Archive for the ‘Miscellaneous’ Category

Is Lean Six Sigma for me?

Thursday, May 9th, 2013

If you are like many of us that are looking to improve our personal skills, you may have thought about taking a course or two. Colleges promote their “executive MBA” programs but too often these “MBA” programs are a lot of work, time and money for very little payback. A friend of mine who is a technical recruiter remarked that she was surprised more people had not discovered the value of “Lean Six Sigma” training. It provides productivity skills that the average college graduate does not learn in school.

Lean Six Sigma is a hybrid combination of Lean and Six Sigma methods that has been proven to bring genuine benefit to the employer and the employee. Lean concepts are aimed at eliminating waste from the processes, increasing speed and focusing on what customers consider to be quality, while Six Sigma eliminates the process variations and improves the process according to the customer definitions of quality using specific metrics. If you are trained and certified in this improvement technology you are a valuable asset that is reflected in the higher pay individuals with this training receive.

If you are skeptical, there is no need to initially commit to an expensive training program until you are sure it is for you. You can purchase The Six Sigma Handbook by Thomas Pyzdek and learn what is required to master this technology. Afterwards you can study more and then become certified in a step by step process.

Learning new skills is the best way to pass the time if you are caught between jobs. Rather than watching the news report the high unemployment rates, you can be preparing yourself for a better position than the last. When you scan the want ads next time and see “Lean Six Sigma” as a requirement you could be ready to apply. Employers also like to know they are getting an employee that was willing to invest in their own skill sets too. Learning Lean Six Sigma is a win-win situation for you and your new employer.

For more, please contact us.

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Can Lean Six Sigma Make CSI Better?

Thursday, April 25th, 2013

While the CSI (Crime Scene Investigation) teams on television may be able to resolve a case in under an hour, real life criminal cases can take days, weeks, months, even years to finish.

And like many real life police units throughout the country, the police in Monroe County in western New York found themselves faced with a backlog of criminal cases involving DNA analysis.

To eliminate the backlog, decrease case turn-around time, and increase overall quality of lab reports, Monroe County outsourced the crime lab work to Sorenson Forensics. Sorenson is the first accredited forensics lab that offers Lean Six Sigma consulting services for DNA labs. They use the methodology to improve performance, efficiency, and quality. They indicate it has:

  • Helped them streamline casework reviews
  • Eliminated variation, defects, and waste
  • Created continuous, value-added flow

Now Sorenson consults with other forensic agencies to achieve the same results. The goal is to move caseloads through the system more efficiently, quickly, and accurately. Forensics investigators get results in days and weeks, rather than months.

According to Sorenson Forensics Executive Laboratory Director Tim Kupferschmid:

“A Lean Six Sigma process, when effectively implemented into a crime laboratory, results in a dramatic decrease in turn-around-time and the elimination of the existing backlog.” 

While results may vary, Sorenson suggests that using LSS reduces:

  • Operational costs (20% to 30%)
  • Rework (100%)
  • On-time delivery (100%)

Additionally, it improves customer and employee satisfaction.

Remarkable advances in DNA testing and high-tech diagnostics provides labs with the ability to dig deeper into crime scene evidence. The job is methodical and time consuming. The ability to decipher traces of evidence is complicated. Crime labs are “under the gun” to produce reliable evidence.

As with anything new, fear of change in a crime lab makes people nervous. Lean Six Sigma is not a one-size-fits-all solution. Management needs to be involved and support the changes every step of the way. Constant communication is imperative.

However, crime labs have found that LSS offers:

  • Increased team morale
  • Reduced lab-processing times
  • Reduced backlog
  • Increased output
  • Reduced errors

This is great news when you’re constantly up against deadlines. Even better, it results in more crimes solved and more criminals taken off the street.

For more information on how Lean Six Sigma can help your team perform more effectively and offer better results, contact us about Lean Six Sigma training.

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Lean Six Sigma: Improving the Environment

Thursday, January 31st, 2013
scott-yates

Scotty

Our growing focus on improving our environment has placed pressure on many organizations to re-evaluate their business practices. As a result, many manufacturers are on the hot seat when it comes to implementing production methods that will lessen their environmental impact.

That’s the beauty of Lean Six Sigma. By aligning it with sustainability principles, manufacturers (and subsequently all of us) benefit by removing variation from production processes and reducing defects, which in turn leads to decreased scrap, raw materials and energy usage, and waste.

