Repeatability
High
The transformation rules are consistent: parse two known date formats, map a finite set of status aliases to canonical values, remove blanks and duplicates, then aggregate. This structure is the same every run, making it highly automatable.
Ambiguity Tolerance
High
The user has specified the target date format (YYYY-MM-DD), the output schema (requisition_id, total_candidates, candidates_by_stage, avg_days_in_stage), and the cleaning goals. Success is objectively verifiable by inspecting the output.
Data & Tool Availability
High
The source is a Google Sheet, which is accessible via the Sheets API or a direct export. A code agent with Python (pandas) or a spreadsheet tool can read, transform, and write the data without any missing context.
Error Cost
Low
The output is a cleaned copy of existing data — the original sheet is not destroyed. Errors in normalization (e.g., a status alias mapped incorrectly) are visible in the output and easily corrected before downstream use.
Human Judgment Required
Low
The only judgment call is resolving ambiguous status aliases not in the known list, but with only 9 requisitions and a finite status vocabulary, a human can define the full mapping upfront or review a short list of unknowns flagged by the agent.