-
The origins for Six Sigma, SPC,
and Dr. Deming
-
Six Sigma defined and setting
the plan for implementation
-
Six Sigma Different from
other program initiatives
-
The underlying principles of
Six Sigma
-
DMAIC The five stages of Six
Sigma
-
The People and Roles in Six
Sigma Who Does What?
-
The qualifications of a Six
Sigma Black Belt and Green Belt
-
Setting the wheels in motion in
your organization
-
Vital ingredients for Six Sigma
implementation success
-
Green Belt leadership skills
-
Understanding systems Getting
the big picture
-
Identifying and defining
problems objectively
-
Process mapping and analysis
-
Identifying measurable Key
Process Indicators Critical To Quality characteristics
-
Comparing your situation to
industry - Benchmarking
-
Developing a measurement plan
-
Understanding types of data and
variation
-
Theory and basic concepts of
statistical measurement and tools (SPC)
-
How to collect data that will
provide scientific and objective analysis
-
Understanding measurement
systems and assessing measurement reliability
-
Planning and using control
charts for data collection
-
Creating the data collection
plan
-
Assessing the validity of your
data
-
Calculating control limits and
assessing natural variation of your processes
-
Creating a Histogram and
calculating Sigma and process capability
-
Assessing your companys
performance of the process being studied
-
Understanding what the data is
saying
-
Focusing on the specific
indicators showing the most variation or inconsistencies
-
Establishing numerical
standards
-
A systematic problem solving
model
-
Using disciplined problem
solving tools to pinpoint where changes need to be implemented
-
Implementing changes and
assessing their effectiveness
-
Understanding the difference
between statistical process monitoring and statistical process
control
-
Establishing the control chart
plan for SPC
-
Determining charting methods
and measurement frequency for each identified characteristic
-
Identifying and assessing other
input variables that may be affecting the processes under
control
Class five hours per week for 16 weeks for a total 80 hours of
lecture/workshop training. Weekly worksite implementation
projects hone your skills and additional one-on-one
instruction ensures all your questions get answered!
Enrollment is limited.
Apply
Now!
Did
you know?
U.S.
employers spent an average of $647 per employee for training
between May and October 1995. (That's only one-third of the
year!) Extrapolated, that means almost $2000 per year was
spent per employee in the U.S. in 1995. (Bureau of Labor
Statistics, December 1996)
May
we help you optimize your training dollars by providing free
state-funded training for your employees?
|