Artificial intelligence (AI) proposals to counter AI cheating by students in non-invigilated assessment

Since ChatGPT3′s chatbot interface appeared in November 2022, AI cheating has re-incarnated a challenge for academia. It is accentuated in non-invigilated contexts during term as projects, essays and other documents are submitted (possibly) prior to proctored examinations. Cheating can be interpreted strategically as the institutional level, whereas its tactical expression examined in this article applies at the student-instructor interface. Here, we turn AI upon itself to see if it can address the dilemma it has created. A literature review regarding AI-facilitated cheating precedes a record of public and initial academic reactions. Having calibrated the problem, a method for addressing it is advanced. It enlists a set of AI large language models (LLMs) and search engines to rank six techniques by effectiveness in countering AI cheating. Analysis includes: descriptive assessment of model outputs; frequency counting, ranking and determination of unique and common techniques; and qualitative comparison of the suggestions tendered. The discussion relates the characteristics of the composite approaches to traditional assessment and evaluation. Ideas for ongoing research, and key recommendations form the conclusions.

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Publication Details

Journal
Assessment & Evaluation in Higher Education
Published
2026-10-29
DOI
https://doi.org/10.1080/02602938.2026.2751526
Primary Topic
Academic integrity and plagiarism
Type
article
Field-Weighted Citation Impact
0.00

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article

Artificial intelligence (AI) proposals to counter AI cheating by students in non-invigilated assessment

Scott N. Lieske, David Wadley
1 links
Assessment & Evaluation in Higher Education
Academic integrity and plagiarism
article

Artificial intelligence (AI) proposals to counter AI cheating by students in non-invigilated assessment

Scott N. Lieske, David Wadley
article en

Abstract

Since ChatGPT3′s chatbot interface appeared in November 2022, AI cheating has re-incarnated a challenge for academia. It is accentuated in non-invigilated contexts during term as projects, essays and other documents are submitted (possibly) prior to proctored examinations. Cheating can be interpreted strategically as the institutional level, whereas its tactical expression examined in this article applies at the student-instructor interface. Here, we turn AI upon itself to see if it can address the dilemma it has created. A literature review regarding AI-facilitated cheating precedes a record of public and initial academic reactions. Having calibrated the problem, a method for addressing it is advanced. It enlists a set of AI large language models (LLMs) and search engines to rank six techniques by effectiveness in countering AI cheating. Analysis includes: descriptive assessment of model outputs; frequency counting, ranking and determination of unique and common techniques; and qualitative comparison of the suggestions tendered. The discussion relates the characteristics of the composite approaches to traditional assessment and evaluation. Ideas for ongoing research, and key recommendations form the conclusions.

Assessment & Evaluation in Higher Education
The University of Queensland (AU)
University of Queensland
Quality education
Openalex Percentile: Top 8%
Academic integrity and plagiarism
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Artificial intelligence (AI) proposals to counter AI cheating by students in non-invigilated assessment — Scott N. Lieske, David Wadley · Assessment & Evaluation in Higher Education (2026) | TGRS Research Map | TGRS