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Statistics in Action

13 Scenarios
4 Hours 10 Minutes
Intermediate
item card poster cover image
12 credits
Industry
general
e-commerce
Skills
approach
data-visualization
data-understanding
data-modelling
machine-learning
ml-modelling
data-quality
performance-tuning
code-versioning
Tools
python
sql
excel

Learning Objectives

Understand foundational statistical concepts including data types, central tendency, dispersion, and sampling variability.
Learn how to visualize and interpret data distributions using histograms, box plots, and scatter plots.
Explore the role of the Central Limit Theorem in enabling statistical inference from sampled data.
Grasp the concepts of skewness, kurtosis, and correlation to assess data behavior and relationships.
Understand hypothesis testing frameworks including null and alternative hypotheses, p-values, and confidence intervals.
Learn how to apply common statistical tests such as t-tests, ANOVA, and Chi-square in practical contexts.
Explore how to interpret and communicate statistical results to derive meaningful, data-driven insights.
Reinforce conceptual understanding through hands-on practice with real datasets and Python-based statistical computations.

Overview

Most learners can summarize data but struggle to draw reliable conclusions or translate insights into action. This masterclass bridges that gap—turning statistics from a theory-heavy subject into a skill-driven approach for smarter business decisions and data analysis. It blends conceptual clarity with hands-on exercises that make each concept stick.

Without a solid grounding in statistics, even the most sophisticated tools can lead to wrong inferences, misleading patterns, or poor forecasting decisions. Understanding how to validate assumptions, test hypotheses, and interpret results correctly is essential for anyone working with real-world data. This masterclass ensures you not only understand statistical principles but can also apply them confidently using real datasets.

The sessions combine interactive storytelling, guided examples, and hands-on labs using Python. Learners will explore scenarios, perform statistical tests, visualize results, and reinforce learning through short knowledge checks and practical exercises.

What You'll Learn:

Foundations of Data and Sampling

  • Understand types of data, measures of central tendency, and spread using mean, median, mode, and IQR.
  • Learn how sampling and the Central Limit Theorem form the backbone of inferential analysis.
  • Grasp the concept of variability and how to represent it visually using histograms and box plots.

Exploring Distributions and Relationships

  • Explore normal distribution, skewness, and kurtosis to identify data patterns.
  • Learn to visualize and interpret univariate and bivariate relationships using correlation and scatter plots.
  • Discover how outliers and anomalies influence decisions and statistical outcomes.

Hypothesis Testing and Significance

  • Understand null and alternative hypotheses, p-values, and confidence intervals.
  • Learn how to conduct t-tests, ANOVA, and Chi-square tests for real-world scenarios.
  • Explore how to make evidence-backed conclusions instead of assumptions.

Hands-On Application and Insights

  • Practice real-time exercises in Python to compute and visualize statistical metrics.
  • Interpret outputs to derive meaningful business insights from data.
  • Reinforce understanding through scenario-based problem solving and end-of-module quizzes.

By the end, you’ll understand how to analyze, interpret, and communicate data statistically—so you can test ideas, validate business hypotheses, and turn raw numbers into strategic decisions. Test your understanding throughout with scenario-driven questions and hands-on practice.

Prerequisites

  • Understanding of data types and how they influence analysis and visualization outcomes
  • Familiarity with using Python for basic data operations such as loading and exploring datasets
  • Knowledge of descriptive statistics concepts like mean, median, and standard deviation
  • Awareness of data representation methods including histograms, scatter plots, and box plots
  • Understanding of what sampling means and why it is used in statistical studies
  • Comfort with interpreting numerical summaries and identifying data patterns in simple datasets