Academic dishonesty isn’t new, but the widespread availability of AI tools and the evolving understanding of their teaching and learning implications pose new challenges for creating classrooms and assessments that promote academic integrity. Thoughtful assessment design and clear communication of expectations are important to promoting honest, learning-focused work. The Pangram AI detection tool may be useful as one source of supporting information in evaluating AI use and for discussing concerns with students, but only as part of a transparent, human-led process. The Office of College Community Standards (undergraduates) or the appropriate Dean of Students office (graduate and professional students) are important partners for all forms of academic dishonesty, including evaluating and addressing inappropriate AI use.
Assessment Design
Thoughtful assessment design is always the first consideration in promoting academic integrity and the learning it enables. The aims here are to design assignments and exams that afford students the opportunity to develop and demonstrate their understanding, connect to their intrinsic motivation to learn, provide a valid assessment of their learning (Dawson et al., 2024), and create the conditions in which students are likely to engage in honest work. Following are resources from the CCTL and others on issues related to AI-aware assessment design.
- In Reflections on Teaching Without AI, a panel from Spring 2026, instructors discuss oral exams, low-stakes quizzing, and extended in-class writing assignments.
- Benjamin Morgan (English) discusses an “opt-in/opt-out” approach to AI use.
- Lisa Rosen (Committee on Education) and Darya Tsymbalyuk (Slavic Studies) discuss creative alternatives to take-home essays.
- Ahmed Abozaid (Committee on International Relations) discusses group presentations.
- Sarah Johnson (Law, Letters, and Society) and Mehrnoush Soroush (Middle Eastern Studies), discuss scaffolding writing assignments and other projects.
This CCTL resource provides a summary of current thinking and strategies on designing assignments for the AI landscape.
Moving some student work into the classroom is one way to promote academic integrity. Consult this resource for considerations for integrating more in-class writing into a course.
Communication of Expectations
Developing and including a clear AI policy on the syllabus helps students understand what is and is not acceptable AI use in a course or for a given assignment. Moreover, talking with students about how the use of AI tools do or do not support the learning goals of a course helps to harness their intrinsic motivation in support of their learning efforts. Our aim is to communicate clear expectations to students, without conveying the message that we expect that they will cheat, which can undermine trust. Further guidance and template language for AI policies are available on the CCTL website.
- Communicate clearly and specifically when AI tools are and are not allowed, and what uses constitute a violation of academic integrity. The AI Assessment Scale may help to spur thinking.
- Focus on specific potential uses (brainstorming, outlining, drafting, etc.) relevant to your assignments, rather than tools (Claude, Grammarly, etc.).
- When AI use is permitted, communicate when and how it should be disclosed and correctly attributed.
- Provide reasoning that explains how the policy supports the learning process, which helps students understand the pedagogical rationale for the policy.
- Clearly state if you plan to use the Pangram AI detection tool provided by the University.
- Reference the University’s academic integrity policy and, where relevant, that of your school, division, department, or program.
- Indicate the potential consequences of violating the policy (e.g. failing the assignment, reporting to the Dean of Students, etc.).
- Consider how word choice and tone will communicate and foster trust in your students.
- In addition to including it in the syllabus, discuss your policy and expectations on the first day of class and before key assignments.
Pangram AI Detection
The Pangram AI detection tool is available to those who teach at the University, including the College. Particular schools, divisions, and programs may have specific policies or guidance on whether or how to use Pangram. Pangram may assist in identifying AI-generated text and perhaps serve as a deterrent against inappropriate AI use for text-based assignments. AI detectors, including Pangram, are not perfect, though research from Booth faculty Brian Jabarian and Alex Imas indicates that Pangram is the best tool available (Jabarian & Imas, 2025). Note also that the efficacy of all detectors may change as AI tools advance, along with “humanizer” tools and other workarounds.
