Explore how you can use AI to get the most out of your College coursework.
General guidelines
How AI can help you learn, and how it can get in the way. Worth reading before you reach for a tool.
Productive struggle is the point
The purpose of coursework is for you to learn, and that requires active engagement and, often, “productive struggle.” AI can be an effective supplement to deepen or expand your work, but any time you replace your own effort with AI's, you are missing a chance to get better at a task, fully internalize content, or improve your critical thinking. Be intentional about when and how you use assistance, and never hand over the keys to your education.
Learning happens when you do the work. The effort of retrieving something from memory, of holding a hard problem in your head until it yields, of writing a sentence three times before it says what you mean: that effort is not a tax on learning. It is the mechanism of learning. Work that feels smooth often teaches you less than work that feels hard.
AI removes friction. That is what makes it useful, and it is exactly where the risk lives. A tool that produces a clean paragraph, a working function, or a tidy summary in three seconds has removed the part of the task where the learning was going to happen. You still get the artifact. You do not get the capability.
So the question to ask before each use is not “can AI do this?” but “if AI does this, what do I lose the chance to practice?” Sometimes the honest answer is “nothing I need”: formatting a bibliography, converting units, tidying a data file. Sometimes the answer is “the entire skill this assignment exists to build.”
Course rules come first
Some instructors permit AI for brainstorming, feedback, or debugging; others prohibit it. Under Penn's Code of Academic Integrity, using AI without your instructor's permission can constitute unauthorized assistance or plagiarism. Before using AI for any coursework, check the syllabus or ask your instructor, and follow their instructions regarding usage and citation.
Consider intellectual property
Course materials—readings, slides, lecture notes, assignments—are not understood as public documents, and their creators may not have given permission for them to be shared, including uploading into LLMs. Do not upload anything without permission, and always prefer Penn-licensed tools, particularly PennChat, which is walled off for the Penn community, does not train any models, and is free for you to access.
AI as a thought partner
The most defensible way to use these tools in coursework is as an interlocutor rather than a producer: something you argue with, not something you delegate to.
A thought partner takes a position you have already formed and pushes on it. It asks what you meant. It names the counterargument you were avoiding. It tells you which step of your reasoning it could not follow. In every one of those exchanges the thinking stays yours; the AI supplies pressure, not content.
This is also, conveniently, where the tools are strongest. Models are unreliable narrators of fact but capable readers of structure: better at telling you that your third paragraph does not follow from your second than at telling you what your third paragraph should say.
A rough test: if you deleted the AI's output entirely, would your understanding still be better than before you started? If yes, it was a thought partner. If the output is the work, it was not.
Integrity is about the work, not the tool
Submitting work with inaccurate or fabricated citations, unattributed quotations, or unmarked paraphrase is a violation of academic integrity in itself, independent of whether you invented them or an AI did. “The model generated it” is not a defense, because the obligation was never about where the text came from. It is about you vouching for what you submit.
This matters more with AI than it used to, because these tools fabricate confidently. A citation with a plausible author, a plausible journal, a plausible year, and a DOI that resolves to nothing is a common failure mode, not an exotic one. Every reference you submit is a claim you are personally making about the scholarly record.
Verify every citation against the actual source. Read what you cite. Quote exactly and mark it. Paraphrase in your own structure and attribute it. These were the rules before; they have not changed.
You will have to talk about your work
Faculty are increasingly adding oral components: discussion sections that count, in-class defenses of a submitted argument, one-on-one conversations about your paper. This is a direct response to AI, and it is spreading.
AI-produced writing does not prepare you for any of it. You cannot defend an argument you did not construct, and the gap shows immediately: the essay is fluent and the conversation about it is not.
The same gap follows you out of the building. Job interviews are, almost entirely, exercises in talking about work you claim to have done, and so is much of the first year of a job. Being able to explain your own reasoning under questioning, in real time, to someone who knows the subject is not a bonus skill layered on top of the coursework. It is a large part of what the coursework was building.
The practical stakes
It is tempting to read all of this as a rule you might get caught breaking. It isn't. The reason to stay in control of your own learning is that the alternative leaves you with a transcript and not much else.