Additionally, according to the U.S. Environmental Protection Agency (EPA), used correctly Lean Six Sigma can “help focus attention on reducing conditions that can result in accidents, spills, and equipment malfunctions” as well as “focus on product durability and reliability” to increase the lifespan of products.

Between 2002 and 2007, climate change regulations rose 300%. Along with this increase there was a 17% rise in the number of green buyers. This number has likely further increased over the last five years.

However, convincing business owners there is a link between Lean Six Sigma and the health of the environment may not be easy. Therefore, learning to “speak the language of business” is critical. 

The EPA suggests taking actions such as:

  • Explain to environmental health personnel how LSS will reduce costs, decrease production lead times, increase value to customers,  and retain business and jobs
  • Convince LSS managers about the value of addressing projects from an environmental view
  • Share examples that illustrate the value of LSS and environmental programs as well as specific results from prior projects
  • Develop partnerships with environmental service providers
  • Observe processes firsthand by walking the shop floor and asking questions
  • Use visual controls, standard work, 6S (5S + Safety), and other Lean Six Sigma tools to increase awareness and use of appropriate procedures and practices for protecting worker health, safety, and the environment

There is no single “right” way to blend Lean Six Sigma with environmental issues. However, with the right LSS training we can provide you with the skills you need to understand the process and take the first steps toward integration. Contact us today to find out more about our training program.

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Are Lean Six Sigma and BYOD a Good Mix?

Thursday, January 24th, 2013
scott-yates

Scotty

Bring Your Own Device (BYOD) seems to be cropping up in organizations all across the country these days, as the convenience and portability of these devices allows their owners to do a host of tasks, wherever they are.

Though some see this move as a potential security risk, if personal devices improve worker productivity, this may be a perfect complement for organizations supporting Lean Six Sigma (LSS).

BYOD – Good News, Bad News 

When it comes to considering whether BYOD is right for your business, you must first consider the advantages and disadvantages. Here is what experts report:

  • Due to a familiarity with their own device, employees work more efficiently and effectively, resulting in less down time and easier access to company data from any location, 24/7
  • There is no impact to the company budget to buy, maintain, or replace employee-owned devices
  • Over 60% of employers currently have a BYOD program because it increases employee satisfaction
  • A BYOD program allows a certain degree of flexibility, increasing employee comfort and productivity
  • BYOD provides employers with the ability to attract, retain, and support new talent

However, the biggest concern that employers face is security. Not from employees, who have other avenues to steal company data. The concern is if someone outside the company gains access to the device or if passwords are stored on the device itself.

Therefore, it is incumbent on the company to develop a program and policy to handle the issue of security, such as installing an app to wipe a device’s memory remotely.

LSS and BYOD 

According to a recent Society of Information Management (SIM) survey, the top priority for IT executives in 2012 was to increase business productivity while reducing overhead costs. This is likely unchanged for 2013. Therefore, organizations with a Lean Six Sigma program who want better IT results may eagerly embrace the concept of BYOD based on the benefits it provides.

As the June 2012 Cognizant white paper, “Making BYOD Work for Your Organization,” notes:

Successful organizations will take a proactive approach to embracing and molding BYOD for competitive advantage and the agility to outmaneuver the competition.

In its simplest form, Lean Six Sigma is a data-driven practice for improving quality processes by eliminating waste and defects or variations while increasing speed. Implemented with the right strategy, BYOD is the perfect complementary tool.

For more information on Lean Six Sigma or LSS training programs, review our website or contact us directly.

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Gaming the Metrics

Tuesday, January 3rd, 2012

One of the cornerstones of quality and Lean Six Sigma is data. We insist on it. Don’t tell us what you think the situation is, let the data do the talking. In god we trust, all others bring data. You get the idea.

Die imageAn unfortunate side effect of this emphasis is the proliferation of useless data. If the useless data weren’t used then collecting the data would merely be a waste of time. But if a person’s performance is being measured by this data, you can bet your last euro that the measurements will get a lot of attention, and it will drive a lot of behavior. And if the system doesn’t change, there’s still one way to make the measurements look better: cheat.

