Introduction
Perform financial modelling with dynamic arrays
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Prerequisites for dynamic array modeling
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Financial model disclaimer
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1. Exploring Dynamic Arrays as a Modeling Tool
Dynamic arrays: Core benefits for modeling
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Dynamic vs. traditional formula comparison
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Essential array functions for financial models
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Selecting the right function
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Using the SEQUENCE function
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Building flexible model timelines
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Using a BYCOL LAMBDA to create flexible calculations
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Applying dynamic formatting to models
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2. Financial Modeling Best Practice and Design Techniques
Best practices in financial modelling
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How dynamic arrays help adhere to best practice
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Designing a layout to incorporate spill ranges
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Using helper rows to spill dynamically
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Modelling for indexation and growth
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Working with dates dynamically
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Building cumulative or running totals
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Limitations and dangers of array functions
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3. Financial Statements Modeling
Overview of the financial statements
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Financial statements modelling
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Modelling corkscrew accounts
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Capital purchases and the financial statements
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Building a dynamic depreciation waterfall schedule
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Building a dynamic debt schedule
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Building a dynamic working capital schedule
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4. Advanced Modeling Tools and Techniques
Including scenarios in a financial model
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Building scenarios
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Adding sensitivity testing with a checkbox
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Using named ranges
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Creating your own functions with LAMBDA
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Dealing with circular references
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Circularity in interest calculations
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Using interest circularity and dynamic arrays
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5. Preparing the Case Study Model
What we're going to build
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Entering assumptions
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Calculating revenue
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Calculating expenses
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Capex and depreciation modelling
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Building the debt schedule
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Building the working capital schedule
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6. Building the Financial Statements
Income statement
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Cash flow statement
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Balance sheet assets
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Balance sheet liabilities
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Adding scenarios
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Conclusion
Keep modeling with advanced arrays
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Ex_Files_Excel_Financial_Modeling_Dynamic_Arrays.zip
(383 KB)