Digital Solution eLearning DOE (Design of Experiments) (Level 2)

ELearning Course Overview:

Our training program offers a comprehensive intermediate (Level 2) course in Desgign of Experiments (DOE) utilizing MODDE® software. This Level 2 training course is a direct continuation of the basic Level 1 course and intended for researchers, scientists and engineers from all sectors of industry and academia. For interested participants new to DOE it is recommended that the Level 1 basic training is completed first before embarking on Level 2.

The objective of the Level 2 DOE course is to provide a deeper understanding of DOE, by focusing on more elaborate design protocols as well as specific application designs supported by MODDE® to handle constrained situations and non-standard demands such as the D-optimal design family, which includes Mixture design common in formulation application, REDMUP® designs for DOE in microtiter plates, generalized sub-set design for accomplishing time distributed, sequential DOE protocols, and stability testing DOE for ensuring or establishing product shelf-life.

Item No.: 
UT-OC-2497
*Custom/bulk order quotes are provided within 72 hours of request.
Digital Solution eLearning DOE (Design of Experiments) (Level 2)
Digital Solution eLearning DOE (Design of Experiments) (Level 2)

ELearning Course Overview:

Our training program offers a comprehensive intermediate (Level 2) course in Desgign of Experiments (DOE) utilizing MODDE® software. This Level 2 training course is a direct continuation of the basic Level 1 course and intended for researchers, scientists and engineers from all sectors of industry and academia. For interested participants new to DOE it is recommended that the Level 1 basic training is completed first before embarking on Level 2.

The objective of the Level 2 DOE course is to provide a deeper understanding of DOE, by focusing on more elaborate design protocols as well as specific application designs supported by MODDE® to handle constrained situations and non-standard demands such as the D-optimal design family, which includes Mixture design common in formulation application, REDMUP® designs for DOE in microtiter plates, generalized sub-set design for accomplishing time distributed, sequential DOE protocols, and stability testing DOE for ensuring or establishing product shelf-life.

Item No.:
UT-OC-2497

Overview

Specifications

The course contains multiple lessons and hands-on exercises. Participants will have access to a repository of practical examples to work through using the software. The course concludes with a Final Test, which can be taken multiple times. A certificate is awarded upon passing the test.

This course provides 3 months access to the Sartorius Learning Center to follow the course material and sit the Final Test.
A license of the MODDE® software is needed to follow the course (software license is not included with this course).

Features

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    MODDE®

Product Information

  • Brand
    MODDE®