AI in Banking Course

Lesson 1 • What AI Is and How It Works

Defines AI, machine learning, and deep learning with banking-relevant analogies. Establishes shared vocabulary used throughout the course.

Lesson 2 • AI Capabilities and Limitations

Maps what AI can and cannot do reliably in financial settings. Prevents overestimation and underestimation of AI tools.

Lesson 3 • Banking Data Landscape

Identifies the data types, sources, and quality issues unique to financial institutions. Grounds subsequent chapters in realistic data conditions.

Lesson 4 • The AI Development Lifecycle

Traces the path from business problem to deployed model. Helps non-technical staff engage meaningfully with AI project teams.

Lesson 1 • Portfolio-Level Credit Risk Modelling

Extends individual scoring to portfolio concentration and stress testing. Prepares analysts to support enterprise risk management functions.

Lesson 2 • Alternative Data in Credit Decisions

Explores non-traditional data sources that expand credit access. Connects alternative data use to fairness and regulatory considerations.

Lesson 3 • Traditional vs. AI Credit Scoring

Contrasts scorecard-based methods with machine learning approaches. Establishes why AI offers predictive advantages and introduces new risks.

Lesson 4 • Bias and Fairness in Credit AI

Identifies sources of discriminatory outcomes in credit models and mitigation strategies. Connects fairness metrics to equal-credit regulatory principles.

Lesson 1 • Model Performance and Operational Metrics

Evaluates fraud models using business-relevant metrics beyond accuracy. Connects model performance to fraud loss reduction and operational cost.

Lesson 2 • Anti-Money Laundering AI Systems

Applies graph analytics and network analysis to transaction monitoring. Reduces false positive rates that burden compliance teams.

Lesson 3 • Supervised Fraud Detection Models

Builds classification models for real-time transaction scoring. Covers threshold tuning to balance false positives and false negatives.

Lesson 4 • Unsupervised Anomaly Detection

Applies clustering and autoencoders to detect novel fraud patterns without labels. Extends detection capability beyond known fraud typologies.

Lesson 1 • Customer Segmentation with Machine Learning

Uses clustering and behavioural analytics to create dynamic customer segments. Replaces static demographic segments with data-driven profiles.

Lesson 2 • Customer Lifetime Value Prediction

Models long-term customer profitability to prioritise retention investments. Feeds CLV scores into marketing and relationship management workflows.

Lesson 3 • Conversational AI and Chatbots

Designs intent-based and generative chatbots for banking customer service. Addresses escalation logic and compliance in automated conversations.

Lesson 4 • Personalisation Ethics and Consent

Addresses data consent, manipulation risk, and vulnerable customer protections in personalisation. Aligns personalisation strategy with consumer protection principles.

Lesson 1 • Algorithmic and High-Frequency Trading AI

Examines AI-driven execution strategies and market microstructure dynamics. Connects latency, slippage, and signal decay to model design choices.

Lesson 2 • Sentiment Analysis for Market Signals

Extracts tradeable signals from news, filings, and social media using NLP. Evaluates signal quality and integration into quantitative strategies.

Lesson 3 • Model Risk in Trading AI

Identifies failure modes of trading models and governance requirements. Prepares risk managers to challenge and validate quantitative models.

Lesson 4 • Time Series Forecasting in Finance

Covers ARIMA, LSTM, and transformer models for price and volatility forecasting. Establishes forecasting accuracy benchmarks relevant to trading desks.

Lesson 1 • Model Validation and Independent Review

Builds a structured model validation process covering conceptual soundness and outcome testing. Satisfies internal audit and supervisory examination standards.

Lesson 2 • AI Model Inventory and Documentation

Creates comprehensive model inventories and technical documentation practices. Enables rapid regulatory response and internal governance oversight.

Lesson 3 • Algorithmic Accountability Frameworks

Assigns ownership, escalation paths, and accountability structures for AI decisions. Prevents diffusion of responsibility across technical and business teams.

Lesson 4 • Third-Party and Vendor AI Risk

Manages risks from externally sourced AI models and data providers. Extends internal governance standards to the full AI supply chain.

Lesson 1 • AI Operating Model Structures

Compares centralised, federated, and hybrid AI operating models for banks. Guides leaders in selecting structures that match organisational scale and culture.

Lesson 2 • AI Roadmap and Prioritisation

Prioritises AI initiatives using value, feasibility, and risk scoring frameworks. Produces a sequenced roadmap that balances quick wins with strategic bets.

Lesson 3 • Building the AI Business Case

Quantifies AI investment value through ROI modelling and benefit attribution. Connects technical outputs to financial and strategic business outcomes.

Lesson 4 • Data Strategy for AI at Scale

Designs data infrastructure and governance that sustain enterprise AI programmes. Addresses data mesh, feature stores, and real-time data pipelines.

Lesson 1 • Quantum Computing and AI Convergence

Introduces quantum machine learning concepts and their potential impact on financial optimisation. Prepares strategists to monitor and plan for quantum-era disruption.

Lesson 2 • Building a Responsible AI Culture

Embeds ethical review processes, red-teaming, and whistleblower mechanisms into AI culture. Sustains responsible AI beyond policy documents and into daily practice.

Lesson 3 • Ethical AI Principles in Banking

Applies fairness, accountability, transparency, and privacy principles to banking AI. Translates abstract ethics into operational design decisions.

Lesson 4 • AI Cybersecurity Risks and Defences

Identifies adversarial attacks, model poisoning, and deepfake threats targeting banking AI. Designs defensive controls for AI system integrity.