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This project demonstrates the implementation of a loan approval system that utilizes MongoDB for distributed data storage and management, and PyMongo for database operations. The project aims to automate the assessment of loan eligibility using customer details from online applications.
The project aims to develop a predictive model for loan default using the dataset given by Imperial College London. The goal is to analyse the data, understand the factors that contribute to loan defaults, and create a machine learning model that can forecast the likelihood of loan default for future borrowers.
In this project, I analyzed the prosper load data, studied the trends and concluded that monthly income, loan amount and borrower's rate significantly affect the prosper rating and a good predictors of delinquency.
The project predicts the probability of loan default using various financial features of customer. I applied SMOTENN by combining SMOTE cand Edited Nearest Neighbor (ENN) to handle class imbalance. Logistic Regression, Random Forest and CATBOOST models have been apllied and evaluated based on accuray, F1 score, ROC-AUC score.
Provided two datasets of a finance company trying to figure out the attributes of customers who don't have a sufficient credit history take advantage of this and default on their loans. Task is to use EDA to analyze patterns in the data, ensuring that capable applicants are not rejected with the help of a Machine Learning model.
Omega is a loan prediction software, developed with the aim of assisting financial service providers to better vet their loan applicants with ease, efficiency and accuracy