I often open my face-to-face training sessions with Dr. Deming’s Red Bead Experiment. It’s a great icebreaker and it introduces some important statistical ideas. The experiment is actually a game with very simple rules. “Willing Workers” are required to use a paddle with holes in it to sample beads from a container which has red and white beads in it. “We don’t want any red beads.” The workers are told. To drive the point home there are Quality Inspectors to check the samples for the unwanted red beads and to record the results, and Supervisors to use the results to “coach” and discipline the hapless Willing Workers. Before the game concludes there are always participants who, seeing a bunch of red beads on their paddle, quickly dump the sample back before the count can be made. Others deliberately pick out red beads and throw them back. Still others bring partially filled paddles to the Quality Inspectors. There are all manners of ways to try and beat the system. And this is just a fun game, played for no stakes at all. Imagine what people do when real consequences are on the line, such as pay and promotions.

The most serious games are probably paid in totalitarian countries where factory managers are measured and sometimes executed when the results are less than required by the authorities. According to the UK History Learning Site in Stalin’s Russia

Factories took to inflating their production figures and the products produced were frequently so poor that they could not be used even if the factory producing those goods appeared to be meeting its target. The punishment for failure was severe. 

In the book Eat the Rich author P.J. O’Rourke tells us that in the USSR

The trouble wasn’t that factory managers disobeyed orders. The trouble was that they obeyed them precisely. If a shoe factory was told to produce 1000 shoes, it produced 1000 baby shoes because they were the cheapest and easiest to make. If it was told to produce 1000 mens shoes, it made them all one size. If it was told to produce 1000 shoes in a variety for men, women and children, it produced 998 baby shoes, one pump and a wing tip. If it was told to produce 3000 pounds of shoes it produced one enormous pair of concrete sneakers.

Perhaps P.J. is exaggerating, but the point is still essentially valid: metrics can–and probably will–be gamed. In Lean Six Sigma there’s a common metric gaming activity which I call Denominator Improvement. One of the most popular metrics is defects per million opportunities, or DPMOs. The formula itself is quite simple: DPMO = 1,000,000 x Defects/Opportunities. If someone’s performance is being measured using DPMOs they can make the metric look better by reducing defects (the numerator,) or by increasing the number of opportunities (the denominator.) For example, we might be interested in the number of typing errors in this post. The DPMO metric might be 1,000,000 x Errors/Total Words. But if this number didn’t look good enough I might also use 1,000,000 x Errors/Total Letters or 1,000,000 x Errors/Total Characters, counting spaces and punctuation.

The solution to metrics gaming is to use metrics to guide improvement, not to measure the performance of people. Metrics should be limited to those numbers that quantify an important outcome (Y metrics,) or quantify an input that is critical to the quality of the outcome (a CTQ or X metric.) The reason for quantifying these things is to discover, validate, and use a transfer function — Y=f(x), a model of the cause-and-effect relationship — to guide improvement planning and activity. When metrics serve a useful purpose such as this the tendency to manipulate and game them is, if not eliminated, at least reduced.

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Fox Lifetime Achievement Awards Announced

Tuesday, September 27th, 2011

September 26, 2011

Continuous Process Improvement Symposiums, sponsored by California State University at Northridge, has announced that their first posthumous Lifetime Fox Award will honor quality improvement legend Dr. W. Edwards Deming. Dr. Deming’s award will be accepted by the Deming Family. It is scheduled for presentation on November 18, 2011 during the 2011 CSI symposium which runs from November 17-19.

A Fox Award for Lifetime Achievement will also be presented to Thomas Pyzdek. Considered a world authority on quality and Six Sigma, Thomas Pyzdek has written over 50 works, including such classics as The Six Sigma Handbook, The Quality Engineering Handbook, and The Handbook for Quality Management. Pyzdek’s work is widely acclaimed for its ability to make the seemingly complex subject of process excellence understandable. Pyzdek’s works have been studied by hundreds of thousands in their preparation for various certification exams. He is also a skilled trainer, hired by industry leaders worldwide to aid in their process excellence programs. Pyzdek also offers online certification and training on his website.

