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financial-risk

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VaR-threshold-and-confidence-interval

This project studies the effects of the shape parameter estimator uncertainty at different threshold levels on the value-at-risk confidence interval for quantitative risk management (QRM) using the Generalized Pareto Distribution (GPD) from the Extreme Value Theory (EVT) approach.

  • Updated Aug 30, 2022
  • Jupyter Notebook

🔐4- Cybersecurity -Social Engineering - Modular end-to-end AI-powered risk intelligence infrastructure for banking and fintech incidents analytics, integrating semantic analysis, interactive dashboards, APIs and LLM-powered insights to support governance, compliance and regulatory decision-making.

  • Updated Jun 27, 2026
  • Jupyter Notebook

🏦 Machine Learning system for credit default prediction using a RandomForestClassifier. Features an end-to-end pipeline including synthetic financial data generation, robust preprocessing (ColumnTransformer), and comprehensive evaluation with ROC-AUC and Confusion Matrices.

  • Updated Dec 22, 2025
  • Python

A comprehensive implementation of the ID3 Decision Tree algorithm from scratch for financial risk assessment, featuring custom entropy calculations, information gain optimization, and detailed data preprocessing.

  • Updated Feb 13, 2026
  • Jupyter Notebook

Cost-sensitive loan default prediction using Python and machine learning, with threshold optimization, business cost simulation, model interpretation, and responsible AI considerations.

  • Updated Jun 21, 2026
  • Jupyter Notebook

Finance Risk Intelligence is an end-to-end machine learning project for financial risk analysis that automates data cleaning, feature engineering, model training, and interactive risk visualization through a Streamlit dashboard.

  • Updated Jun 10, 2026
  • Jupyter Notebook

Completed as part of the 365 Data Science Credit Risk Modeling in Python Udemy course. Developed an end-to-end credit risk modeling pipeline for consumer lending, covering data preprocessing, feature engineering, Probability of Default , Loss Given Default , Exposure at Default , scorecard development, model validation, population stability

  • Updated Jun 10, 2026
  • Jupyter Notebook

Data-driven optimization of Teradyne’s excess inventory approval process using Python, lead-time adjusted demand modeling, and financial risk analysis to improve capital efficiency and reduce excess spend.

  • Updated Feb 24, 2026
  • Jupyter Notebook

Parametric risk modelling of Indian equity indices using eGARCH + 12 distributions, with VaR and CTE applied to Market-Linked Debentures.

  • Updated May 16, 2026
  • R

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