ACC-320 builds Excel competency specifically oriented to accounting work — not general spreadsheet familiarity, but the formulas, functions, and modeling techniques accountants actually use to organize, analyze, and present financial data.
Accounting-specific Excel skills
The course covers functions and techniques with direct accounting application — lookup functions for reconciling data, pivot tables for summarizing large transaction sets, and formula structures that reduce manual error in repetitive calculations.
From spreadsheet mechanics to usable models
Beyond individual functions, ACC-320 covers building spreadsheets that are genuinely usable by others — clear structure, documented assumptions, and formulas that don't break when new data is added, since a technically correct but fragile spreadsheet creates real risk in practice.
Key topics in ACC320
- Excel formulas and functions for accounting tasks
- Lookup functions for data reconciliation
- Pivot tables for summarizing transaction data
- Building durable, error-resistant spreadsheet models
- Financial statement templates in Excel
- Presenting Excel-based analysis clearly
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Worked example: a fragile spreadsheet failing silently
- Fragile design: A formula references a fixed cell range that doesn't expand when new transactions are added
- Silent failure: New data is quietly excluded from the calculation without any visible error
- Durable design: Using structured tables or dynamic ranges so formulas automatically include new data
- Lesson: ACC-320 teaches building spreadsheets that don't just work once, but keep working correctly as data changes
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Frequently asked questions
General spreadsheet use often stops at simple sums and basic formatting, while real accounting work depends on specific techniques — lookup functions for reconciling two data sets, pivot tables for summarizing thousands of transactions, formula structures built to avoid manual re-entry errors — that most casual spreadsheet users never need. ACC-320 focuses specifically on these accounting-oriented techniques because they're what separates a spreadsheet that happens to contain financial data from one genuinely built to support real accounting work reliably.
A spreadsheet can produce the correct answer today while still being fragile — a formula referencing a fixed range that silently excludes new data added later, for example, will quietly produce a wrong answer in the future without any visible error alerting the user. ACC-320 teaches durable spreadsheet design specifically because this kind of silent failure is a genuine, well-documented source of real-world accounting errors, and a spreadsheet's value depends on it continuing to work correctly as the underlying data changes, not just on producing a correct result once.