The CPI Symposium’s primary emphasis is to bring continuous improvement methods, including Lean, Theory of Constraints and Six Sigma, to light in an integrative, synergistic approach. It is also the occasion for the presentation of the prestigious Robert E. Fox awards. Lifetime honorees for the Fox Award are considered living role models in the field of organizational Continuous Improvement. This award recognizes those outstanding individuals whose pioneering spirit and inventiveness have improved our society and inspired others. The Fox Awards Review Board selects individuals they feel have contributed significantly to this endeavor, either with the creation, or passionate propagation, of breakthrough concepts. Past Lifetime Recipients include: Steven R. Covey, Peter Senge, Joel Barker, and others.

Click here to register for the 2011 Continuous Process Improvement symposium. Both live and Web Streaming registration is available.

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Project Management Institute PDUs for Six Sigma Training

Friday, September 2nd, 2011

Those who are certified by The Project Management Institute as Project Managers must maintain their certification by continually upgrading their professional skills in the project management field. The Pyzdek Institute’s Six Sigma training qualifies for PDU credit as continuing education. However, not all of the modules qualify as being project management related. Here is the list of modules that relate to project management:

  1. Recognizing an opportunity
  2. Choosing the project 1
  3. Choosing the project 2
  4. Develop project plan 1
  5. Develop project plan 2
  6. Develop project plan 3
  7. Develop project plan 4
  8. Develop project plan 5
  9. Develop project plan 6
  10. High level maps 1-L Maps
  11. High level maps 2-SIPOC maps
  12. High level maps 3-Spaghetti diagrams (Lean Six Sigma only)
  13. Voc 1-KANO, CIT
  14. Voc 2-Surveying customers (Black Belt only)
  15. Voc 3-Listening to customers
  16. Determine improvement strategy 1
  17. Determine improvement strategy 2
  18. Implement 1
  19. Implement 2
  20. Implement 3
  21. Implement 4
  22. Implement 5

We estimate that each of these modules will require 2 hours to complete. If you are enrolled in a Pyzdek Institute course, you can claim these credits for the modules which you complete. Our Moodle learning management system will provide you with activity reports that you can use to document completion of the material, including reading, lessons, homework assignments and quizzes.

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The Dirty Dozen Quality Challenges

Monday, April 18th, 2011

Lean, Six Sigma and Quality provide a set of tools and a framework for achieving excellence in any process.Quality professionals are able to help organizations determine if customer requirements are properly defined and if the organzation is meeting those requirements. Lean practitioners have a set of skills that can be used to eliminate waste in the way things are done. Six Sigma can drive variation and errors out of processes. For the sake of discussion, let’s call these the “Process Excellence Professions.” By applying these methodologies in the manufacturing arena over the past five decades the Lean, Six Sigma and Quality professions have helped increase productivity many fold, while driving errors and quality problems to levels so low that society has begun to believe that it is possible to produce risk-free products, an illusion that previous generations could not even conceive. These days when I tour manufacturing facilities around the world I find that they are able to consistently produce high quality at a very low cost per unit with very little waste.

Question: why doesn’t everyone use these tools?

Frankly, it is depressing when I leave the factory and re-enter the real world. There I encounter poor service, rampant inefficiency, horrible quality, and an attitude that this state of affairs is the best anyone can do. I believe that those working in the Process Excellence professions need to do a little soul-searching to discover the reasons why so many non-manufacturing organizations continue to ignore what we know to be valuable and highly effective frameworks, tools, and techniques for reducing variation and driving out waste and errors. In no particular order, here’s a list of things that I think contribute to the problem:

