Content library
Financial Services | Advanced
Bundle
7 courses

Financial Services | Advanced

Master Advanced LBO and M&A Transaction Modeling with Professional-Grade Excel Execution

Overview

The Financial Services | Advanced bundle is a rigorous, on-demand program built for finance professionals who need to perform in deal-driven environments where accuracy, speed, and structured thinking are non-negotiable. This curriculum is designed to move beyond intermediate frameworks and into full transaction modeling execution—covering leveraged buyouts and mergers & acquisitions from rapid screening models to comprehensive long-form builds.

Participants will strengthen their ability to model the mechanics that drive transaction outcomes, including mandatory cash sweep dynamics, debt paydown schedules, returns analysis, pro forma integration, and accretion/dilution. Alongside the modeling content, the bundle reinforces advanced Excel formulas and charting techniques that support clean, auditable workbooks and presentation-ready outputs.

What You Will Learn

  • How mandatory cash sweep mechanics influence leverage, cash flow allocation, and equity returns
  • How to build a full long-form LBO model, including debt schedules, repayment logic, and returns analysis
  • How to evaluate acquisitions quickly using streamlined M&A analysis frameworks
  • How to construct short-form M&A models for screening and early-stage diligence
  • How to build long-form M&A models with detailed pro forma statements and balance sheet adjustments
  • How to improve modeling speed and reduce error risk using advanced Excel formulas
  • How to communicate transaction results through clear, professional financial charts

Courses Included

  • Mandatory Cash Sweep Modeling

    • Excess cash flow allocation and repayment logic
    • Mandatory amortization and its impact on leverage and equity value
    • Scenario analysis around cash generation and debt paydown pacing
  • Long-Form LBO Modeling

    • Full model build from a blank worksheet using best-practice structure
    • Debt tranches, schedules, interest calculations, and repayment mechanics
    • Equity returns analysis (IRR / MoM) and key sensitivity frameworks
  • Quick M&A Analysis

    • High-level accretion/dilution and transaction impact assessment
    • Sources & uses, purchase consideration, and funding structure basics
    • Efficient frameworks for go/no-go decision support
  • Short-Form M&A Modeling

    • Streamlined pro forma build for early-stage deal screening
    • Synergies, purchase accounting flags, and key sensitivities
    • Rapid interpretation of outputs under tight timelines
  • Long-Form M&A Modeling

    • Comprehensive transaction model construction
    • Detailed sources & uses, pro forma income statement, and balance sheet impacts
    • Purchase accounting adjustments and integration of deal assumptions
  • Advanced Excel: Formulas

    • Advanced functions used in professional transaction models
    • Techniques to improve auditability, consistency, and efficiency
    • Methods to reduce errors and strengthen model robustness
  • Advanced Excel: Charting

    • Building presentation-ready charts for transaction outputs
    • Visualizing accretion/dilution, returns, and sensitivities
    • Best practices for clarity, formatting consistency, and stakeholder communication

Who This Bundle Is For

  • Investment banking analysts and associates building transaction models
  • Private equity professionals evaluating leveraged acquisition opportunities
  • Corporate development and strategy teams assessing potential acquisitions
  • Experienced analysts seeking to improve modeling rigor, speed, and presentation quality

Outcome

By completing the Financial Services | Advanced bundle, learners will be equipped to build and interpret complex LBO and M&A models with the technical depth expected in high-performance finance roles. Participants finish with stronger transaction judgment, improved Excel execution, and the ability to deliver clean, defensible analysis under real-world time constraints.