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Course List burgundy arrowOverall Reliability
burgundy arrowRel in Concept Phase
burgundy arrowRel in Design Phase
burgundy arrowRel in Prototype Phase
burgundy arrowRel in Manufacturing
spacer bulletPhase
burgundy arrow Reliability Techniques
spacer bulletFor Beginners
burgundy arrowReliability Statistics
burgundy arrowFMECA
burgundy arrowCRE Exam Preparation
burgundy arrowCQE Exam Preparation
burgundy arrowDesign for Reliability
burgundy arrowDesigning for
spacer bulletManufacturability
burgundy arrowDesign for Testability
burgundy arrowDesigning for Warranty
spacer bulletCost Reduction
burgundy arrowDesign for 6 Sigma
burgundy arrowDesign for 'X'
burgundy arrowDesign of Experiment
burgundy arrowMechanical Design
spacer bulletfor IC Packaging
burgundy arrowHALT and HASS
spacer bulletApplication
burgundy arrowStatistics for 6 Sigma
burgundy arrowFundamentals of
spacer bulletClimatic Testing
burgundy arrowDesign for Vibration
spacer bulletand Shock
burgundy arrowSoftware Reliability
burgundy arrowRestriction of
spacer bulletHazardous Substances
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burgundy arrowRoot Cause Analysis
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"Ops A La Carte did an excellent job teaching a private two-day reliability seminar for our team. We learned a lot and would certainly use them again."
---Isaac Ohel, VP Engineering, Novera Optics
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EDUCATION on the best tools for Reliability Engineering.

INTEGRATION of all Elements of Reliability Programs for Maximum Value.

Public and In-House Courses presented by world-class instructors directly in Silicon Valley.

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Design for 'X"

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OBJECTIVES
There are literally dozens of different 'Design for X' methodologies, and depending on which market segment you are in, some may be more important that others. This course will highlight the important aspects of each and will show you which is more important when and more importantly, how to integrate each DfX tool together to maximize effectiveness while minimizing redundancy of work.

download Download brochure (pdf)

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WHO SHOULD ATTEND
This course is intended for those involved in quality, manufacturing, design, or test, who want to better understand the different design tools and when to apply which.

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OUTLINE

Introduction

Most Popular DfX Tools
Design for Assembly/Disassembly/Maintainability (DfA)
Design for Cost (DfC)
Design for EMC (DfE)
Design for Environment (DfE)
Design for Installation (DfI)
Design for Quality (DfQ)
Design for Recycling (DfR)
Design for Reliability (DfR)
Design for Reuse (DfR)
Design for Serviceability (DfS)
Design for Speed (DfS)
Design for Six Sigma(DfSS)
Design for Testability (DfT)
Design for Warranty (DfW)
Design for Usability (DfU)
Design for Validation (DfV)

Integrating the Different DfX Tools Together into one Program

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red arrow Many New Courses added in 2013! Click here for details >

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