Coursework builds particular skills: reading something difficult and knowing what it says, constructing an argument that survives objection, debugging a problem nobody has written about, sitting with a question long enough to answer it. They remain valuable precisely because AI can produce a passable imitation of their outputs. When the output is cheap, the scarce thing is the judgment to tell whether it is any good, and that judgment comes from having done the work yourself.
Use AI to go further than you could alone. Don't use it to avoid becoming someone who could go there.
Find your task
Pick a coursework area to see where AI may help, what to watch for, and prompts to try.
Tools and links in this section are listed for reference and exploration only. DDDI does not advertise, recommend, or endorse any specific product. Check access, cost, privacy, and your course or employer policies before use.
Writing
Essays, reflection papers, personal statements
When permitted, AI may help with
Challenging a thesis you developed: spotting gaps, leaps, and counterarguments
Getting feedback on clarity and argument flow in your drafts
Start from your own thesis and notes; use AI to question them, not to write
Ask for critiques and questions, not finished paragraphs
Write from your own notes and argument; never paraphrase AI-generated text into a submission
Don't
Submit AI-generated text as your own writing
Skip reading the source material AI summarizes
Assume AI knows your professor's expectations
Prompts to try
Test your thesis Coursework: permission required
Here is my tentative thesis and the evidence I plan to use: [paste].
Identify one unsupported leap, one plausible counterargument,
and one question I need to answer.
Do not rewrite the thesis or propose a replacement.
Peer feedback Coursework: permission required
Here is a draft paragraph from my essay: [paste].
Act as a thoughtful peer reader. Tell me where the argument is unclear
and what evidence is missing. Do not rewrite my paragraph.
Check your reading Independent study
Here is a passage from [text/author] and my own explanation of it: [paste both].
Tell me what I may be misunderstanding and point to words or sentences
in the passage that I should examine more closely.
Do not replace my interpretation with yours.
Quantitative Work
Problem sets, stats homework, data interpretation
When permitted, AI may help with
Explaining the relevant concept after you have attempted a problem
Checking reasoning you have already written out, step by step
Checking your interpretation of statistical output against the numbers
Attempt the problem first and show AI your approach
Ask for hints and explanations, not full solutions
Verify every step yourself before moving on
Don't
Submit AI-generated work on graded problem sets
Paste a graded assignment into an AI tool unless course rules permit it
Trust AI arithmetic without checking
Prompts to try
Stuck on a problem Coursework: permission required
I attempted this problem and got as far as follows: [describe your approach].
Do not solve it. Identify the relevant concept, tell me whether
my approach is promising, and ask me one question that will help me
determine the next step.
Check my work Coursework: permission required
Here is my work on this problem: [paste your steps].
Check my reasoning step by step. If something is wrong,
tell me which step and why, but don't fix it for me.
Coding
Debugging strategies, explaining code, practice projects
When permitted, AI may help with
Explaining error messages and suggesting diagnostic strategies
Explaining unfamiliar code line by line
Building practice projects outside graded coursework
Use AI for personal projects and practice exercises; for coursework, only when the instructor explicitly permits it
Ask for explanations and diagnostic strategies before asking for replacement code
Test every script on known inputs first
Don't
Paste assignment code into an AI system unless the course explicitly permits it
Use AI-generated code in a submission unless the course permits both the use and the manner of disclosure
Skip reading the documentation AI references
Prompts to try
Debug an error Coursework: permission required
If my course policy permits this use: here is the smallest relevant
code excerpt and the error message: [paste].
Explain what category of error this is and suggest two diagnostic
tests I can perform. Do not provide replacement code.
Explain code Coursework: permission required
Explain this code line by line as if I'm a beginner: [paste code].
Then suggest one small modification I could try to test my understanding.
Lab & Data Reports
Checking your methods, results, and figure descriptions
When permitted, AI may help with
Reviewing your draft methods for missing reproducibility details
Checking your figure descriptions against the data actually shown
Write your methods and figure descriptions first, then ask AI to check them
Use AI to structure notes you already collected
Write discussion points from your own analysis
Don't
Generate fake data or results
Let AI write conclusions you haven't drawn yourself
Alter or selectively omit results; retain your raw data and follow the assignment's instructions about including data or appendices
Prompts to try
Check your methods Coursework: permission required
If my course permits this use: here is my draft methods section
and my protocol checklist: [paste].