  1. The priesthood of job titles. Engineers belong in factories and laboratories. Black Belts and Green Belts belong in the dojo. Service, transactional and other businesses are put off by the names we give to people who apply Process Excellence principles. While I’m loathe to advocate adding more job titles, the existing choices may never feel quite right to people working in hospitals and banks.
  2. The jargon. DMAIC, CQTs, or SIPOCs anyone? We could do with a bit less of this alphabet soup.
  3. The time it takes to become trained. My online Lean Six Sigma Black Belt course takes 180 hours to complete. Quite a commitment for a working professional. I don’t advocate cutting content to satisfy an arbitrary time requirement, but I think it’s only fair to acknowledge that we are asking a lot.
  4. The time it takes to become proficient. Once training is complete, it takes another year or so for the practitioner to become reasonably comfortable actually using the new knowledge. Probably unavoidable, but another barrier to be sure.
  5. Charlatans and hacks. The Process Excellence profession is new and poorly defined, leaving us wide open for wannabes who are looking for the quick buck. This situation is slowly being remedied, but there are currently plenty of pretenders who need to be drummed out of the field.
  6. The lack of a standardized body of knowledge. While most experienced practitioners agree on a “starter set” of subjects that need to be covered, there is still plenty of disagreement around the edges. As evidence I point to the fact that some Six Sigma Black Belt training programs are two weeks duration, while others are six weeks. What’s up with that?
  7. The lack of a central accreditation body. Logically, ASQ could have served this purpose at one time. However, they chose the path of being a training provider instead, making them competitors to all other training providers. It’s tough to be objective when you are evaluating your competitor. The new International Association for Six Sigma Accreditation (IASSC) and their partner PEOPLECERT have stepped up to provide this service. However, the program is new and the number of accredited training organizations, curriculum providers, and trainers is still extremely limited. I’m proud to say that The Pyzdek Institute is IASSC accredited and hope others will join us.
  8. The historical origins of Process Excellence. The historical roots of our profession are in agriculture and manufacturing. The language we use reflects these origins. This will continue to impede adoption by services, healthcare, and transactional industries. By the way, it’s no accident that agriculture and manufacturing are among the most efficient and advanced sectors of the economy.
  9. The math. Math provides us with rigorous tools to quantify goals and progress, calculate costs and benefits, establish cause and effect, model our solutions before deploying them, and to do many other things. Process Excellence without math is inconceivable. Still, many fear mathematics and are put off by it. This is especially so in America, where public education does a poor job of preparing people for the study of math at the college level. We need to do more to help break down this barrier and open the door for our colleagues in non-manufacturing sectors.
  10. The mixture of soft skills and technical skills. Process Excellence requires a special mix of skills. The technical skills needed are obvious: math, statistics, etc.. But we also need to understand people skills to deal effectively with customers, team members, leaders, and stakeholders. Project management skills are a must. The ability to do preliminary financial analysis is also a requirement. It’s challenging to find someone able to deal with all of these different subjects.
  11. The arrogance of practitioners. While it’s okay to hold your head high when you earn your Professional Excellence credential, you must be careful not to flaunt your new status. Such attitudes are a turn-off to others.
  12. The added bureaucracy. Lean, Six Sigma, and Quality efforts require central organizations to get started. Ideally as Process Excellence gets into the organization’s DNA, the attitudes and knowledge of others in the rest of the organization will lead to the new bureaucracies shrinking in size over time. However, sometimes bureaucracies can take on a life of their own, sapping resources that would be better used elsewhere. Organizations that haven’t yet embarked on their own Process Excellence journey may well be wary of beginning if they hear one of these horror stories.

I’m sure that I’ve only scratched the surface here and I welcome your ideas. l’d also like to see suggestions for overcoming these obstacles to more widespread adoption of Process Excellence. Let’s see if we can help ourselves by helping non-manufacturing organizations learn to improve themselves more quickly.

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Ford Expands Air Bag Recall

Thursday, April 14th, 2011

Ford and the National Highway Traffic Safety Administration have finally ended their spat over faulty airbags in Ford’s F-150 pickup truck. Now, Ford says that it will recall an additional 1 million F-150s in addition to the 144,000 it called back in late February.

The site Left Lane News reports that a wiring system can chafe, which in turn could cause the airbag to deploy unexpectedly – even if the truck is not involved in a wreck. The automaker says that most of the reported incidents have occurred right after the truck is started. Although a deploying airbag is certainly a shock, Ford says it isn’t aware of any accidents that have been reported as a result of deployed airbags. The automaker said in a statement that it is aware of “one instance where a driver exited a slowly moving vehicle following a deployment in a driveway,” however.

Ford says that the airbag light will illuminate if the wire is cut, but many owners of older vehicles – especially work trucks – tend to ignore warning lights.

According to NHTSA, 323 consumer complaints were filed about the faulty airbags, which resulted in 66 injuries. However, the latest NHTSA data is more than a year out of date. Injuries, according to the NHTSA report, included a broken tooth, cuts on drivers arms and faces, abrasions, contusions and, in some cases, lost of consciousness.

Ford won’t begin notifying customers until next month, but repairs will take less than half a day. The recall will include replacement of at least one wire in the steering wheel hub.

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Downloading Linked Files Using Internet Explorer

Tuesday, February 1st, 2011

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