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Foundations of Inference in Python
4.8(226)3k studentsADVANCEDEnglish
Korshub's take
The Korshub Take
This advanced Python course elevates statistical practice beyond simple summary metrics into rigorous inferential decision-making. Utilizing SciPy, it covers sampling biases, parametric and non-parametric hypothesis testing, effect size, statistical power, and simulation-based techniques to draw dependable conclusions from complex data.
Who It's For
Data scientists, statisticians, and experienced Python analysts who need to run hypothesis tests, avoid statistical pitfalls, and justify business recommendations with empirical evidence.
Key Takeaways
- Hypothesis Testing with SciPy: Execute parametric and non-parametric tests for correlation, normality, and group comparisons in Python.
- Power & Effect Size: Quantify finding magnitudes and measure statistical power while controlling for spurious correlations.
- Simulation & Resampling: Apply randomization, simulation, and meta-analysis methods to test robust hypotheses on large-scale datasets.
About this course
Truly Understand Hypothesis Tests
What happens after you compute your averages and make your graphs? How do you go from descriptive statistics to confident decision-making? How can you apply hypothesis tests to solve real-world problems? In this four-hour course on the foundations of inference in Python, you’ll get hands-on experience in making sound conclusions based on data. You’ll learn all about sampling and discover how improper sampling can throw statistical inference off course.Analyze a Broad Range of Scenarios
You'll start by working with hypothesis tests for normality and correlation, as well as both parametric and non-parametric tests. You'll run these tests using SciPy, and interpret their output to use for decision making. Next, you'll measure the strength of an outcome using effect size and statistical power, all while avoiding spurious correlations by applying corrections. Finally, you'll use simulation, randomization, and meta-analysis to work with a broad range of data, including re-analyzing results from other researchers.Draw Solid Conclusions From Big Data
Following the course, you will be able to successfully take big data and use it to make principled decisions that leaders can rely on. You'll go well beyond graphs and summary statistics to produce reliable, repeatable, and explainable results.Advertisement