Design For Six SigmaTolerance Design, and DOE to Optimize Product Quality and ReliabilityDesign For Six Sigma
Design For Six Sigma, Tolerance Design, and DOE to Optimize Product Quality and ReliabilityDesign For Six Sigma, Tolerance Design, and DOE to Optimize Product Quality and ReliabilityDesign For Six Sigma, Tolerance Design, and DOE to Optimize Product Quality and ReliabilityDesign For Six Sigma, Tolerance Design, and DOE to Optimize Product Quality and ReliabilityDesign For Six Sigma, Tolerance Design, and DOE to Optimize Product Quality and ReliabilityDesign For Six Sigma, Tolerance Design, and DOE to Optimize Product Quality and ReliabilityDesign For Six Sigma, Tolerance Design, and DOE to Optimize Product Quality and Reliability

Design For Six Sigma, Tolerance Design, and DOE to Optimize Product Quality and Reliability


Design For Six Sigma, Tolerance Design, and DOE to Optimize Product Quality and Reliability
Design For Six Sigma, Tolerance Design, and DOE to Optimize Product Quality and Reliability
   

Efficient Experiments / DOE Workshop

Modular Design of Experiments Training for Engineers and Technicians

Plan, conduct and analyze powerful, efficient experiments utilizing the simple tools taught in this popular course!

Efficient Experiments is our  unique brand of Design Of Experiments (DOE) training.  We emphasize thorough planning and careful execution as the keys to efficiency.  By following our roadmaps and methods, you will answer your questions in the shortest time and at the smallest cost possible.  Powerful, friendly software handles the tough math.  By viewing graphs and simple tables, you reach conclusions quickly and accurately.  That's an efficient experiment!

Who should attend: Electrical Engineers, Mechanical Engineers, Chemical Engineers, Test Engineers, Manufacturing Engineers, Technicians and all associated product design leaders looking to maximize their time, data and resources.

This class is modular and need not be taken all at one time.

Days 1 and 2 cover the design and analysis of two-level experiments
Day 3 discusses how to use experiments to design more robust products
Day 4 covers multiple-response experiments

   
Design For Six Sigma, Tolerance Design, and DOE to Optimize Product Quality and Reliability