
At the end of the lesson, students will be able to understand what process validation is, and when it is used. It will also explain when it is compulsory, recommended, or just an options.
At the end of this lesson, students will know what a Master Validation Plan is, and what information are needed to write one.
At the end of this lesson, students will know what a Validation Protocol is, and what information are needed to write one.
Learn what is needed and how to perform the Equipment Qualification.
Example of an Equipment Qualification on a filling machine.
Learn what is needed and how to perform the Installation Qualification.
Example of an Installation Qualification on a filling machine.
Learn with examples the meaning of mean, median and modes.
Learn with examples the meaning of range, variance and standard deviation.
Learn the the 65-95-99 rule and the importance of the Gaussian distribution on process validation.
Learn the Dot Plot graphs and how they are created. Handout in Excel available.
Learn the Histogram graphs and how they are created. Handout in Excel available.
Learn the Box Pot graphs and how they are created. Handout in Excel available.
Learn the Pareto Chart graphs and how they are created. Handout in Excel available.
Learn Control Charts and how they are created. Handout in Excel available.
Learn the concept of Process Yield and how it is uses.
Learn the concept of Critical Quality Attribute, also with an example.
Understand the very important concepts of Process Stability and Capability.
Learn what is needed and how to perform the Operational Qualification.
Example of an Operational Qualification on a filling machine.
Learn what is needed and how to perform the Performance Qualification.
Learn the 8 rules that indicates an out-of-control condition that requires actions.
Learn the difference between Retrospective, Prospective, and Re-Validation, when and how are performed.
This lecture explains how to download the course certificate
Process Validation is the most widely used technique in order to guarantee that a process yields the desired outcome over time.
It can be applied to virtually any types of processes, both manufacturing and service processes, and it is often required by international standards (like ISO 9001), and by applicable legislation, like in the medical devices or pharmaceutical field, automotive, food, aerospace, and so on.
Whatever the field, its application can be summarized in few basic steps and tools, whose comprehension enable you to perform almost every Process Validation required in the industry.
In this course, I will guide you through these principles and techniques with plain words and clear examples, so that at the end of the learning experience, you will be able to understand and apply these principles to your field of interest.
This knowledge is valuable both to managers and engineers involved in production processes, quality management, six sigma, and in general in any activity which required that a process yields specific outcomes over time in a reliable way.
Therefore... let us get started!