It is said Lean goes with Six Sigma. Six Sigma is the process Quality tool while Lean is the process Speed tool. I have warned earlier to stay away from applying any of this to non-repeatable knowledge based industry. But lets view this in the Services context.
What do I mean by services? I would say Tagging Baggage at the airport terminal is service. Cooking food and serving it in a Restaurant is a service. Designing a chip is not the service we refer to here even if you are an outsourcing partner to Intel and you are offering your services to them. Because that’s non-repeatable to a large extent on the time scale. i.e. you have a cycle time of 2 years and with non-repeatable nature of work. OK you do design, verify the chip and prototype it. But you do a different design each time and based on the different design you do different verification and prototyping. So application of Lean and Six Sigma to this would produce false positive results and will mask the problems and lead to failure.
First of the things I like to do is to get rid of all the Manufacturing related jargon. And then to understand that Lean is an analytical framework to make processes faster. And the only thing it essentially says is to remove waste which is there from 30-80% in any service process. Whats waste? In standard Lean terms it is termed as anything that doesn’t provide value to a customer. It goes implied that customer pays for value and that this would correlate to revenues.
The second thing I would like to do is to create learning throughout the organization. Third most of the waste arises from decisions that are not based on facts. Now this might seem contradictory to management philosophy of making decisions on partial data. But since you are talking of processes you would have lots of repeat data to base decisions on.
“Think big, act small, fail fast; learn rapidly”-Lean Principle
Lean does talk about empowering the team but it shouldn’t be confused with people oriented methodologies which have people at the centerpoint. People oriented methodologies also need to make decisions on facts and for that we will visit MultiVariateTesting in the next article.










