AI for Financial Planning & Analysis (AI-FP&A)
- Prepare and clean historical financial and operational data for use in AI-based forecasting.
- Build and compare a statistical and a machine learning forecast and evaluate accuracy using MAPE and bias measures.
- Develop a driver-based model that links operational drivers to revenue and cost forecasts.
- Use generative AI tools to draft variance commentary and management reports with appropriate human review.
- Design controls and documentation for AI models used in planning and reporting.
- Present AI-generated scenarios to decision makers with clear explanation of assumptions and limitations.
- AI in the FP&A Function
- The planning cycle and where AI adds value
- Machine learning, predictive analytics and generative AI
- Current platforms and toolsets
- Data Foundations for AI Forecasting
- Data sources, granularity and quality
- Cleaning, feature engineering and calendars
- Handling seasonality and Ramadan effects
- Forecasting Techniques
- Time-series models and their limits
- Regression and driver-based forecasting
- Measuring forecast accuracy and bias
- Scenario Planning and Simulation
- Automated scenario generation
- Sensitivity and Monte Carlo analysis
- Rolling forecasts with AI support
- Generative AI for Reporting and Insight
- Automated variance commentary
- Prompting for financial analysis
- Reviewing and validating AI outputs
- Governance and Adoption
- Model validation, explainability and controls
- Data privacy and confidentiality
- Building an AI-enabled FP&A roadmap
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Program Professional Framework
AI for Financial Planning & Analysis (AI-FP&A)
Program Overview
Artificial intelligence is reshaping how finance teams plan, forecast and explain performance. This programme shows FP&A professionals how to apply machine learning forecasting, driver-based models, anomaly detection and generative AI assistants to the planning cycle. Participants work with practical techniques such as time-series forecasting, regression on business drivers, automated variance commentary and scenario generation, using tools ranging from Python and Excel add-ins to AI features in planning platforms. Equal attention is given to data preparation, model validation, explainability, controls and the governance needed before AI outputs inform budgets and executive decisions in Gulf organisations.
Learning Outcomes
- ✓Prepare and clean historical financial and operational data for use in AI-based forecasting.
- ✓Build and compare a statistical and a machine learning forecast and evaluate accuracy using MAPE and bias measures.
- ✓Develop a driver-based model that links operational drivers to revenue and cost forecasts.
- ✓Use generative AI tools to draft variance commentary and management reports with appropriate human review.
- ✓Design controls and documentation for AI models used in planning and reporting.
- ✓Present AI-generated scenarios to decision makers with clear explanation of assumptions and limitations.
Target Audience
- FP&A analysts and managers
- Budgeting and forecasting specialists
- Finance business partners
- Finance transformation and systems leads
Detailed Program Modules
01AI in the FP&A Function
- The planning cycle and where AI adds value
- Machine learning, predictive analytics and generative AI
- Current platforms and toolsets
02Data Foundations for AI Forecasting
- Data sources, granularity and quality
- Cleaning, feature engineering and calendars
- Handling seasonality and Ramadan effects
03Forecasting Techniques
- Time-series models and their limits
- Regression and driver-based forecasting
- Measuring forecast accuracy and bias
04Scenario Planning and Simulation
- Automated scenario generation
- Sensitivity and Monte Carlo analysis
- Rolling forecasts with AI support
05Generative AI for Reporting and Insight
- Automated variance commentary
- Prompting for financial analysis
- Reviewing and validating AI outputs
06Governance and Adoption
- Model validation, explainability and controls
- Data privacy and confidentiality
- Building an AI-enabled FP&A roadmap
Training Methodology
Applied Project & Assessment
Applied Project
Participants build an AI-supported forecast for a revenue or cost line using provided or organisational data, compare it with the current forecast method, generate variance commentary with a generative AI tool and document the controls required for use in the next budget cycle.
Assessment
Short diagnostic at the start, practical tasks linked to each learning outcome, and evaluation of the applied project against published criteria.


