Design of Experiments - Advanced
Introduction to the Math of DOE
Duration: 2 days
Transform your performance!
- Know how to calculate b-coefficients by hand
- Create graphs to test for consistent estimates of standard deviation
- Calculate confidence limits for b-coefficients and predictions
- Calculate prediction limits for predictions
- Calculate design quality parameters
Workshop for scientists, chemists, troubleshooters, and engineers who wish to understand the mathematics behind DOE calculations. The math is done by hand.
This program is for you:
- Scientists
- Chemists
- Troubleshooters
- Engineers
Topics Covered
Core Topics
- Use matrix mathematics to build a model
- Calculate uncertainties in model parameters and predictions
- Create Normal Probability Plot, Predictions vs. Residuals Plot, Box-Cox Plot
- Judge number of accurate decimal places in results
- Calculate VIFs and correlation matrix
- Code responses for desirability and use grid search technique to find Sweet Spots
Testimonials
"Bill was great as usual. This was an excellent followup to the DOE class because it gives greater understanding of the methods used and will be helpful as people ask 'Why?' during my presentation of DOE results."
— Amanda Plakosh, Lexmark International
Ready to get started?
Contact us today to learn more about Introduction to the Math of DOE or to schedule a workshop for your team.
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