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Livonia Technical Services Company
VOICE/FAX (248) 474-2035
Failure Modes & Effects Analysis for Design
(DFMEA)
1-Day Training Session (Demonstration DFMEA)
2-Day Workshop (Actual DFMEA Practice)
3-Day Workshop (DFMEA Practice with Robustness Tools)
Who Should Attend
Anyone involved in planning, design, or
implementation of a system, product, or manufacturing process.
Purpose of the
Training
This training program provides the skills and
knowledge needed to understand how things can go wrong in product designs--and
how to plan and act to reduce the likelihood of negative consequences. During
this training, you will:
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Discover how to gain insight and
understanding about your system, product, or manufacturing process that can
directly improve customer satisfaction and repeat purchase behavior
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Find out how you can minimize the impact
of “things gone wrong”
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Develop an actual FMEA on a common
product to directly apply skills and concepts presented
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See how standard forms can guide the FMEA
process
What
You Will Learn
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· How
DFMEA and Design Verification are linked—and why this is a critical issue |
· How
failure mode is related to function, and why many FMEA studies fail to make
this clear |
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· How
to define project scope, using block diagrams & interface matrix analysis |
· How
to deduce failure effects—and why effects, modes, and causes are often
confused |
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· Why
function is the fundamental driver of world-class DFMEA studies |
· How
to avoid misunderstanding about cause and effect relationships using simple
techniques |
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· How
to generate a comprehensive statement of function using a function diagram |
· Why
prevention controls are more important than detection controls |
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· How
function diagrams drive the generation of product engineering specifications |
· How
to quantitatively assess risk in design & release activities—and address
this risk |
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· How
to generate interface matrices (both Ford and GM methods) and why this is
useful |
· How
to enter information into Ford’s Reliability & Robustness Checklist system |
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· How
to construct a P-diagram and how this drives both DFMEA and Design of
Experiments |
· Why
Critical and Significant Characteristics and Parameters require special
attention |
For automotive suppliers and OEM’s, content is based on the recently released 4 rd
Edition of the AIAG FMEA Reference Manual.