Turning raw e-commerce transaction data into meaningful business insights using Python and Pandas.
📈 Revenue Analysis • 👥 Customer Insights • 🌍 Business Analysis
This project analyzes e-commerce transaction data to understand customer behavior, revenue patterns, and business performance.
The analysis focuses on customer spending, revenue trends, country-wise performance, and customer contribution to overall revenue.
- Analyzed revenue changes over time
- Identified peak and low revenue periods
- Examined overall revenue patterns
- Compared revenue across countries
- Identified high-performing regions
- Analyzed geographic revenue contribution
- Identified high-value customers
- Analyzed customer spending behavior
- Compared new and repeat customers
- Examined customer contribution to total revenue
- A relatively small group of customers contributes a significant share of total revenue.
- Revenue varies across different time periods.
- Customer purchasing behavior differs across countries.
- Repeat customers contribute significantly to overall revenue.
- Revenue concentration can be analyzed using the Pareto principle.
- Python
- Pandas
- NumPy
- Matplotlib
- Jupyter Notebook
ecommerce-business-insights/
│
├── 📁 data/
│ └── dataset files
│
├── 📁 images/
│ ├── revenue.png
│ └── top_countries.png
│
├── 📁 notebook/
│ └── analysis notebook
│
├── 📄 README.md
└── 📄 requirements.txt
git clone https://github.com/AnkanXcoder/ecommerce-business-insights.gitcd ecommerce-business-insightspip install -r requirements.txtOpen the notebook inside the notebook/ folder using Jupyter Notebook or VS Code.
The project uses e-commerce transaction data for customer, revenue, and business analysis.
A sample dataset is included in the repository where applicable.
The goal of this project is to transform raw transaction data into useful business insights related to:
- Customer value
- Revenue distribution
- Geographic performance
- Purchasing behavior
- Revenue trends
Computer Science & Engineering Student
Interested in:
- 📊 Data Science
- 🤖 Machine Learning
- 💻 Software Development
- 📈 Data Analytics
Built with 🐍 Python and 📊 Data Analysis