Identify information required for reproducibility that I have omitted.
Do not rewrite the section.
Check a figure description Coursework: permission required
If my course permits this use: here is my figure and my description
of it: [paste or describe].
Check whether each claim is directly supported by the axes, data,
and uncertainty shown. Ask me questions wherever I move from
observation to interpretation. Do not rewrite my description.
Research Projects
Source discovery, reading papers, thesis prep
When permitted, AI may help with
Generating search queries to run in Penn Libraries and disciplinary databases
Previewing abstracts to decide what to read fully
Pressure-testing thesis ideas you developed from your reading
Pulling specific detail out of a paper you already have, such as which method the authors used or what they controlled for, when it is buried in an appendix or a footnote
Use AI for search strategies; do the actual searching in Penn Libraries and disciplinary databases
Verify every citation before including it
Read full papers for anything you cite in your work
Don't
Trust AI-generated bibliographies without checking
Cite a paper based only on an AI summary
Skip the actual reading because AI summarized it
Assume your advisor shares your view of what counts as acceptable AI use
Prompts to try
Search strategies Independent study
I'm researching [topic] for a paper in [discipline].
Suggest 5 search queries I might not have tried,
including synonyms and adjacent concepts.
Do not invent specific citations.
Abstract preview Coursework: permission required
Based only on this abstract: [paste].
State what the authors claim, what method they report,
and three questions I should investigate in the full paper.
Do not infer limitations or results that are not stated in the abstract.
Exam Prep
Practice questions, study planning
When permitted, AI may help with
Quizzing you on concepts you are studying
Extending instructor-provided practice questions with similar or varied examples
Creating a study plan that emphasizes active recall and practice
Try answering questions before asking AI for explanations or feedback
Ask AI to quiz you, vary the questions, and follow up on areas where you struggle
Use AI to simulate test-taking conditions, such as timed practice and question-by-question testing
Write your explanation from memory before asking AI to check it
Check AI-generated practice questions against your syllabus and past exams
Don't
Upload slides, lecture notes, readings, practice exams, or other course materials unless your instructor has explicitly approved doing so
Ask AI for answers to practice or past exams when your instructor prohibits that use
Replace retrieval practice and problem solving with reading AI-generated summaries
Ask AI to summarize material you have not read yet
Prompts to try
Practice exam Coursework: permission required
This prompt starts from uploaded course materials, which is exactly the use the intellectual property guidance warns about. Get your instructor's explicit approval first, and upload only to a Penn-licensed tool.
I've uploaded my instructor-provided practice questions, lecture slides,
and assigned readings. Create a new practice exam that matches the topics,
difficulty, and style of the provided questions without simply reproducing
them. Give me one question at a time and wait for my answer before
continuing. After I finish, give me feedback on the areas I should review.
Quiz me Independent study
Quiz me on [topic] from [course]. Ask one question at a time and wait
for my answer before telling me whether it was right.
Start with recall, then move to application.
Do not give me the answer before I have attempted it.
Check my explanation Independent study
I'm studying [topic]. Here is my explanation of it, written from memory
without notes: [paste].
Tell me what is wrong, what is imprecise, and what I left out.
Do not write a corrected version; point me back to what I should review.
Prompt library
Copyable prompts for coursework. Filter by discipline or intent. Check the label on each prompt: many require your instructor's permission before use on coursework.
AI-use disclosure template
When your instructor permits AI and asks you to disclose it, a note like this covers what most policies want to see.
AI-use note: I used [tool] to [brainstorm/check/debug/explain].
I provided [type of material]. I verified the output by [method].
The final prose, code, analysis, and conclusions are my own
except where specifically noted.
Use this only if it matches your instructor's disclosure requirements. If your course requires formal citation instead, APA, Chicago, and MLA each publish citation formats for AI tools.
Discipline
Intent
humanitiesfeedbackCoursework: permission required
Here is my tentative thesis for a [length] essay in [course],
and the evidence I plan to use: [paste].
Identify one unsupported leap, one plausible counterargument,
and one question I need to answer before I write.
Do not rewrite the thesis or propose a replacement.
