Apply AI & Machine Learning to Financial Forecasting
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Apply AI & Machine Learning to Financial Forecasting
This course is part of Master Financial Analysis: AI-Driven Modeling & Forecasting Specialization
Instructor: Board Infinity
Included with
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What you'll learn
Build and apply regression, time series, and clustering models for real financial forecasting scenarios
Engineer advanced financial features such as lag variables, rolling statistics, volatility metrics, and technical indicators
Evaluate and validate models using cross-validation, walk-forward validation, and error metrics like MAE, RMSE, and MAPE
Implement end-to-end AI workflows for stock prediction, credit risk modeling, portfolio analytics, and sentiment analysis
Skills you'll gain
- Model Evaluation
- Predictive Modeling
- Machine Learning Algorithms
- Machine Learning Methods
- Advanced Analytics
- Market Data
- Time Series Analysis and Forecasting
- Feature Engineering
- Machine Learning
- Financial Modeling
- Financial Data
- Applied Machine Learning
- Statistical Machine Learning
- Regression Analysis
- Decision Intelligence
- Financial Forecasting
- Forecasting
- Data Preprocessing
Tools you'll learn
Details to know
March 2026
16 assignments
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There are 4 modules in this course
Turn financial data into actionable forecasts using machine learning and AI. This practical course builds your ability to model trends, predict outcomes, and support financial decisions using Python tools such as pandas, scikit-learn, and Prophet.
You’ll begin with ML foundations tailored for finance, including regression, clustering, and time series forecasting for trend and seasonality analysis. Next, you’ll engineer domain-specific features such as lag variables, rolling statistics, volatility metrics, technical indicators, and seasonal signals to improve predictive accuracy. You’ll then apply structured validation techniques including cross-validation and walk-forward validation, measuring performance with MAE, RMSE, and MAPE while diagnosing overfitting and instability. Finally, you’ll implement ML workflows for stock trend prediction, credit scoring, risk modeling, and portfolio analytics, and use generative AI for sentiment analysis and financial insight extraction. By the end, you’ll be able to design reliable forecasting pipelines and apply AI-driven models to real financial use cases. By the End, You Will: • Build regression, time series, and clustering models for finance • Engineer financial features to enhance model accuracy • Evaluate models using validation techniques and error metrics • Apply ML and generative AI to financial forecasting tasks This Course Is Ideal For: • Finance professionals expanding into ML • Analysts working with financial datasets • Students targeting fintech or quantitative roles • Developers building AI-driven financial applications Gain the skills to convert financial data into dependable predictions and strategic insight. Disclaimer: This is an independent educational resource created by Board Infinity for informational and educational purposes only. This course is not affiliated with, endorsed by, sponsored by, or officially associated with any company, organization, or certification body unless explicitly stated. The content provided is based on industry knowledge and best practices but does not constitute official training material for any specific employer or certification program. All company names, trademarks, service marks, and logos referenced are the property of their respective owners and are used solely for educational identification and comparison purposes.
Learn core machine learning models used in financial prediction, including regression, time series, and clustering techniques. Understand how different ML models are applied to financial datasets and how to interpret outputs for decision-making.
What's included
10 videos5 readings4 assignments1 discussion prompt2 plugins
10 videos•Total 83 minutes
- Course Welcome Video!•2 minutes
- Linear Regression for Financial Prediction•9 minutes
- Ridge & Lasso for Feature-Heavy Financial Data•11 minutes
- Evaluating Regression Models Using MAE & RMSE•8 minutes
- Machine Learning vs Classical Time Series Methods•8 minutes
- Trend & Seasonality Detection for Financial Data•8 minutes
- Machine Learning Time Series Models Using Tree-Based Methods•9 minutes
- k-Means & Hierarchical Clustering•9 minutes
- Feature Scaling & Distance Measures•10 minutes
- Financial Use Cases for Clustering and Risk Segmentation•9 minutes
5 readings•Total 65 minutes
- Syllabus•10 minutes
- Glossary•10 minutes
- Read More: Understanding Lasso, Ridge, and Regularization Techniques for Robust Financial Models•15 minutes
- Read More: Machine Learning Techniques for Time Series Forecasting•15 minutes
- Read More: K-Means Clustering and Feature Scaling for Financial Segmentation•15 minutes
4 assignments•Total 150 minutes
- Practice Quiz : — Regression Models for Finance•30 minutes
- Practice Quiz : — Time Series Forecasting with Machine Learning•30 minutes
- Practice Quiz : — Clustering Techniques for Financial Segmentation•30 minutes
- Graded Quiz: Machine Learning Foundations for Finance•60 minutes
1 discussion prompt•Total 5 minutes
- Which ML model fits this finance case?•5 minutes
2 plugins•Total 10 minutes
- AI Finance Lab•5 minutes
- Quick Course Check-in•5 minutes
Explore feature engineering techniques that significantly improve forecasting accuracy. Learn how to transform raw financial data into model-ready datasets using lag features, rolling statistics, volatility metrics, and seasonal indicators.
