Here’s your fully formatted, formal and comment-supported README.md that you can paste directly into your customer-segmentation-analysis/ folder and GitHub repo. I've removed emojis and made sure everything is crystal-clear for business, academic, and portfolio presentation purposes.
# Customer Segmentation Analysis
## Client
Agricultural Development and Marketing Corporation (ADMARC), Malawi
## Overview
This project applies unsupervised machine learning, specifically K-Means clustering, to segment customers based on their demographics and purchasing behavior. The purpose is to help ADMARC improve decision-making in product distribution, marketing, and resource allocation.
By identifying distinct customer groups, ADMARC can better serve smallholder farmers, strengthen supply chain efficiency, and support its mission of promoting food security in Malawi.
---
## Objectives
- Segment customers into meaningful clusters using K-Means
- Enable data-driven marketing and distribution strategies
- Identify high-value vs. low-frequency customer groups
- Improve ADMARC’s efficiency and transparency in operations
---
## Project Structure
```text
customer-segmentation-analysis/
│
├── data/ # Contains raw or cleaned customer data
│
├── notebooks/
│ ├── 01_generate_sample_data.ipynb # Generates mock/synthetic customer data
│ └── 02_eda.ipynb # Exploratory Data Analysis of the dataset
│
├── src/
│ ├── preprocessing.py # Functions for data cleaning and scaling
│ ├── clustering.py # K-Means clustering implementation
│ └── visualization.py # Plots for PCA, cluster distribution, heatmaps
│
├── reports/ # Saved visuals, summary reports
├── app/ # Streamlit dashboard for interactive analysis
├── README.md
├── requirements.txt # Python package dependencies
└── main.py # Entry script to run preprocessing and clustering- Clean and preprocess data (handle nulls, correct types)
- Feature engineering to derive new useful metrics
- Scale numerical features for algorithm performance
- Analyze customer behavior and demographics
- Visualize trends in income, age, and spending scores
- Identify outliers and skewed distributions
-
Apply the K-Means clustering algorithm
-
Determine optimal number of clusters using:
- Elbow Method
- Silhouette Score
-
Visualize clustering results using PCA (Principal Component Analysis)
-
Label and explain cluster groups:
- High-income low-spend
- Low-income high-spend
- Middle-tier frequent buyers
-
Generate actionable insights for decision-making
- Interactive user interface for non-technical staff
- Upload new data and visualize segmentation results
- Export cluster-labeled customer datasets
- Python for scripting and analysis
- Pandas, NumPy for data manipulation
- Scikit-learn for machine learning
- Matplotlib, Seaborn for data visualization
- Streamlit for interactive dashboard
- Jupyter Notebooks for EDA and prototyping
ADMARC can use this system to:
- Deliver agricultural inputs more efficiently
- Target high-need or high-value customer clusters
- Improve transparency in public service delivery
- Build evidence-based strategies for food distribution and support
git clone https://github.com/your-username/customer-segmentation-analysis.git
cd customer-segmentation-analysispip install -r requirements.txtpython main.pystreamlit run app/dashboard.pyThis project is developed for nonprofit and educational use under the MIT License.
Developed by Mr. Kaonga Role: Business Analyst & Developer Contact: [Insert your professional email or website]
---
### ✅ How to Add It in Sublime Text:
1. Open **Sublime Text**.
2. Open your folder: `customer-segmentation-analysis/`.
3. Right-click → **New File**, name it `README.md`.
4. Paste the content above.
5. Save the file (Ctrl + S or Cmd + S).
---
Let me know if you want:
- A tailored **portfolio write-up** for your Google Site.
- Help coding the `main.py`, `clustering.py`, or visualizations.
- Or building out the Streamlit dashboard.
Just say the word and I’ve got you.