DFSS462 Robust Design Principles and Industrial Applications
- Offered bySigmaPro
DFSS462 Robust Design Principles and Industrial Applications at SigmaPro Overview
Duration | 5 days |
Mode of learning | Online |
Credential | Certificate |
DFSS462 Robust Design Principles and Industrial Applications at SigmaPro Highlights
- Earn a Certification after Completion
DFSS462 Robust Design Principles and Industrial Applications at SigmaPro Course details
- SigmaPro’s Robust Design Principles and Applications course has been specifically developed to provide industrial Black Belts, Master Black Belts, product/process development engineers, and other technologists with a concise and applied treatment of the latest methods in robust design. Technical tools to accomplish robust design include requirements definition, qualitative decomposition, transfer function modeling for one or more responses, designed experiments using inner/outer arrays, probabilistic design, statistical tolerancing, and much more
DFSS462 Robust Design Principles and Industrial Applications at SigmaPro Curriculum
How to develop detailed design requirements from higher level system requirements.
How to select the best design concept based on customer requirements.
How to use qualitative decomposition to identify key design nodes with respect to risk, identify all input and output variables, and determine the reduced set of key inputs and outputs for further optimization.
How to examine and optimize a system using Axiomatic Design.
How to analyze one or more responses and build effective prediction models using transfer function modeling techniques.
How to employ effective inner/outer array structures with any designed experiment to accomplish screening, prediction, or optimization.
How to use nonlinear optimization techniques to find optimal values for design parameters for one or more response functions.
How to set optimal statistical tolerances based on cost and system requirements.