- Predicting the effects of component tolerances and environmental change on a system, and
- Optimizing the design of that system for quality, cost and time to market.
Our
unique
Tolerance
Design workshop prepares engineers to
analyze
and
optimize products and processes they design.
The
workshop
teaches
how to
develop
transfer
functions
efficiently,
and then
analyze
the
effects
of
variation
on their
designs.
Methods
include
Worst-Case
analysis,
Root-Sum-Square,
and
Monte
Carlo.
Each attendee is encouraged to bring examples of their own designs to the workshop. Problems with direct personal impact are the most valuable case studies for the class to analyze.
Who should attend: Engineering Managers, Electrical Engineers, Mechanical Engineers, Mechanical Designers, Manufacturing Engineers, Process Engineers, Test Engineers, Six Sigma Black Belts and Green Belts
As
part of
the
workshop,
students
will
learn to
use
Crystal
Ball
software
to
perform
Monte
Carlo
simulations.
The
standard
Tolerance
Design
workshop
lasts 3
days.
Customized
versions
of the
workshop
can be
tailored
to meet
your
company's
unique
requirements.
