Abstract
The scope of this course conclusion work involves the application of a new tool for factorial
planning for the optimization of experiments using the Python programming language, where
the author adapted and compiled three routines of the free program Octave in a library named
“pde.py”. To illustrate the use of the tool, the four examples discussed in the article published
by the journal Química Nova were reproduced, in which the application of the programming
routine in complete (1), fractional (2), Doehlert type (3) factorial planning is approached
and discussed. and Box-Behnken (4). The purpose of the work is to present in stages the
procedures performed in each example with this new tool, in this way 63 videos were prepared
that help the reader throughout the development of the content addressed