Home

BREAKTHROUGH PERFORMANCE USING DESIGN FOR SIX SIGMA



Training materials: Texts:  Basic Statistics:  Tools for Continuous Improvement,  Understanding Industrial Designed Experiments,  DFSS:  The Tool Guide for Practitioners;  Software:  SPC XL, DOE PRO, DFSS Master

COURSE AGENDA:

Introduction to Design for Six Sigma (DFSS)

The DFSS Scorecard

Identify:  The DFSS Project and Team

Identify:  The Voice of the Customer (VOC)

Design:  Concept Generation and Selection; Product Design and Requirements Flowdown

Design and Optimize:  Transfer Functions and Expected Value Analysis (EVA)

Optimize:  Robust Design

Optimize:  Tolerance Allocation

Design for X-ability and Scorecard Updates

Validate:  Sensitivity Analysis

Validate:  The Achievement of Breakthrough Performance

DFSS Case Studies and Examples

The Static - Applying the IDOV Methodology

References and Course Evaluation

COURSE GOALS:

- Understand what DFSS is all about and how it differs from traditional Six Sigma

- To understand and apply Six Sigma/DFSS tools and concepts for the purpose of gaining knowledge and improving the bottom line.

- Be able to construct a DFSS Scorecard to predict yield and identify problem areas for resource allocation and attention

- Become familiar with methods for identifying the voice of the customer and understand how to construct a House of Quality

- Understand methods for evaluating risk including failure mode and effect analysis (FMEA)

- Be able to complete a Pugh analysis to select the best concept or help narrow the focus

- Understand the use and importance of transfer functions in DFSS and methods for generating them

- Be able to complete an expected value analysis (EVA) for predicting product performance using transfer functions

- Understand how to apply robust design analysis for reducing variation and minimizing sensitivity to noise

- Be able to complete  a tolerance allocation analysis to understand the impact of design variables on performance

- Understand the importance and role of designing for manufacturability and other key aspects (DFX) in addition to designing for performance (DFP)

- Understand the importance of testing and validating prediction models and strategies for gap analysis when results do not match

- Practice applying the DFSS IDOV process using an in-class design exercise

Home  |  Contact Us  |  FAQ  |  Site Map  |  Consultant Portal
Visit: www.sixsigmaproductsgroup.com
©2005-2010  Air Academy Associates, LLC.  All Rights Reserved.   Established 1990
Powered by DublinBlue