@SeanMcDonnell33
amazing video, this should have way more views. I've been searching around for 30 minutes self teaching Statistical Process Control and this video is gold, far better than any of the related videos. Thank you so much for sharing your knowledge and especially in such clear/concise/refined form.
@criticalrationalism975
I love you my brother! I wish you were my instructor. I have said it before and I will say it again you are God sent!!!
@TheEngineeringToolboxChannel
Hey everyone! Thanks for watching! What'd you think? There's a few more things I want to mention... 🙂 First of all, I do my best to reply to ALL comments so feel to ask questions. I'm happy to help. Second, If you have anything you want me to cover, let me know! This channel is for you so let me know what problems YOU are facing right now...and maybe i have a tool to solve it. Finally, If you enjoyed this video please subscribe! This is a small but growing channel and every subscription, view, like, share, is HUGE for me. Thanks! ~Evan
@shalinivaz1473
So well explained. Thank u
@conordevaney5679
Thanks very much, very informative.
@elizabethlively1962
Very helpful, thank you!
@rickycaron2177
Your voice is beautiful!
@JDWilliamsPD
Bravo!
@cuthwulf
Good video. But at ~6:30 you say there's 7 rules for control charts, but then show 8 on the screen?
@AogNubJoshh
Hi, that's the difference between a signal within a process that is "in control" and an indication that the process is not in control? It looks as though an out of control process is one that has lots of signals. Is the response to signals if both "out of control" and "in control" not the same between these two states i.e. that you should react to signals and not to noise? How is 'out of control' specifically defined? Thanks
@glendapeace2061
Thanks for the video! Question, you say you don’t want to focus on Noise, but what if my intention is to reduce variation?
@johndoe-uy4ol
prosses b is clearly in more control the a , reson being the increments of change are lower granted theres no time scale but still
@anass918
hay, thanks
@mishrazhussaini1920
can a process be in control and yet not meet the specification? can you please give me an example
@SeanMcDonnell33
Questions... why do the control limits not change over time? It seems the control limits could be recalculated after each new subgroup of data is added. Furthermore, when a control chart is initially created, how do you know how many subgroups are needed to have sufficient data sets to generate a control chart?
@chagantisainath2378
Process A has a lot of MORE variations in the data points as compared to the data points in Process B. Can this indicate that process A is not in control compared to process B.
@samnooshin6161
Volume terrible and why the background music? Fix that and it's thumbs up.
@Jasminlieber