Statistical thinking is about understanding, controlling and reducing process variation. Learn about process maps, problem-solving tools for defining and scoping your project, and understanding the data you need to solve your problem.
Statistical Thinking for Industrial Problem Solving
A free online statistics course
In virtually every field, deriving insights from data is central to problem solving, innovation and growth. But without an understanding of which approaches to use, and how to interpret and communicate results, the best opportunities will remain undiscovered.
That’s why we created Statistical Thinking for Industrial Problem Solving. This online statistics course is available – for free – to anyone interested in building practical skills in using data to solve problems better.
All you need is a browser, an internet connection and an inquisitive mind.
This course is comprised of seven modules, totaling 25-30 hours of self-paced learning. You can take one module or take them all. Each module includes short instructional videos, JMP demonstrations, questions and exercises. Review the full course outline, or learn more about each module below:
Learn the basics of how to describe data with graphics and statistical summaries. Then, learn how to use interactive visualizations to communicate the story in your data. You'll also learn some core steps in preparing your data for analysis.
Learn about tools for quantifying, controlling and reducing variation in your product, service or process. Topics include control charts, process capability and measurement systems analysis.
Learn about tools used for drawing inferences from data. In this module you learn about statistical intervals and hypothesis tests. You also learn how to calculate sample size and see the relationship between sample size and power.
Learn how to use scatterplots and correlation to study the linear association between pairs of variables. Then, learn how to fit, evaluate and interpret linear and logistic regression models.
In this introduction to statistically designed experiments (DOE), you learn the language of DOE, and see how to design, conduct and analyze an experiment in JMP.