At UChicago, Mina Lee and members of her research group (Grace Li, Pooja Vegesna, and Han Zhang) are investigating how instructors evaluate writing in the AI landscape, including the use of Pangram and related tools. In their interviews, they find that instructors do not rely on AI detection tools in isolation, but instead use them as one additional signal within a broader, multi-step evaluation process that also draws on the student’s current and prior submissions, classroom context, the student’s writing process when available, and other available tools or evidence (Li et al.).
Not all instructors will choose to use Pangram (for reasons discussed below). Following are considerations for those interested in using AI detection.
- Comparison with previous student work.
- Comparison with student’s interactions in class discussions or office hours.
- The work discusses ideas or sources not mentioned in class.
- The work includes hallucinated references.
- The student’s ability to orally explain ideas and their work process in a satisfactory manner.
- Information from process tracking or similar practices, such as version history or apps like Process Feedback.
Research conducted at the University indicates that other AI detectors are not as effective or reliable (Jabarian & Imas, 2025). Pangram is FERPA-protected and they do not use submitted materials to train their model. Visit the Pangram website to learn about data privacy, how the model is trained, and how to delete scans.
Some instructors may choose not to use AI detection tools out of a concern that they create an atmosphere of surveillance and signal distrust of students, pointing to doubts about the efficacy of detectors, the risk of false positives (i.e., that the detector may incorrectly indicate that text is AI-generated when it is not), and the potential for bias against non-native English writers. These are real concerns, and instructors who elect to use Pangram should address them with students. Assure students that a Pangram score alone will not be used to determine inappropriate AI use, that you will have a conversation with a student to learn more about their learning and work process and will gather more information before drawing any conclusion. Convey that those conversations will be focused on the student’s learning and development.
State clearly in the syllabus and during class that you will use Pangram to scan their work. This may help avoid a student feeling “tricked” if you refer to a Pangram score in an academic integrity conversation. Transparency also may help the tool have a deterrent effect.
You may not run every assignment through Pangram, but when you do, you will want to weigh whether to run every student’s submission (universal) or only those you suspect of inappropriate AI use (select). On one hand, select use may preserve a more “human” approach and decrease a sense of surveillance. On the other hand, universal use guards against bias or idiosyncratic judgment on the part of the instructor. Note that when you use Pangram through Canvas, all submissions will be scanned by Pangram.
Li et al.’s interviews with UChicago instructors found that Pangram and related tools were most useful when they helped instructors understand how a submission may have been produced, identify concrete points for conversation, or reduce manual checking work. They were least useful when they appeared to make a judgment that instructors saw as pedagogical, contextual, or relational.
A Pangram result, in isolation, is not enough to conclude a student made inappropriate use of AI. Rather, it is one piece of supporting information in identifying possible inappropriate AI use. Other considerations that may inform a determination of whether student work makes inappropriate use of AI include the following. See Li et al. for a deeper discussion.
Evaluating and Addressing Inappropriate AI Use
Li et al. identify four steps that instructors typically take when evaluating whether a student made inappropriate use of AI, which may aid in planning how to respond to concerns:
- Notice what raised the question. What aspects of the submission raise concerns?
- Gather observations. What additional sources of information can we draw on?
- Reflect before choosing a response. Does the work show the student is learning? How confident are we in our judgment about AI use? What intervention would best support the student’s future learning?
- Respond. In light of the above and the particular course’s context, policy, and learning goals, what action will we take?
When we believe a student has used AI inappropriately or engaged in other forms of academic dishonesty, we should aim to address it in ways that support student learning and maintain trust and fairness.
- Approaches to the research, drafting, revision, and editing processes.
- Perceptions of the assignment’s value and difficulty level.
- Perceptions of where their work is strongest and weakest.
- Strategies for finding, reading, and evaluating sources.
- Specific passages, claims, or concepts for the student to explain or elaborate upon.
- OCCS contacts the student.
- The student has an opportunity to respond.
