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Utah Lean Six Sigma Training Center conveniently offers courses along the Wasatch Front and throughout the year.  Scroll down to see our full course calendar.  Click on any of the images for more information about our courses.

Is Virtual Training Here to Stay?

Is Virtual Training Here to Stay?

(Cover image credit: educegroup.com)

Is Virtual Training Here to Stay?

Finding Gratitude in Tough Times

We have a tradition in my home. Every evening at the end of the day the four of us express gratitude for one thing that we experienced that day. Often that conversation is relatively easy and the gratitude is easy to come by. But sometimes it is not. Some days are, well, we’ll say… challenging… to find something for which to be grateful.

For many, the entire year 2020 was one of those days. But just like those not-so-good days, there are things we can be grateful for from the past year. One of the things for which I am very grateful is the advent of virtual training.

Sometimes Our Perception Needs to Change

If you would have asked me a year ago I would have told you in very clear terms that the classes taught at Utah Lean Six Sigma Training Center absolutely could not be taught virtually. How in the world could I possible convert twenty eight team breakout activities into a virtual environment?!

Well, turns out it really wasn’t that bad. And the virtual solution we implemented is actually pretty good! Not only is it an effective platform, but there are some distinct advantages. Students learn the concepts, but also learn methods by which they can use the concepts in a virtual environment in their own business.

In a recent study by Kahoot, 46% of respondents said learning and development is more important than ever since the shift to remote working. Furthermore, 46% of respondents said they preferred training to continue to be a combination of virtual and in-person.

“The most popular preference for training is a blended learning system, with nearly 1 in 2 professionals saying they would prefer a mix of in-person and virtual training once they can be together at the office.”

My own experience has largely been the same. The level of learning in a virtual environment has been every bit as good as an in-person environment. The bonus of the virtual environment is that students are learning what is being taught, but also learning how they can effectively facilitate a virtual working group.

For example, in the Utah Lean Six Sigma Training Center Green Belt class, we have a team breakout session to practice effective brainstorming. When we teach in-person, groups stand together with Post-It notes in hand. In a virtual environment, students go into a Zoom breakout room and use the sticky notes tool in Lucidchart. (Side note: if you haven’t checked out Lucidchart already, do it. Now.) By doing so, the students learn how to effectively brainstorm, but they also know how to effectively use a free online tool so that they can virtually collaborate with their colleagues.

Virtual Training in 2021 and Beyond

At Utah Lean Six Sigma Training Center we remain dedicated to becoming the premier Lean Six Sigma training provider in Utah. We are passionate about providing training that is applicable to Utah industries, available in a variety of locations, formats, and schedules, attainable in a reasonable amount of time, and affordable for individuals and organizations. We have developed a robust live online format of instruction that dozens of students have successfully completed.

While I do believe that in-person training remains very desirable, I also believe that blended live/virtual training is absolutely here to stay and may even be the ideal solution. The world has shown that not only can we do it, but we can do it very well.

Keeping it Simple

Keeping it Simple

“What would this look like if it were easy?”

-Tim Ferris

Sometimes I sit in my simple little commuter car and marvel at what a marvel of engineering it is.  Thousands of intricate parts work in near perfect harmony to carry me down the road in what is the relative lap of luxury.  I’m in awe of the mazes of wiring and interconnected mechanical parts.  It’s stunning to me that these many complex parts and systems on top of subsystems can somehow manage to work!

In the world of continuous improvement we can find ourselves falling prey to the temptation to have intricately complex solutions to every problem.  We make our forms, our systems, our processes.  Controls are put in place to ensure every intricacy of our bouncing baby process is stable, repeatable, and reproducible.  As a result, we find that our new process runs well, but the slightest hiccup reduces the entire thing to a smoking crater.  Minor variations cause major disruptions.

I’m not going to tell you that complex solutions are bad because they’re not!  Complex problems often require complex solutions.  We just need to make sure solutions are applied carefully and strategically.

Because Lean Six Sigma is based on respect for our employees, colleagues, and ourselves, we need to create solutions that are as easy as possible, which is why we follow the adage to “Keep it Simple, Stupid!” or K.I.S.S.

Humor aside, it’s the first three letters of that acronym that are really important.  We want to keep our solutions as simple as possible.  Simplicity in design often means simplicity in implementation.  Which means simplicity in practice.  Which means effort and expense is low so that labor and money can be spent elsewhere.

As you create new processes or revise old ones remember to ask yourself, “How can I make this simpler?”  Or in the words of Tim Ferris, “What would this look like if it were easy?”

Mistake Proofing

Mistake Proofing

Mistake Proofing

Background

Mistake proofing, also known as error proofing, is a concept that has existed longer than anyone can accurately define.  Poka Yoke, the Japanese term for mistake proofing, was formally defined and systematized by Shigeo Shingo of Toyota in the 1960’s.  It has become a standard for creating processes that are designed to either not be able to produce a specific defect or automatically detect and reject a specific defect.  Mistake proofing has been used across industries to create efficient workspaces and to create safe environments.  To be able to implement mistake proofing we need to understand the types of mistakes people can make and then be able to put countermeasures in place to prevent those mistakes.

FMEAs are great tools, but it can be very difficult to look at a process and determine what could possibly go wrong.  In the same way that a fishbone (or Ishikawa) diagram helps to add structure to a root cause analysis brainstorming event, we can add structure to our mistake proofing brainstorming as well.  Instead of the 6Ms of a fishbone diagram, we use 10 common types of mistakes to organize our thought process.

 

The 10 Common Types of Mistakes

  1. Forgetfulness: People forget things when they’re not concentrating
  2. Misunderstanding: People make mistakes when they come to a conclusion before being familiar with a situation
  3. Identification: People misjudge situations because the view it too quickly or without enough detail
  4. Amateurs: Less experienced people tend to make more mistakes than experienced people
  5. Willful: People ignore rules under certain circumstances
  6. Inadvertent: People can be absent minded and make mistakes without knowing it
  7. Speed: When people go too fast or too slow, or speed up or slow down, they can make mistakes
  8. Standards: People make mistakes when they don’t know how to perform their duties or how success is defined
  9. Surprise: People make mistakes when something unexpected happens and they don’t know how to deal with the situation
  10. Intentional: On RARE occasions, people will intentionally make mistakes in order to sub-optimize a process or cause damage

How Does Mistake Proofing Help?

Mistake proofing allows us to reduce the risk of mistakes in a variety of ways.  Here are some ways you can implement mistake proofing into your processes:

  • Alert people at regular intervals as a reminder
  • Enforce standard work and safety requirements
  • Highlight critical elements or steps
  • Automatically shut down processes or equipment event of a safety concern
  • Develop a robust training program
    • Give new hires the knowledge, skills, and abilities they need to be effective and safe
    • “Don’t practice until you get it right.  Practice until you can’t get it wrong.”
  • Remove the ability to make incorrect decisions
  • Define and display standard work
  • Add guards, rails, beams, curtains, etc. to prevent safety events
  • Create digital safeguards
    • Minimum length of passwords
    • Force the correct type of data input (only numbers, for example)
    • Create security protocols for networked devices

How To Do It

  1. Describe the defect – be specific
  2. Identify the location at which the mistake occurs
  3. Detail current standard procedures
  4. Identify potential mistakes or deviations from standards – also look at historical data
  5. Identify conditions that provoke mistakes
  6. Perform a root cause analysis to determine why the mistake occurred or may occur
  7. Identify type of mistake proofing device required
  8. Create the device, test it, and standardize the new process