πŸ›‘οΈ Insurance Fraud Detection

A machine learning classification model for predicting whether an insurance claim is Fraudulent or Non-Fraudulent.

The model uses a Decision Tree Classifier trained on insurance claim data after preprocessing, feature engineering, categorical encoding, and class balancing using SMOTE.

πŸ€– Model

Algorithm: Decision Tree Classifier

Task: Binary Classification

Classes:

  • Fraudulent
  • Non-Fraudulent

πŸ“Š Model Performance

The following models were evaluated during the project:

Model Accuracy
Logistic Regression 73%
Decision Tree 80%
Random Forest 79%

The Decision Tree Classifier was selected for the final application and achieved approximately 80% accuracy on the evaluation data.

Accuracy alone does not fully describe fraud-detection performance. Precision, recall, F1-score, and the confusion matrix should also be considered, particularly when the classes are imbalanced.

πŸ”„ Machine Learning Workflow

Insurance Claim Data
        ↓
Data Cleaning
        ↓
Missing Value Handling
        ↓
Feature Engineering
        ↓
Categorical Encoding
        ↓
SMOTE Class Balancing
        ↓
Decision Tree Classifier
        ↓
Fraud / Non-Fraud Prediction
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