Intelligent Financial Health and Credit Scoring System - Final Year Project with Source Code
Intelligent Financial Health and Credit Scoring System - Complete Project Demo Video
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Machine Learning

Intelligent Financial Health and Credit Scoring System

The Intelligent Financial Health and Credit Scoring System is a comprehensive machine learning solution that predicts credit default risk using the 'Give Me Some Credit' dataset. This project is ideal for B.Tech, MCA, CSE, and engineering students as their final year project. It implements XGBoost and Logistic Regression with SMOTE for class imbalance, achieving 93.2% accuracy and 96.52% ROC-AUC.

The system utilizes the 'Give Me Some Credit' dataset from Kaggle containing 150,000 borrower records with 10 financial features including revolving utilization, payment history, and debt ratios. It provides a user-friendly web interface for data upload, exploratory data analysis, model training, and real-time credit risk assessment, enabling financial institutions to make data-driven lending decisions.

Python 3.8+ Machine Learning XGBoost Logistic Regression Scikit-learn SMOTE Pandas NumPy Matplotlib Seaborn Flask HTML/CSS/JS
Key Features:
  • Multi-Model Credit Default Prediction
  • XGBoost (93.2% Accuracy)
  • Logistic Regression (89.7% Accuracy)
  • Feature Engineering (income_to_debt_ratio, total_late_payments)
  • SMOTE for Class Imbalance Handling
  • Interactive Visualizations
  • Real-time Risk Predictions
  • Model Performance Comparison
  • Feature Importance Analysis
  • Flask Web Application

Algorithms Used

📊 Logistic Regression
Linear classifier with L2 regularization, class_weight='balanced', max_iter=1000
🎯 Accuracy: 89.7%
⚡ XGBoost
Gradient boosting with n_estimators=150, max_depth=6, learning_rate=0.1, regularization
🎯 Accuracy: 93.2%
🔧 Feature Engineering
income_to_debt_ratio, utilization_per_line, total_late_payments, age_squared
📊 Top Feature: Revolving Utilization
🔄 SMOTE Oversampling
Synthetic minority oversampling for class imbalance (93:7 ratio)
📊 CV Mean: 96.28%

Methodology & Workflow

1 Data Collection
150,000 borrower records with 10 financial features
2 Data Preprocessing
Cleaning, encoding, feature engineering, scaling
3 Exploratory Data Analysis
Statistical analysis and visualization of patterns
4 Model Training
XGBoost and Logistic Regression with leak-free SMOTE
5 Model Evaluation
Accuracy, Precision, Recall, F1-Score, ROC-AUC
6 Web Deployment
Flask web app with real-time risk assessment

Model Performance Comparison

Metric Logistic Regression XGBoost Best
Test Accuracy 89.7% 93.2% XGBoost
Test Precision (Weighted) 89.6% 93.2% XGBoost
Test Recall (Weighted) 89.7% 93.2% XGBoost
Test F1-Score (Weighted) 88.3% 91.9% XGBoost
Test ROC-AUC 92.3% 96.5% XGBoost
CV Mean ROC-AUC 91.95% 96.28% XGBoost

Project Package Includes:

Complete Source Code Documentation (50+ pages) Video Tutorial Give Me Some Credit Dataset Flask Web App Model Files (Pickle) Visualizations 24/7 Expert Support
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Complete Source Code
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