Shaping the digital future of chemistry demands a diverse and powerful toolkit. Among these, Statistical Design of Experiments (DOE), a proven method from the analogue era, remains a vital but ...

How can you determine if a new process performs better than the original? How can you be confident that a new drug or vaccine will be safe and effective? How can you best determine which market(s) to ...

This course takes a balanced approach presenting basic DoE theory as well as numerous examples of DoE use in the pharmaceutical industry. The course will discuss statistical and practical significance ...

Full factorial DOE, or Design of Experiments, is a method of designed experimentation. Using this method you manipulate the controllable factors (independent variables or inputs) in your process at ...

Design of experiments (DoE) is one of the most important techniques for systematic planning, execution and statistical evaluation of experiments. Although a DoE investigation is executable in one ...

This course educates participants in the Lean Six Sigma method of Design of Experiments (DOE), which identifies factors most important to the success of an improvement project. This analytical ...

Research & development (R&D) can be the ultimate black box. Start with smart people. Add a pile of money. Wait for the next cool technology to pop out. When will it happen? No one can tell. Will it ...

To ensure a biomanufacturing process is consistent and efficient, scientists use a statistical analysis technique called design-of-experiment (DoE) to understand the relationship between the materials ...

Alfred University engineering students Nick Flemmer (left) and Lily Gowie work on their small catapult experiment as part of the Design of Experiments (DOE) project. Students in Alfred University’s ...

Design of experiments enables engineers to demonstrate or understand a process while providing information required for achieving regulatory compliance. A valuable method for predicting process ...