Quantitative statistical analysis of a real-world business case using Python. Covers exploratory data analysis, hypothesis testing, and data visualization to support data-driven decision making.
This project applies statistical methods to extract meaningful insights from a business dataset. It was developed as part of a university course (2023) focused on quantitative analysis and evidence-based business decision making.
| Tool | Purpose |
|---|---|
| Python | Core analysis language |
| Jupyter Notebook | Interactive development environment |
| Pandas | Data manipulation and EDA |
| NumPy | Numerical computation |
| Matplotlib / Seaborn | Data visualization |
| SciPy / Stats | Hypothesis testing |
BusinessCase_Statistics/
├── notebooks/ # Jupyter notebooks with full analysis
├── data/ # Dataset(s) used
└── README.md
- Dataset overview: shape, types, missing values
- Descriptive statistics: mean, median, std, quartiles
- Distribution analysis and outlier detection
- Formulation of null and alternative hypotheses
- Selection of appropriate statistical tests
- Significance evaluation (p-values, confidence intervals)
- Distribution plots and histograms
- Correlation heatmaps
- Business-oriented summary charts
- Statistically supported findings
- Actionable business insights derived from the data
pip install pandas numpy matplotlib seaborn scipy jupyterjupyter notebookOpen the notebook inside the notebooks/ folder and run all cells sequentially.
- Descriptive and inferential statistics
- Hypothesis testing methodology
- Data cleaning and preprocessing
- Business insight extraction from quantitative data
Kevin Joan Delgado Pérez B.S. Robotics and Digital Systems Engineering — Tecnológico de Monterrey Minor in Advanced AI and Data Science