Markets don't wait for the next quarterly review to move — prices, risk exposure, and customer behaviour shift by the hour, and a forecast built on last year's spreadsheet model is often out of date before it is even presented. Predictive analytics powered by artificial intelligence closes that gap, processing unstructured signals such as economic news and social data alongside structured financial data to surface patterns traditional statistical models miss entirely.

At the Arab British Fellowship Training Academy, this programme equips financial professionals to build, evaluate, and apply AI-driven predictive models — turning faster, more accurate forecasts into sharper investment and risk decisions.

Who Should Attend?

• Financial analysts and financial advisors.
• Fund managers and institutional investors.
• Financial risk managers.
• Data managers and analysts.
• Entrepreneurs, start-up owners, and financial experts in large corporations.

Course Objectives

By the end of the programme, participants will be able to:

• Explain predictive analytics and why it matters in finance, and distinguish it from prescriptive analytics.
• Apply the foundations of AI, machine learning, and deep learning to financial forecasting.
• Collect, clean, and analyse big financial data using dedicated software tools.
• Build and evaluate predictive models using common algorithms.
• Use predictive analytics to improve investment strategies and risk decisions.

Module 1: Why Financial Forecasting Can't Rely on Spreadsheets Anymore

• What predictive analytics means and why it matters in the financial context.
• The difference between predictive and prescriptive analytics.
• How predictive analytics improves investment strategy, risk management, and financial planning.

Module 2: Artificial Intelligence Fundamentals for Financial Forecasters

• Foundations of AI, machine learning, and deep learning.
• Key technologies: neural networks and optimisation algorithms.
• Uses of AI in finance, such as stock price prediction and fraud detection.

Module 3: From Raw Numbers to Big Data: Collecting and Preparing Financial Inputs

• Sources of financial data: historical, live, and unstructured.
• Data cleaning and preparation techniques.
• Big data tools and techniques such as Hadoop and Spark.

Module 4: Inside the Model: Designing, Testing and Validating Predictive Algorithms

• Designing and building predictive models using AI.
• Common algorithms: linear regression, random forests, and neural networks.
• Evaluating model performance using prediction accuracy, F1-score, and the ROC curve.

Module 5: Turning Predictions into Investment and Risk Decisions

• Using predictive analytics to identify investment opportunities and manage portfolios.
• Using predictive models to assess risk and refine risk-management strategies.
• Interpreting model results to shape strategic financial decisions.

Module 6: Ethics, Regulation and the Limits of Predictive AI in Finance

• Ethical challenges associated with using AI in financial analytics.
• Laws and regulations related to AI and financial data analytics.