
A simplified introduction and Definition for Design of Experiments.
Introducing the term relations which exists between factors and the output within experiments.
Introducing the error in experiments and where it comes from.
Introducing the factor levels and their contribution toward the output.
In the first stage for conducting any experiment. All parameters should be defined and structured right before setting the plan.
Start planning the experiment using the full factorial design method.
Learn the fractional factorial design method, which is an alternative plan for cost and time efficiency.
After the plan has been set, the experiment can then be executed. This lecture will show how experiments are executed properly in order to ensure least error and highest accuracy in the results.
Charts in general are the best way to visualize numerical data. In DOE, charts serve as a crucial tool for understanding the interactions or relationships between the defined factors and the output response.
Two-Way ANOVA is a very powerful tool which will give crucial information in regard to the impact of factors and interactions on the output response along with quantifying the total error and identifying how much representative are the test outcomes.
Design of Experiments ( DOE ) is a statistical tool which helps you to design any experiment properly toward right conclusions. In this beginner online course, you learn by examples and you will know first what is design of experiment and the aim behind it, then you will go deeper thus learning how to plan, execute and analyze any experiment properly using this powerful tool. You will also encounter both types of factorial designs here ( Full Factorial Design and Fractional Factorial Design). This tutorial will allow any newbie fully learn how to plan, execute and analyze any experiment properly, thus making the right conclusions out it.
This tool is obligatory for any scientist or engineer, especially those working within the research and development sector and is also essential for those who practice and work with six sigma.
The course starts preparing you in PART I, thus making you familiar with the DOE definition, noise factors, relations and levels .
Part II then teaches you how to set all the relevant parameters so that you can then plan your experiment using the full or fractional factorial designs.
In Part III, you will learn how to execute your experiment afterwards in a way that you ensure highest accuracy in the results.
In part IV, you will then learn how to analyze the acquired results in your experiments using two different ways, either by charts, or by analysis of variance (Two-way ANOVA).