This repository hosts a machine learning project aimed at predicting customer churn for Union Bank of India (UBI). It includes a detailed analysis within a Jupyter Notebook, the dataset used for the analysis, and a comprehensive report detailing the study's findings and recommendations.
UBI_Bank_Customer_Churn_Prediction.ipynb
: Jupyter Notebook with Python code for the entire analysis and predictive modeling process.Churn_Modelling.csv
: The dataset used in the analysis, containing customer demographics, account details, and churn status.Customer Churn Prediction of Union Bank of India_Report.docx
: A detailed report in DOCX format that outlines the methodology, analysis, and insights derived from the project.
The provided Jupyter Notebook contains an exploratory data analysis section that reveals valuable insights into factors contributing to customer churn at UBI.
The project includes the creation of new features designed to improve the predictive models' performance, which are integral to the analytical approach detailed in the notebook.
The notebook outlines the development and evaluation of several predictive models, including:
- Logistic Regression
- Decision Tree
- Random Forest
- Gaussian Naive Bayes
Models are assessed based on accuracy, precision, recall, and ROC-AUC scores, with results visualized for better interpretability.
The report document (Customer Churn Prediction of Union Bank of India_Report.docx
) contains a summary of the project's findings and strategic recommendations for UBI to address the customer churn effectively.
- Clone or download the repository to access all the files locally.
- Open the
UBI_Bank_Customer_Churn_Prediction.ipynb
notebook in Jupyter to explore the analysis. - The
Churn_Modelling.csv
file can be viewed or edited with any software supporting CSV format. - The report document
.docx
provides a detailed narrative of the project and can be opened with any compatible word processor.
Feel free to fork the repository and contribute to the analysis. Suggestions and improvements are welcome.
Special thanks to Dr.Jim Cary , under whose guidance this project was completed as part of the INFO 5307 Section 021 - Knowledge Management Tools and Technologies (Fall 2023 1) at University of North Texas.