I’m Dr Krzysztof Ozimek, and my courses are science-based, carefully designed, and draw on over 30 years of experience teaching advanced topics in quantitative finance and analytical tools.

“Copula Generation Explained: Theory and Visualization” is a concept-focused course designed to teach how copulas are constructed using three powerful methods: rotation, the Khoudraji device, and the mixture of copulas.

You’ll begin with general theoretical foundations of copulas, and then explore how the selected generation techniques reshape dependence structures. In the final section, each method is applied to four specific copulas — Gaussian, t-Student, Clayton, and Gumbel — all presented through rich, guided visualizations that promote intuitive understanding.

Who Is This Course For?

• Data scientists, statisticians, and researchers working with complex dependence structures

• Finance, insurance, and risk professionals needing alternatives to traditional correlation models

• Students and academics in statistics, economics, finance, or actuarial science

• Anyone looking to master copula construction techniques from a visual, theoretical perspective

What’s Included?

• Structured walkthrough of copula generation methods

• Visual dashboards demonstrating how transformations affect structure

• Application of methods to major copulas (Gaussian, t-Student, Clayton, Gumbel)

• Interpretation of dependence measures, including tail dependence

Why Take This Course?

By the end of this course, you will:

• Understand the mechanisms behind copula rotation, the Khoudraji device, and the mixture of copulas

• Visually grasp how dependence structures evolve under transformation

• Be able to interpret and assess the modeling implications of generated copulas

• Build strong intuition for selecting and applying copula generation methods in various fields

Ready to Dive Deeper into Dependence Modeling?

Join this course to explore the inner workings of copulas — not just how they behave, but how they’re made.

Who this course is for:

• Data scientists, statisticians, and researchers working with complex dependence structures
• Finance, insurance, and risk professionals needing alternatives to traditional correlation models
• Students and academics in statistics, economics, finance, or actuarial science
• Anyone looking to master copula construction techniques from a visual, theoretical perspective