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DFMEA

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**DFMEA**

What is DFMEA?

DFMEA stands for Design Failure Mode and Effects Analysis. It is a proactive, systematic method used to identify and analyze potential failure modes in a product or system design before it is released. The goal of DFMEA is to identify potential failures, assess their severity, occurrence, and detection, and then implement design changes to mitigate the risks associated with those failures. It is commonly used in various industries, including automotive, aerospace, and manufacturing, to improve product reliability and safety.

Find 1.6k organizations using DFMEA on Sumble →

What other technologies are related to DFMEA?

DFMEA Competitor Technologies

PFMEA
Process Failure Mode and Effects Analysis is a competing risk assessment methodology that focuses on manufacturing and assembly processes, while DFMEA focuses on the design.
SFMEA
No summary available
System Failure Mode and Effects Analysis is similar to DFMEA but focuses on a system level, and may overlap in scope with DFMEA.
FMEDA
Failure Modes, Effects, and Diagnostic Analysis is a systematic analysis technique to obtain subsystem, system or architectural level failure rates, failure modes and diagnostic capability. It is an alternative technique that competes with DFMEA.
DRBFM
Design Review Based on Failure Mode is an alternative design review process focusing on potential failure modes, thus competing with DFMEA.
FTA
Fault Tree Analysis is a top-down, deductive failure analysis method, which serves as a competing approach to identify root causes of failures, and hence failure modes in DFMEA.
Number of organizations that mention technology
1,627
DFMEA
2,421
PFMEA
47
SFMEA
406
FMEDA
134
DRBFM
1,327
FTA
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DFMEA Complementary Technologies

DVP&R
Design Verification Plan and Report outlines the testing and validation activities to ensure the design meets requirements. It is used to verify the risk mitigations identified in DFMEA.
DVP
Design Verification Plan is similar to DVP&R and complements DFMEA by providing testing and validation to ensure the design meets requirements.
DFM
Design for Manufacturability considers the ease of manufacturing during the design phase, and its output can be used as an input for DFMEA to assess risks related to manufacturing issues.
Number of organizations that mention technology
1,627
DFMEA
296
DVP&R
165
DVP
1,099
DFM
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Which job functions commonly mention DFMEA?

Safety Engineer
0.5% of all Safety Engineer jobs mention DFMEA
View 118 jobs on Sumble
Quality Engineer
0.4% of all Quality Engineer jobs mention DFMEA
View 799 jobs on Sumble
Mechanical Designer
0.3% of all Mechanical Designer jobs mention DFMEA
View 255 jobs on Sumble
Technical Designer
0.2% of all Technical Designer jobs mention DFMEA
View 1.1k jobs on Sumble
Engineer
4453 Engineer jobs mention DFMEA
View 4.5k jobs on Sumble
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Which organizations are mentioning DFMEA?

DFMEA
Ford Motor Company
Manufacturing 
61 team
mention DFMEA
↗
 3.7k people
use DFMEA
↗
DFMEA
Jaguar Land Rover
Manufacturing 
33 team
mention DFMEA
↗
 1.1k people
use DFMEA
↗
DFMEA
Molex
Manufacturing 
32 team
mention DFMEA
↗
 54 people
use DFMEA
↗
DFMEA
Collins Aerospace
Manufacturing 
31 team
mention DFMEA
↗
 95 people
use DFMEA
↗
DFMEA
TE Connectivity
Manufacturing 
28 team
mention DFMEA
↗
 128 people
use DFMEA
↗
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