|FMEA training describes Failure Mode and Effects Analysis so students can lessen risk while designing any new system, product, or process.|
|Format||In-person, instructor-led slideshow with exercises and a quiz to test comprehension.|
|Materials||Each student will receive a 3-ring binder containing print-outs of the slideshow. Assuming satisfactory quiz results graded a few days after class, each student will receive a Certificate of Completion.|
|Start Day Options||
If you're flexible with travel, jump ahead by selecting one of the recommended facilities to the right. Otherwise, the form below helps drill down from state to city to a specific training facility for your FMEA Training class.
Pre-enrollment is accepted until the minimum student requirement is met. Once enough students have signed up, then we will reach out to process your payment. If minimum enrollment is not attained, we may ask that you consider an alternate date or location. With that in mind, would any of the 4 states be possible for you? Facilities in these states either have a low minimum student requirement, or already have students signing up:
However, if travel is a limitation for you and none of the states above will work, don't worry. We have several options. And if none of those below suit your needs, feel free to contact us and make a request. We will do everything possible to accomodate. A common request we receive is to do on-site training for companies seeking to get several employees trained at the same time.
Who is FMEA Training for?
Failure Mode and Effects Analysis training is for anybody interested in launching a new undertaking more successfully. New undertakings can be services, products, or processes. And more successfully means with less risk, injury to customers or employees, warranty cost, rework cost, and scrap cost. In our course, students learn:
FMEA Training Course Overview:
FMEA as a Design Tool. Failure Mode and Effects Analysis was born in Aerospace and evolved in Automotive; industries where we can't afford to make mistakes because they're safety-critical and measured in the cost of lives lost. What's useful for designing a zero-failure Space Shuttle is probably useful everywhere. Many industrial leaders agree so FMEA has found applications not only in product design but system design and process design as well. For example, Manufacturing Engineers in Automotive Powertrain divisions may have $50M budgets to launch new machining lines. That's a lot of money; as much as many smaller companies earn in a year. Mistakes can't be made. The expectation is that these new, super-complex lines launch flawlessly. How can that be done? FMEA.
FMEA as a Root Cause Analysis Tool. In Six Sigma's DMAIC Analyze Phase, suppose you're working on a really tough problem with a low defect rate or a one-off that was destroyed in the process of its failure. How can you find the root cause? Many folks give up at this point claiming, "we can't do anything about a one-off failure". Not true. If that were true, FAA investigators wouldn't have jobs. If actual failure modes no longer exist, we can look at potential causes. FMEA allow us to do that.