Six Sigma Black Belt Training in Tennessee

Six Sigma Black Belt Training
The state produces automobiles, cattle, chemicals, cotton, electrical power, HVAC systems, paper, semiconductors, textiles, and tobacco. Six Sigma Black Belt training gives Tennessee students a full arsenal of world-best improvement powers enhanced with statistical software like Minitab.
Price $6,800
Duration 10 days
Start Day
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StateTennessee

Cities Recommended in Tennessee

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NashvilleTN
MemphisTN
ClarksvilleTN


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About Six Sigma Black Belt Training


Who is Six Sigma Black Belt Training for?

Any professional determined to improve their organization, salary, and candidacy for promotion should become a Six Sigma Black Belt. All companies whether providing products or services possess opportunity for improvement as do all functions within those companies. Six Sigma is an organizational excellence system applicable to any product, process, or service. This includes production / manufacturing, materials / logistics, purchasing, maintenance, quality, manufacturing engineering, product engineering, sales, marketing, human resources, IT, and finance. Six Sigma exposes upcoming professionals to managerial tasks they may not otherwise have. And, an increasing number of companies require Six Sigma certification for advancement into managerial roles. In our course, Tennessee students learn:

Six Sigma Black Belt Training Course Overview:

Six Sigma Black Belt training conveys technical and managerial skills more advanced than the Green Belt level. Technical skills are more complex and intense therefore often computer-aided using software such as Minitab or Excel-based SigmaXL.

What are Black Belt Level Tools?

Our training covers the full Black Belt body of knowledge led by an experienced Master Black Belt who will help you every step of the way.

Define. First, opportunities for improvement must be defined, contained, and rallied around. We make sure that we're working on the right problem and stakeholder understanding is aligned with the mission. Since Kaizen, and 8D are available for small to medium sized improvements, Six Sigma is sometimes reserved for major, breakthrough projects such as a company's top 5 financial initiatives. Projects are always done in teams. Managerial tools used include: project management, cost-benefit analysis, team member selection, team formation, change management, project charters, policy generation usually for creating or updating containment-related work instructions, and training. Technical tools include: trend charts, Pareto charts, Y to X Mapping and other scoping techniques, inspection / testing. Key deliverables include quantifying the problem's annual financial impact, and diminishing the customer's suffering immediately.

Measure. The team must be certain all decisions that follow are made from trustworthy data. The Black Belt level Measurement System Analysis (MSA) tool for this is Gage R&R. Both non-destructive and destructive test methods are presented and reinforced with a fun, hands-on exercise. Click the link to see more detail on this topic.

Analyze. Causes must be found. Many root cause analysis techniques exist: 5 Why's, cause and effect (fishbone or Iskikawa) diagram, fault tree analysis, Failure Mode and Effects Analysis (FMEA), regression, walking the process, etc. And all of these are covered in our training. But, none prove causality like component swapping and Design of Experiments (DOE). While the maximum DOE from our Green Belt course was 3-factor, 2-level full factorial, Black Belts learn fractional factorial plus response surface mapping. DOE training is reinforced by continuing our fun hands-on exercise.

Improve. Causes must be permanently eliminated, which is why you may have heard the phrase, "permanent corrective action". Unfortunately, many folks use this phrase to describe actions with no permanence. Many Corrective Action Request (CAR) and 8D reports contain responses to this question like "retrained the operator" which is usually an insufficient response. The best form of corrective action is error-proofing; some change that literally makes recurrence impossible. Next best would be other physical changes making recurrence extremely unlikely. To help Tennessee students choose an action, we teach Payoff Matrix, Criteria Matrix, and conduct another cost-benefit analysis to make sure intended actions will reduce total cost. Actions are piloted. If the pilot succeeds, then actions are launched into production.

Control. In the Improve Phase, if error proofing was not possible, then actions must be controlled. Many techniques are covered in training but the signature method is Statistical Process Control (SPC). Several process control chart types are presented to accommodate different data types; attribute data vs. variable data although variable is always recommended. Managerial tools covered include change control, policy writing, training, mentorship, auditing, and supervision.

Tennessee

The Volunteer State - The Stage Is Set For You

The state produces automobiles, cattle, chemicals, cotton, electrical power, HVAC systems, paper, semiconductors, textiles, and tobacco. Affiliations include the Tennessee walking horse, raccoons, iris, and tulip poplar tree. Caves and turtles are common. Tennessee is birthplace of Mountain Dew. Tennesseans often enjoy eating flaky biscuits, BBQ, catfish, ham, and moon pies. Consider a native river pearl souvenir.

Cities

Recommended

Fast-track your Six Sigma Black Belt Training registration by choosing one of our most highly recommended cities below.

Nashville
SUMOTUWETHFRSA
Nashville, TN
Credit: Kaldari

Memphis
SUMOTUWETHFRSA
Memphis, TN
Credit: U.S. Army Corps of Engineers

Clarksville
SUMOTUWETHFRSA
Clarksville, TN
Credit: David Smith / Visit Clarksville TN

Testimonials

Read what our students and clients have to say.

Megan Cung
Megan Cung
Manufacturing Engineer
HVAC

Steve was one of the great managers that I was fortune to work with and from whom I learned many of my improvement techniques. He was my Master Black Belt in 6 Sigma. I contribute much of my success to him for teaching me the first steps along my journey to excellence. His encouragement and leading by example continue to be the guidance for many of my engineering projects. Many great managers and engineers are his students and receive the benefit from his training.