For Audit Associates ·
What you'll accomplish
By the end of this guide, you'll have imported a client's full journal entry population into Caseware IDEA, run the standard AU-C 240 journal entry tests (Benford's Law, duplicate detection, round number screening, unusual account combinations), and produced a flagged results set ready for follow-up — turning a theoretically required but practically impossible full-population test into a standard workflow.
What you'll need
Add this to your PBC request: "Complete journal entry listing for the [period] including: journal entry number, posting date, effective date, created by (user ID), account number, description, debit amount, credit amount, and approval status."
Most ERP systems (SAP, Oracle, NetSuite, QuickBooks) can export this. If the client uses QuickBooks, have them export the Journal Entry report as an Excel file.
Critical fields: You must have at least: date, user ID, account number, debit/credit amounts, and entry description. Without these, key tests won't run.
What you should see: A flat file with one line per journal entry line item (each debit and credit is a separate row). A mid-size client typically has 1,000–20,000 entries per year.
Launch Caseware IDEA. From the main screen, click New to create a new project. Name it using your standard engagement naming convention (e.g., "ClientName_2025_JE_Testing").
IDEA organizes work into projects — each project can contain multiple imported databases and analysis results.
Field mapping (match these to your client's column names):
What you should see: Your journal entry population displayed in IDEA's grid view, with column counts and field types shown in the status bar. Verify the record count matches what the client provided.
Benford's Law tests whether the first digits of your transaction amounts follow a predictable distribution (1 appears ~30% of the time, 2 appears ~18%, etc.). Unusual distributions may indicate manipulation or data entry issues.
What you should see: A Benford's Law chart showing actual vs. expected distribution. Minor deviations are normal; significant overrepresentation of any digit (especially 5, 7, or 9 — common manipulation targets) warrants a follow-up explanation.
Workpaper note: Export the chart (right-click → Save Image) and paste into your workpaper, along with your conclusion on whether the distribution is consistent with expectations.
What you should see: A flagged list of potential duplicates. Review each: some are legitimate recurring entries (monthly rent, depreciation); others may represent duplicate payments or recording errors.
Common IDEA filter syntax: In the filter window, enter @ROUND(Amount/1000, 0)*1000 = Amount — this selects all entries where the amount is an exact multiple of $1,000.
IDEA filter for late postings: PostingDate > @CTOD("12/31/2025") — entries with a posting date after the fiscal year end.
Export each analysis result set as a separate tab in Excel (IDEA allows direct export). For each test:
Use Claude to draft workpaper documentation for your IDEA results: