Start by identifying who sets the rule

A graduate student may operate under several overlapping policies: university academic-integrity rules, program standards, a course syllabus, an instructor’s assignment instructions, laboratory or data-security rules, a funding agreement, and journal or conference policies.

The relevant question is therefore not “Does this university allow AI?” but “Which rule governs this task?”

Brown illustrates why one blanket answer is difficult

Brown’s 2026 work on generative AI in teaching and learning explicitly recognized variation across disciplines and courses. The University has been developing baseline guidance while also emphasizing the need for instructors and programs to clarify expectations.

That structure is common in higher education because an appropriate use in one learning objective can undermine the learning objective in another.

Separate assistance from delegation

Different uses pose different academic questions. Brainstorming search terms, generating code examples, translating a passage, checking grammar, summarizing an article, drafting prose, solving an assignment, and analyzing unpublished data are not equivalent activities.

The more a tool replaces the intellectual work the assignment is designed to assess, the more important explicit permission becomes.

Research adds accuracy and confidentiality problems

Even when a tool is permitted, graduate researchers need to consider fabricated citations, factual errors, data privacy, intellectual property, reproducibility, and whether the tool stores or trains on submitted material.

Permission and reliability are separate questions. A permitted tool can still produce unusable output.

A simple decision sequence

  1. Identify the governing policy.
  2. Identify what intellectual work the task is testing.
  3. Check whether the proposed use is explicitly allowed.
  4. Check confidentiality and data restrictions.
  5. Verify all factual and citation output independently.
  6. Follow any required disclosure or citation rules.

Classify the task before deciding whether a tool is appropriate

"Using AI" covers activities with very different academic consequences. Generating practice questions from notes, checking a paragraph for clarity, producing code, drafting an argument, summarizing an unread source, and writing a submitted response are not equivalent. A useful first step is to identify what intellectual work the assignment is designed to assess. If the tool performs that exact work for the student, the risk of violating the assignment's purpose is much higher.

Policies can also operate at several levels at once: university, school, department, course, lab, journal, or research team. The most permissive general policy does not override a more specific course instruction. When the rule is ambiguous, a narrow question to the instructor is often more informative than assuming that silence means permission.

Four questions to ask before using a tool

  1. What skill or knowledge is this task intended to demonstrate?
  2. Does the applicable policy permit the proposed use?
  3. Could the output introduce factual, citation, privacy, or confidentiality problems?
  4. Could the work be defended and reproduced without claiming the tool's output as verified evidence?