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This project focuses on analyzing bank and credit data to develop a hypothetical credit score and uncover hidden patterns. Through thorough Exploratory Data Analysis (EDA) and strategic feature engineering, the project identifies key factors influencing creditworthiness.

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Syedzaheerabbas/Credit-EDA-Credit-Score-Calculation-with-Python

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Credit-EDA-Credit-Score-Calculation-with-Python

Problem statement:

  • To conduct a thorough exploratory data analysis (EDA) and deep analysis of a comprehensive dataset containing basic customer details and extensive credit-related information. The aim is to create new, informative features, calculate a hypothetical credit score, and uncover meaningful patterns, anomalies, and insights within the data.

Project Objectives:

  • Deep driving into bank details and credit data, creating valuable features, a hypothetical credit score, and uncovering hidden patterns. This involves thorough EDA, strategic feature engineering, model-driven score calculation, and insightful analysis that reveals factors influencing creditworthiness and guides potential risk mitigation strategies.

Features of Data

Column Name Description
ID Represents a unique identification of an entry
Customer_ID Represents a unique identification of a person
Month Represents the month of the year
Name Represents the name of a person
Age Represents the age of the person
SSN Represents the social security number of a person
Occupation Represents the occupation of the person
Annual_Income Represents the annual income of the person
Monthly_Inhand_Salary Represents the monthly base salary of a person
Num_Bank_Accounts Represents the number of bank accounts a person holds
Num_Credit_Card Represents the number of other credit cards held by a person
Interest_Rate Represents the interest rate on credit card
Num_of_Loan Represents the number of loans taken from the bank
Type_of_Loan Represents the types of loan taken by a person
Delay_from_due_date Represents the average number of days delayed from the payment date
Num_of_Delayed_Payment Represents the average number of payments delayed by a person
Changed_Credit_Limit Represents the percentage change in credit card limit
Num_Credit_Inquiries Represents the number of credit card inquiries
Credit_Mix Represents the classification of the mix of credits
Outstanding_Debt Represents the remaining debt to be paid (in USD)
Credit_Utilization_Ratio Represents the utilization ratio of credit card
Credit_History_Age Represents the age of credit history of the person
Payment_of_Min_Amount Represents whether only the minimum amount was paid by the person
Total_EMI_per_month Represents the monthly EMI payments (in USD)
Amount_invested_monthly Represents the monthly amount invested by the customer (in USD)
Payment_Behaviour Represents the payment behavior of the customer
Monthly_Balance Represents the monthly balance amount of the customer (in USD)

Methodology

  • Exploratory Data Analysis (EDA)
  • Feature Engineering
  • Hypothetical Credit Score Calculation
  • Analysis and Insights

Colab Notebook

  • You can access the full Python analysis on Google Colab using the following link: View the notebook

PDF Report

A detailed analysis report is available in the following PDF file: View Report.

About

This project focuses on analyzing bank and credit data to develop a hypothetical credit score and uncover hidden patterns. Through thorough Exploratory Data Analysis (EDA) and strategic feature engineering, the project identifies key factors influencing creditworthiness.

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