order to get there? Like find out why they are not achieving their target and make adjustments until they do?
Yep. You got it...if they want to achieve six sigma. Sometimes it depends on the business. For example: if your product is inexpensive with loose tolerances - you may not want or need to invest in six sigma. Hope this helps.
Very informative. Thank you
Thank you!
Superb lecture!
Thank you! 🙏
Nice work!
Excellent, thank you
informative video.thank you
Request: Would you be able to provide actual data to understand and for my review. I love to play with numbers for 6 sigma example. For an example it works well. Perhaps I can use for my training for upcoming workshop. 👍🏾
I used data in the example. If you’re looking for raw data from a real world example, no - I can’t provide that kind of data. However, you can use whatever raw data you have…then follow the same process as indicated in the video.
I new in my heart, or I should say my instinct told me that you would not be able to provide requested data because perhaps it does not exist. Thus I am not surprised to receive the answer, I predicted.
Data exist everywhere. Im not following your request//prediction. For ethical reasons, I don’t typically share data from companies I’ve worked with. As for actual raw data, help me understand what you’re looking for…do you want the temperature data points in the example? I’d encourage you to go and find data, stratify it and apply the formula in the video. The learning points are: how to use the formula and to define six sigma. Not to provide raw data…
So, is there a reason you seem upset about the data? I’d like to clarify if possible - I just don’t understand your logic. Do you mind clarifying?
fantastic explanation!! so much thanks
🙏