Course Description

Designing reliability into a system early in its life-cycle is the most effective means to ensure reliable performance and mission success. It is a well-known metric that the costs to fix a reliability issue for a fielded system is at least ten times more than it is to design the reliability in up-front. This course will provide details on the process for designing reliability into a system, the value provided by accomplishing this goal, and hands-on examples to solidify learning.

Course Contents

This 5-day course provides a detailed overview of the design for reliability methodology, focusing on the processes, procedures, and tools to use during each phase of the life-cycle of a product. The course covers all areas of system design, including reliability program concepts, design and analysis methods, and test and evaluation approaches, highlighting general rules of thumb and other tips of the trade. Hands-on exercises and projects are also included to illustrate the application of the concepts covered in class. These exercises include statistical distributions, reliability modeling and redundancy calculations, reliability predictions, FMECAs, FTAs, and accelerated life testing/Weibull analysis.

Who Should Take the Course

RAM Engineers, Program and Project Managers, System Engineers

What the Student Will Learn

The course attendee will have successfully gained the knowledge desired by demonstrating via the hands-on projects that he/she can apply design for reliability concepts, know when to apply the tools, and focus on ensuring requirements are met.

Course Length

This course will be completed in 30 class hours

Presenter(s) Biography

RichWisniewskiMr. Wisniewski is a Senior Reliability Engineer at Quanterion Solutions and has more than 30 years’ experience in applying reliability, maintainability and safety engineering design, analysis, testing and screening methods and failure analysis and field support techniques on a variety of commercial products and military equipment/systems. Programs include radar, microwave/RF sensor systems, flight controls, mission computers, fixed and rotary winged full authority digital engine controls, regenerative liquid propellant guns, lightweight howitzers, and commercial and military hybrid electric vehicle drive train components. At Quanterion, he leads efforts to support government and industry customers in designing reliability/quality into products and systems, solve product reliability problems and identify corrective actions using techniques such as electrical stress analyses, Failure Mode and Effects Analysis, Root Cause Analysis, standard statistical analysis, and the collection, analysis and modeling of failure data.

To schedule an instructor-led in person training course on this, e-mail us at q…@quanterion.com or
call (877) 808-0097 (Toll Free), or (315) 732-0097.

 

Copyright © 2007 by Quanterion Solutions Incorporated.  This training course was developed by Quanterion Solutions Incorporated.  The training materials developed and provided in the presentation of this course (hardcopy and/or electronic) are for the sole use of the student attending the course.  These materials are protected by U.S. Copyright Law and may not be copied, automated, resold or re-distributed to multiple users by the student (or his/her sponsoring organization) without the express written permission of Quanterion Solutions Incorporated.  If copying, automating, reselling or re-distribution of this copyrighted material is desired, please contact 877.808.0097 (toll free) or 315.732.0097 for licensing information.