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 Duration 35 hours

Course Outline

AI Fundamentals and AI-Powered Python for Finance

AI, Analytics, and Agentic AI in the Modern Financial Landscape

  • Distinguishing between generative AI, machine learning, automation, and agentic AI, and understanding their specific roles within finance.
  • Exploring financial applications across accounting, FP&A, reporting, audit, treasury, and shared services.
  • Identifying tasks suitable for AI assistance versus those requiring controlled automation.

Python for Finance - Leveraging AI as a Coding Partner

  • Essential Python concepts for finance professionals: variables, data types, conditional logic, functions, and notebooks.
  • Using AI assistants to generate, explain, debug, and refine Python code, fostering a collaborative approach rather than isolated coding.
  • Techniques for effective prompting to ensure reliable, finance-specific code generation.

Handling Financial Data in Python

  • Importing Excel and CSV data using Pandas and DataFrames.
  • Filtering, grouping, aggregating, and calculating key financial metrics.
  • Utilizing AI to interpret errors, enhance logic, and document analysis procedures.

Practical Coding Applications in Finance

  • Automating repetitive calculations, variance analysis, and ratio analysis.
  • Developing reusable Python workflows with AI-supported code reviews.
  • Validating outputs to ensure accuracy before use in financial reporting.

Practical Application

  • Create an AI-assisted Python workflow to analyze a sample financial dataset.
  • Review generated code, test assumptions, and refine outputs through human validation.

Advanced Financial Data Analysis Using AI

Financial Data Preparation and Quality Assurance

  • Cleaning, validating, and standardizing financial data.
  • Addressing missing values, duplicates, inconsistent classifications, and date discrepancies.
  • Integrating data from multiple financial sources for comprehensive analysis.

Sophisticated Financial Analysis

  • Analyzing revenue, costs, margins, profitability, and working capital.
  • Conducting budget versus actual, variance, and period-over-period analyses.
  • Performing drill-down analysis to uncover key financial drivers.

AI-Assisted Analysis and Anomaly Detection

  • Employing AI to investigate movements, patterns, and unusual transactions.
  • Generating analytical questions and hypotheses directly from financial data.
  • Differentiating valuable insights from misleading interpretations generated by AI.

Forecasting and Scenario Analysis

  • Reviewing historical trends, drivers, and assumptions relevant to forecasting.
  • Conducting what-if and sensitivity analyses to support financial decisions.
  • Using AI to support scenario narratives while maintaining strict financial controls.

Practical Application

  • Perform a comprehensive analysis of a financial dataset to identify key variances and anomalies.
  • Prepare a concise, AI-assisted summary of financial insights supported by underlying data.

AI-Driven Financial Dashboards and Management Insights

Designing Financial Dashboards

  • Selecting meaningful KPIs for finance, management, and operational reporting.
  • Designing dashboards centered on decision-making questions rather than excessive visual elements.
  • Structuring views for executives, management, and analysts.

Developing Interactive Financial Dashboards

  • Connecting and transforming financial data for dashboard integration.
  • Creating KPI cards, trends, variance visuals, drill-downs, and filters.
  • Building views for budget versus actual, profitability, cash flow, and performance metrics.

Enhancing Dashboards with AI

  • Utilizing natural-language queries to explore financial data.
  • Generating AI-assisted summaries and explanations of KPI fluctuations.
  • Leveraging AI to identify areas requiring deeper analytical investigation.

Dashboard Controls and Reliability

  • Considerations for data refresh, traceability, validation, and reconciliation.
  • Managing access to sensitive financial information and ensuring controlled distribution.
  • Avoiding misleading visuals or AI-generated conclusions.

Practical Application

  • Construct an interactive financial dashboard using a structured dataset.
  • Incorporate AI-supported management commentary linked to measurable financial movements.

Advanced AI Tools for General Ledger and Finance Operations

AI Applications in the General Ledger

  • Analyzing GL accounts, transaction patterns, and posting behaviors.
  • Using AI to support transaction classification and account-level reviews.
  • Identifying unusual, high-risk, or out-of-pattern entries.

AI for Reconciliations

  • Matching records and identifying exceptions across financial datasets.
  • Supporting bank, intercompany, and balance sheet reconciliations.
  • Prioritizing unreconciled items for human investigation.

Journal Entry Analytics

  • Detecting duplicate, unusual, or manual journal entries.
  • Analyzing period-end journals and generating supporting explanations.
  • Establishing risk indicators and review checkpoints for finance teams.

AI in Financial Close and Reporting

  • Prioritizing close tasks and conducting exception-based reviews.
  • Generating AI-assisted variance explanations, commentary, and review notes.
  • Implementing structured approval and validation before final reporting.

Practical Application

  • Analyze a sample GL dataset to identify anomalies and reconciliation exceptions.
  • Produce a controlled, AI-assisted review summary for finance management.

Agentic AI for Finance Operations and Decision Support

Understanding Agentic AI in Finance

  • Defining the agentic nature of AI workflows: goals, planning, tools, memory, actions, and feedback loops.
  • Determining where agentic AI supports finance operations and where human approval is critical.
  • Comparing single-agent versus multi-step or multi-agent finance workflows.

Designing Agentic Finance Workflows

  • Creating agents for data collection, analysis, validation, and reporting tasks.
  • Connecting agents to structured financial data and approved tools.
  • Designing escalation rules, checkpoints, and approval boundaries.

Agentic Use Cases in Finance

  • Automating variance investigations and management commentary workflows.
  • Implementing GL exception triage, reconciliation support, and close status monitoring.
  • Facilitating forecast updates, scenario preparation, and finance query assistance.

Governance, Risk, and Controls for Agentic AI

  • Implementing human-in-the-loop controls, audit trails, permissions, and segregation of duties.
  • Managing data confidentiality, hallucination risks, validation, and model limitations.
  • Defining safe operating boundaries prior to production deployment.

Final Practical Capstone

  • Integrate Python with AI, advanced analytics, and dashboard outputs into a single financial use case.
  • Design an agentic workflow that analyzes results, flags exceptions, and prepares management insights.
  • Present the workflow, controls, outputs, and recommended next steps

Requirements

  • A foundational understanding of finance, accounting, financial reporting, or FP&A concepts.
  • Experience with Excel and handling financial datasets.
  • No prior experience in Python programming is necessary, though basic familiarity with data analysis is advantageous.
  • Basic knowledge of AI or generative AI tools, such as ChatGPT, Microsoft Copilot, or Claude, is beneficial but not mandatory.
  • Participants should be comfortable navigating financial reports, KPIs, budgets, variances, and related financial data.
  • A laptop equipped with access to the required training tools, datasets, and approved AI platforms is needed for hands-on sessions.

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