Thursday, September 2nd, 2021
5:00 PM (+2 GTM)
50 minutes + Q&A
Reliability Prediction Analysis:
from Component Failure Rate to System Reliability
Airborne systems developers need to ensure the required level of quality according to design goals. One those goals for the system engineer is to develop a reliable system. In early stages of design there isn’t enough operation data available to estimate system reliability. In this scenario, the reliability engineer will resort to libraries & standards collecting failure rate values for each component according to known operational parameters. Reliability Prediction Analysis (RPA) is the bottom-up methodology that allows for the calculation of equipment/system reliability collecting failure rate data component by component.
In this webinar, you’ll learn how to navigate component reliability libraries & standards, including MIL-HDBK-217F, HDBK-217PlusTM, ANSI/VITA, NSWC-11, NPRD & EPRD. We’ll go through their usages and applications for electronic and mechanical components and discover the existing operating environments. We’ll also throw light on the FIDES 2009 methodology, one of the most used reliability standards in the Space sector. Furthermore, we’ll learn how to set up the system reliability calculation from a component Bill of Material with the aid of Robin Reliability Prediction module. Finally, we’ll review some of the most common pitfalls in RPA, such as redundancies, iterations to improve system reliability, influence of low quality components, etc.
Join Quim Martínez in this hands-on discussion on the practical issues of calculating system reliability for design purposes and get a first-hand introduction to how Robin Reliability Prediction can aid the reliability engineer in this daring adventure into RPA.
What will you learn in this webinar?
Who is this webinar aimed at?
Quim Martínez has a BSc Degree in Aerospace Technology and holds an MSc in Aerospace Engineering (Major in Propulsion).
He is currently working at DMD Solutions focused on Reliability (RPA, FRACAS) and Safety analysis (FTA, FHA, FMEA) and providing technical support in the area of Business Acquisition.
He has mastered the Reliability Prediction Analysis methodology working on a diversity of systems, including mechanical harnesses for emergency & cargo aircraft interior modification, as well as avionics systems.
Reliability & Safety Engineer
Register to attend
We’d like this webinar to be useful to your specific needs, so please submit any questions, comments or features you’d like to focus on to [email protected] or on the live chat during the session. We’ll be glad to reply!
Reliability Prediction Analysis – Thursday, September 2nd at 5.00 pm (GMT+2)
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