FMEA is a means of assuring that hardware built for a space application has the desired reliability characteristics. It was developed by Nasa. The critical failure modes are ranked according to their probability of occurence and the criticality of their effects during the analysis. Considering this, FMEA may be regarded as a quantitative reliability (risk) analysis rather than a qualitative one.
All product items (Design FMEA) or all process operations (Process FMEA) must be taken in to account.
These two analysis types are complementary and they try to eliminate the causes of failures which would emerge during the operation of the product at the end user.
Purpose
- Determining the critical failure modes of the product
- Determining the failure modes, effects, criticalities in respect to the reaction of end user
- Diminishing the criticalities of failures, defects by taking necessary steps in the product and process design. To perform structural and functional modifications in the product design and new and improved control and test methods in the production process within the new product imtroduction process, before the product is delivered to the customer.
- Repeating FMEA in every modification of product and process design and thus maintaining the sustainability of reliability.
Design FMEA (DFMEA) Training
2 days training.
Process FMEA (PFMEA) Training
2 days training.