Why this works: You propose, AI challenges, you decide; the argument stays yours.
humanitiesfeedbackCoursework: permission required
Here is a draft paragraph from my essay: [paste].
Act as a thoughtful peer reader, not an editor.
Tell me where the argument is unclear, where evidence is missing,
and what one question a skeptical reader would ask.
Do not rewrite my paragraph.
Why this works: Gets critical feedback without handing over your voice.
humanitiesexplainIndependent study
I'm reading [text/author] for [course]. Here is a passage that
confuses me, and my own explanation of it: [paste both].
Tell me what I may be misunderstanding and point to words or
sentences in the passage I should examine more closely.
Do not replace my interpretation with yours.
Why this works: You interpret first; AI is a reading companion, not a substitute for reading.
stemexplainCoursework: permission required
I attempted this [math/stats/chem] problem and got as far as
follows: [describe your approach].
Do not solve it. Identify the relevant concept, tell me whether
my approach is promising, and ask me one question that will help
me determine the next step.
Why this works: You attempt first; AI coaches without taking over.
stemfeedbackCoursework: permission required
Here is my work on this problem: [paste your steps].
Check my reasoning step by step. If something is wrong,
tell me which step and why, but don't fix it for me.
Why this works: Catches errors without doing the work for you.
stemfeedbackCoursework: permission required
Here is output from an analysis I ran in [R/Python/Stata],
and my interpretation of it: [paste both].
Check whether each statement is supported by the output.
Flag omitted assumptions, uncertainty, or possible overinterpretation.
Do not write a replacement interpretation.
Why this works: You interpret first; AI audits. Interpretation is often the skill being graded.
stemdebugCoursework: permission required
If my course policy permits this use: here is the smallest relevant
code excerpt and the error message: [paste].
Explain what category of error this is and suggest two diagnostic
tests I can perform. Do not provide replacement code.
Why this works: Builds debugging skill: the diagnosis stays with you, and course rules come first.
stemexplainCoursework: permission required
Explain this code line by line as if I'm a beginner in [language]: [paste code].
For each section, tell me what it does and why it's written that way.
Then suggest one small modification I could try to test my understanding.
Why this works: Builds understanding of code you need to explain or extend.
stemfeedbackCoursework: permission required
If my course permits this use: here is my draft methods section
and my protocol checklist: [paste].
Identify information required for reproducibility that I have omitted.
Do not rewrite the section.
Why this works: You draft first; AI checks for gaps, the writing stays yours.
stemfeedbackCoursework: permission required
If my course permits this use: here is my figure and my description
of it: [paste or describe].
Check whether each claim is directly supported by the axes, data,
and uncertainty shown. Ask me questions wherever I move from
observation to interpretation. Do not rewrite my description.
Why this works: Keeps the line between observation and interpretation yours; AI only audits it.
social sciencesbrainstormIndependent study
I'm researching [topic] for a paper in [course/discipline].
Suggest 5 search queries I might not have tried yet,
including synonyms and adjacent concepts, that I can run
in Penn Libraries and disciplinary databases.
Do not invent specific citations, just search strategies.
Why this works: Expands your search without hallucinated references; the searching happens in real databases.
social sciencesexplainCoursework: permission required
Based only on this abstract from a paper I'm reading: [paste].
State what the authors claim, what method they report,
and three questions I should investigate in the full paper.
Do not infer limitations or results that are not stated in the abstract.
Why this works: Sets up active reading without inventing findings; you still read the full paper.
social sciencesfeedbackCoursework: permission required
Here are three observations from my reading and two possible
thesis ideas I developed: [paste].
Compare their strengths, identify the evidence each would require,
and give the strongest counterargument to each.
Do not generate a new thesis.
Why this works: The ideas are yours; AI helps you compare and pressure-test them.
anyexplainIndependent study
Explain [concept from your course] using 2 different analogies.
Then tell me where each analogy breaks down.
Finally, ask me to explain it back in my own words.
Why this works: Tests whether you actually understand, not just whether AI does.
anyoutlineIndependent study
I have an exam on [topic] in [timeframe].
Here are the topics on the syllabus: [paste].
Create a study plan that prioritizes weak areas.
Include active recall strategies, not just 'read chapter X.'