- OCCS resolves the case, which may include:
- Educational intervention
- Referral to additional resources, such as librarians or academic coaching
- Informal resolution with no disciplinary sanction
- Formal administrative resolution with a disciplinary warning or disciplinary probation
- Referral to the College Area Disciplinary Committee (CADC) for further investigation and resolution, which may result in no finding of responsibility, disciplinary warning, disciplinary probation, disciplinary suspension, disciplinary expulsion, and other discretionary sanctions
- OCCS follows up with the reporter when the case is resolved to let them know the outcome (not the sanction, if there is one).
Focus on dialogue and student learning and development. Think about this conversation as an opportunity to ask questions and learn about the student’s process, rather than an immediate accusation of academic misconduct. For example, you might ask about:
Hearing the answers to these questions, whether they are substantive and specific, and whether they align with the student’s work (previous and the work in question) may illuminate whether and how the student inappropriately used AI—and they are also useful questions for the student to reflect on their learning and study processes.
Be transparent, specific, and honest about why their work raised suspicion for you. Whether it’s because of hallucinated sources, formulaic or bland language or analysis, or significant style or tone differences from their previous work or work they produced in-class.
Consider the full context and possible mitigating circumstances. Students behave in academically dishonest ways for a variety of reasons (Rettinger & Bertram Gallant, 2025), which may shape what responses are most appropriate for the student’s learning and development.
Have a developmental conversation about why they took a shortcut and how they can better approach the work of the course. If they are struggling with the course content, believe their work is not strong, or are having issues with time management, consider connecting them to appropriate learning resources, such as the Academic Resource Center, College Peer Tutors, or Writing Tutors and Coaches. Offer to meet in office hours to discuss course content, the student’s work in progress, and other forms of support.
Consult with or report the incident to the Office of College Community Standards (undergraduate students) or the Dean of Students for the appropriate Division or School (graduate and professional students).
OCCS (collegestandards@uchicago.edu) is available to consult and advise on responding to academic integrity concerns at any point in the process. OCCS’s process is educational and aims to help the student learn from the incident, prevent repeat conduct, promote community wellbeing, and uphold the University mission.
Academic misconduct concerns involving College students can be reported using this form.
When OCCS receives a report:
References and Additional Resources
In addition to the sources cited below, this resource incorporates preliminary findings from research conducted by Grace Li, Pooja Vegesna, Han Zhang, and Mina Lee of the UChicago Department of Computer Science, cited above as Li et al., tentatively titled “Evaluating Student Writing in the AI Era: Instructor Practices, Judgments, and Tools.” We thank them for sharing their draft material and we will update this resource as their research continues.
Bertram Gallant, Tricia, and David A. Rettinger. The Opposite of Cheating: Teaching for Integrity in the Age of AI. University of Oklahoma Press, 2025.
Dawson, Phillip, Margaret Bearman, Mollie Dollinger, and David Boud. “Validity Matters More than Cheating.” Assessment & Evaluation in Higher Education 49, no. 7 (2024): 1005–16. https://doi.org/10.1080/02602938.2024.2386662.
“How Do I Address Suspected Student Misuse of GenAI Tools? : Center for Teaching & Learning : UMass Amherst.” Accessed August 3, 2026. https://www.umass.edu/ctl/how-do-i-address-suspected-student-misuse-genai-tools.
Jabarian, Brian, and Alex Imas. “Artificial Writing and Automated Detection.” SSRN Scholarly Paper No. 5407424. Social Science Research Network, August 26, 2025. https://doi.org/10.2139/ssrn.5407424.
Lang, James M. Cheating Lessons: Learning from Academic Dishonesty. Harvard University Press, 2013.
Li, Grace, Pooja Vegesna, Han Zhang, and Mina Lee. Evaluating Student Writing in the AI Era: Instructor Practices, Judgments, and Tools, n.d. Accessed August 20, 2026. https://minalee-research.github.io/writing-assessment/.
“Pros and Cons of AI Detection | University at Albany.” n.d. Accessed August 6, 2026. https://www.albany.edu/teaching-and-learning/teaching-resources/pros-and-cons-ai-detection.