What's included
9 videos3 readings4 assignments
9 videos•Total 90 minutes
- Lag Features for Financial Prediction•10 minutes
- Rolling Window Statistics•10 minutes
- Rolling Volatility & Trend Capture•10 minutes
- Volatility Calculations Using Statistical Measures•11 minutes
- Technical Indicators: SMA, EMA, RSI & MACD•10 minutes
- Using Technical Indicators in Machine Learning Models•10 minutes
- Calendar-Based Features for Financial Data•10 minutes
- Holiday & Seasonal Effects in Forecasting•9 minutes
- Seasonality in High-Frequency Financial Data•11 minutes
3 readings•Total 45 minutes
- Read More: Feature Engineering for Time Series Forecasting with Lag and Rolling Features•15 minutes
- Read More: Volatility Measures and Technical Indicators for Financial Forecasting•15 minutes
- Read More: Seasonality and Calendar Effects in Financial Time Series•15 minutes
4 assignments•Total 150 minutes
- Practice Quiz : — Lag Features & Rolling Statistics•30 minutes
- Practice Quiz : — Volatility Metrics & Technical Indicators•30 minutes
- Practice Quiz : — Calendar & Seasonal Feature Engineering•30 minutes
- Graded Quiz : — Feature Engineering for Financial Modeling•60 minutes
Implement structured validation frameworks such as train-test splits, cross-validation, and walk-forward validation specifically adapted for time-dependent financial data, evaluate models using MAE, RMSE, and MAPE, and apply techniques to detect overfitting, data leakage, and instability in volatile market environments.
What's included
9 videos3 readings4 assignments1 discussion prompt1 plugin
9 videos•Total 101 minutes
- Train-Test Splits for Financial Datasets•11 minutes
- Cross-Validation Techniques for Time Series Data•12 minutes
- Detecting Model Issues Using Validation Scores•11 minutes
- Importance of Walk-Forward Validation in Finance•12 minutes
- Expanding and Sliding Window Validation Methods•12 minutes
- Measuring Temporal Stability in Forecasting Models•13 minutes
- Comparing MAE, MAPE & RMSE•10 minutes
- Diagnosing Overfitting and Model Variance•9 minutes
- Mitigating Overfitting Using Regularization Techniques•10 minutes
3 readings•Total 45 minutes
- Read More: Model Evaluation and Cross-Validation Strategies for Reliable Time-Series Forecasting•15 minutes
- Read More: Walk-Forward Validation and Rolling Window Techniques for Time-Series Model Evaluation•15 minutes
- Read More: Regression Evaluation Metrics, Overfitting, and the Bias–Variance Tradeoff in Forecasting Models•15 minutes
4 assignments•Total 150 minutes
- Practice Quiz : — Train-Test Splits & Cross-Validation•30 minutes
- Practice Quiz : — Walk-Forward Validation for Time Series•30 minutes
- Practice Quiz : — Error Metrics & Overfitting Prevention•30 minutes
- Graded Quiz : — Model Evaluation, Validation & Risk Controls•60 minutes
1 discussion prompt•Total 5 minutes
- You’re the risk manager—approve this model?•5 minutes
1 plugin•Total 5 minutes
- Risk Control Lab•5 minutes
Apply end-to-end ML workflows to real financial use cases including stock trend prediction, credit risk modeling, fraud detection, and portfolio analytics, and leverage generative AI tools for sentiment analysis, financial news interpretation, and automated insight generation to support strategic decision-making.
What's included
10 videos3 readings4 assignments
10 videos•Total 88 minutes
- ML for Stock Trend Prediction•10 minutes
- Credit Scoring with Classification Models•10 minutes
- Risk Modeling and Probability of Default Estimation•10 minutes
- Machine Learning Features for Portfolio Selection•9 minutes
- Forecast-Driven Portfolio Optimization•9 minutes
- Monte Carlo Simulation with Machine Learning Inputs•9 minutes
- Large Language Models for Financial Report Summaries•9 minutes
- Sentiment Analysis Using AI and Machine Learning•9 minutes
- Generating Analyst Commentary with Generative AI•11 minutes
- Course Closure!•2 minutes
3 readings•Total 40 minutes
- Read More: Machine Learning Applications, Use Cases, and Risk Considerations in Financial Systems•15 minutes
- Read More: Machine Learning–Driven Portfolio Optimization and Risk-Aware Asset Allocation•15 minutes
- Case Study: Applying AI & Machine Learning to Real Financial Forecasting Problems•10 minutes
4 assignments•Total 150 minutes
- Practice Quiz : — Machine Learning Use Cases in Finance•30 minutes
- Practice Quiz : — Portfolio Analytics & Machine Learning Forecasting•30 minutes
- Practice Quiz : — Generative AI for Sentiment & Insights Extraction•30 minutes
- Graded Quiz : — AI & Machine Learning Applications in Modern Finance•60 minutes
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Frequently asked questions
Basic familiarity with Python and data analysis is recommended, but the course explains financial ML concepts step by step to ensure clarity and practical understanding.
The course is highly practical and centered around building and evaluating real financial models using structured workflows and applied examples.
You’ll primarily use pandas, scikit-learn, and Prophet, along with standard Python-based data science workflows.
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