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A research project aimed at predicting loan approval for banking institutions using machine learning algorithms. The importance of loan approval and recovery for banks, the challenges in forecasting borrower's ability to repay loans, and the usefulness of machine learning in handling large amounts of data. The project uses python programming language and five specific machine learning algorithms: decision tree, random forest, logistic regression, svm, and k neighbors. The document also includes a literature review, data description, methodology, findings, and conclusion.
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For banking institutions, loan approval is an important step. The system either approved or denied the loan applications. An important factor in a bank's financial statements is loan recovery. Bankers must examine a person's data before issuing a loan because bank data is expanding in banks at such a quick rate today. It is very challenging to forecast whether the borrower will be able to repay the loan. Machine learning (ML) methodologies are quite useful for predicting outcomes when working with enormous amounts of data. Data learning from its own experiences, as well as data prediction and decision-making, are specifically assisted by machine learning. Our research uses the Python programming language because it already has all of the necessary tools and libraries. One of the most popular and widely used languages for machine learning and artificial intelligence is Python. Data has revolutionized computer science as the most valuable resource in the world. Numerous data analysis solutions have been made possible by machine learning algorithms. To forecast if a customer's loan application will be approved, we would employ five machine learning algorithms: the Decision Tree algorithm, Random Forest algorithm, Logistic Regression algorithm, SVM algorithm, and K Neighbors algorithm. Our main objective is to apply machine learning ideas to determine a customer's loan status and forecast a prompt, exact result that helps the lender analyze the situation, improve services, and reduce risk by choosing the right candidate, saving the lender time and money. Additionally, we would evaluate multiple machine learning algorithms and choose the top one. The breakdown of the paper's structure is as follows: In Section II, a summary of pertinent literature reviews on research publications on loan prediction is provided. Section III contains a Data Description section. Section IV discusses the technique used in the study to produce its findings. The section V contains the study's findings. Section VI concludes the essay and discusses the project's ongoing activities.