Why this works: AI as a study coach, not a shortcut to avoid studying.
humanitiesbrainstormIndependent study
I need to write a reflection for [course] on [experience/topic].
Here are 3 things that stood out to me: [paste].
Help me identify a theme connecting them and 2 questions
I could explore in 300 words. Don't write the reflection.
Why this works: Helps you find your angle before you write.
social sciencesfeedbackIndependent study
My argument in this paper is: [state your thesis].
Steelman the strongest counterargument; make it as compelling as possible.
Then tell me what evidence I would need to address it.
Why this works: Strengthens your argument by confronting real objections.
anyoutlineIndependent study
I need a 10-minute presentation on [topic] for [course].
Here are my key points: [paste].
Suggest a slide-by-slide outline with a hook for the opening
and one memorable takeaway for the closing.
Don't write speaker notes, just the structure.
Why this works: Plans your talk so you still deliver it in your own words.
Student stories
Fictional composite scenarios. Swipe or use arrows to browse.
Maya · Junior · English
Writing a thesis chapter on Victorian poetry
What they tried
After checking that her course policy allowed AI as a study aid, she asked Claude to build a comparison table of claims she had already identified in three critical essays she'd read.
What worked
The table helped her see connections between critics. She returned to the original essays, checked every entry, and wrote the literature review directly from her own notes and the sources.
What didn't
The AI table misattributed a quote to the wrong critic. She caught it because she verified every entry against the essays themselves.
James · Sophomore · Biology
Stuck on a genetics problem set
What they tried
Pasted the problem into ChatGPT and asked for the solution, without checking whether his course allowed it.
What worked
Only what came after: he reworked the problem himself, and from then on asked AI to check reasoning he had already written out instead of asking for answers.
What didn't
Copying the solution. The AI skipped a step in the Punnett square reasoning his professor specifically tested, and he got a similar exam question wrong because he hadn't learned the concept.
Priya · Senior · Economics
Running regressions for her senior thesis
What they tried
With her advisor's approval, used Copilot in VS Code to debug R scripts, keeping her unpublished thesis data out of the tool. She wrote her own interpretation of each regression before asking AI to critique it.
What worked
Debugging saved hours. The AI critique flagged wording that overstated her results, and she disclosed the AI assistance in her thesis as her department required.
What didn't
AI once suggested removing a control variable that was actually important. She caught it by cross-checking with her advisor.
Alex · First-year · Undeclared
Exploring whether to take a CS course
What they tried
Asked ChatGPT to explain what you'd learn in an intro programming course and generate 3 tiny practice exercises.
What worked
The exercises gave a realistic taste of coding. He tried them, got stuck, tried again, and decided he enjoyed the puzzle-solving.
What didn't
The AI oversimplified how hard the course would be. He still struggled in week 3, but was prepared for that.
Jordan · Junior · Political Science
Preparing a 10-minute presentation on voting rights
What they tried
After confirming the course allowed AI for preparation, used it to outline slides and generate practice questions an audience might ask.
What worked
The outline gave a clear narrative arc. Practicing answers to AI-generated questions made the Q&A less stressful.
What didn't
The AI-suggested hook felt too generic. Jordan replaced it with a personal anecdote from their internship.
Sam · Sophomore · Mathematics
Working through a difficult proof-based homework set
What they tried
His course allowed AI for studying but not on submitted work, so he asked AI to explain concepts and analogous examples from lecture notes, never the assigned problems, then reconstructed each proof independently.
What worked
Step-by-step explanations helped when the textbook was too dense. Reconstructing afterward cemented the logic.
What didn't
When he asked AI to prove a theorem from a practice set, the proof had a subtle error in step 4 that he wouldn't have caught without class.
Nina · First-year · Chemistry
Weekly problem sets in general chemistry
What they tried
Considered using AI when stuck, but the syllabus said the problem sets were designed to build the exact skills tested on exams, so she decided not to use AI on them at all.
What worked
Working through the problems herself was slow at first, but by midterm she could handle new problem types without help, which was the point. She saved AI for quizzing herself on definitions, where the policy allowed it.
What didn't
Early on she peeked at an AI walkthrough for one problem and realized she had absorbed the answer without the reasoning; that's what convinced her to stop.