Data Extraction & Administration
Course Target: Use AI agents and agentic browsers to automate administrative data work β extracting data from documents, assembling reports and forms, and producing compliance reports β with verification, de-identification, and human sign-off so nothing wrong or private goes out.
Lessons 7β8 built workflows; Lesson 10 connects tools (MCP) and Lesson 11 governs data. This lesson is the practical payoff: automating the repetitive admin tasks β data extraction, form filling, document assembly, compliance reporting β that eat faculty time. The key is an assembly line with checkpoints: extract β verify β assemble β sign off β submit.
Start from your task
Learning Objectives
- Extract structured data from documents and forms with AI β by writing a clear extraction instruction β and verify it against the source before using it.
- Design a safe document/form "assembly line" β template + data + human checkpoint β for one recurring administrative task.
- Build an auditable compliance-reporting routine that de-identifies where needed and requires sign-off before submission.
Key Terms
Select any card to flip it. Cards are keyboard-operable β press Enter or Space.
Course Outline & Lesson Modules
The trick to reliable extraction is asking for structured output: tell the AI to return a table with named columns (or a fixed set of fields), not a paragraph. Structured results are consistent and easy to verify line by line.
A reusable extraction instruction
Paste and adapt this β the "not found, donβt infer" rule is what stops the AI from filling gaps with guesses:
Extract these fields into a table: [field 1], [field 2], [field 3]. One row per record. Keep values exactly as written β do not reformat. If a field isn't present, write "not found" β do not infer or guess. Return only the table, plus a column noting the source of each row.
How extraction goes wrong
- a number is mis-read or transposed (23 becomes 32);
- a value lands in the wrong column;
- a field is invented that wasnβt in the source;
- an OCR/scan error is copied straight through.
Verification is the skill: spot-check a few rows against the original. For high-stakes data, check every row.
Quick check: the AI returns a clean table of 40 rows pulled from a scanned PDF. Use it as-is?
No β scans invite OCR errors. Spot-check several rows against the PDF (and every row if the data is consequential) before trusting the table.
The picture
Source docs | βΌ Extract (AI pulls the fields) βΌ Verify (you spot-check against the source) βΌ Assemble (data + template β draft) βΌ Sign off (YOU approve) βΌ Submit / Send (only after approval)
Each step does one job, so you can check it. A template keeps the output consistent (and easy to verify), and form filling by an agentic browser is convenient β but high-risk: never let an agent auto-submit a consequential form. The sign-off step is what keeps a fast pipeline safe.
Worked example
For a weekly attendance summary: the agent extracts de-identified counts from the LMS export, assembles them into your standard template, and stops. You review and sign off, and only then does it post β the same way every week, with you in control of the one irreversible step.
Worked example β filling a form safely
An agentic browser fills the term textbook-adoption form from your course list: it enters each field, then stops at the submit button. You scan the filled form against your list, fix anything off, and click submit yourself. The agent does the typing; you own the irreversible click.
Quick check: an agent offers to fill and submit the term enrollment form automatically from your spreadsheet. Let it?
Let it fill the form, but not submit. Insert a sign-off step β you review the filled form, then submit. Auto-submitting a consequential form removes your last chance to catch an error.
Compliance mapping means matching your data to what a requirement or standard asks for. Automation can draft that mapping, but a person confirms it. Two non-negotiables for compliance work:
- Audit trail β log the inputs, steps, and outputs so the result is defensible later.
- Human sign-off β a person approves before anything is filed or submitted.
What an audit trail looks like for you: keep the source files, the instruction/prompt you used, the AIβs output, and the date β enough that someone could re-run it and check your work.
Decision aid β "Should I automate this task?"
- Is it repetitive and rule-based (good to automate) or judgment-heavy (keep a human in it)?
- Does it touch student data? If yes, de-identify or use an approved tool (Lesson 11).
- Can I verify the output before it goes out?
- Is there an audit trail of what the automation did?
Quick check: a colleague wants to fully automate "decide which students get a compliance flag and notify them." Automate it?
Not end-to-end β flagging students is judgment-heavy and consequential. Automate the data gathering and drafting; keep the decision and the notification behind human review (and FERPA, Lesson 11).
Cumulative Check
You want to auto-generate and file a term compliance report from course documents. Name one risk at each stage β extract, assemble, submit β and a control.
Reveal model answer
Extract: mis-read or invented values β verify against the source. Assemble: wrong template/merge or student PII included β use a fixed template and de-identify. Submit: filing an error or violation β require human sign-off and keep an audit trail before anything is submitted.
Hands-on Workspace Modules
Extract & Verify
Extract specified fields from a sample document into a table, then verify against the source β and catch the value thatβs wrong.
- fields extracted into a clean table;
- rows checked against the source;
- the bad value caught and corrected.
Build the Assembly Line
Lay out the steps for a recurring report, mark where the human checkpoint goes, and identify what must be de-identified.
- steps in the right order;
- sign-off before submit;
- de-identification identified.
Compliance Routine Audit
Run the "Should I automate this?" aid on a flawed automation, find whatβs missing, and redesign it safely.
- decision aid applied;
- flaws identified;
- safe redesign with sign-off + audit trail.
Wrap-up
Sources & Further Reading
- Primary FERPA, 20 U.S.C. Β§ 1232g; U.S. Dept. of Education, Student Privacy Policy Office (studentprivacy.ed.gov) β de-identification and disclosure for any automated student-data work.
Tool features for extraction and form filling change quickly β verify current capabilities and your institutionβs approved tools before relying on them.