How to Design Tests in the Age of AI

If Students Are Able to “Cheat” Using AI, How Should Exams and Assignments Adapt?

Artificial Intelligence (AI) has disrupted schools in manners no one had envisioned a decade ago. From ChatGPT, QuillBot, Grammarly, and math solution tools powered by AI, one can write essays, summarize chapter content, solve equations, and even simulate critical thinking — all in mere seconds. No wonder educators everywhere are on edge: if one can “cheat” using AI, does testing even exist anymore?

But the more profound question is not how to prevent students from using AI — it’s how to rethink learning and evaluation in a world where information is abundant, access is instantaneous, and automation is feasible. Rather than looking for AI-proof tests, educators can create AI-resistant, human-scale evaluations that demand reflection, imagination, and integrity.

Let’s consider what assignments and tests need to be such that education still matters even with AI at your fingertips.

 1. Reinventing What’s “Cheating”

Historically, cheating meant glancing over someone else’s work or getting unofficial help. But in 2025, AI technology has clouded the issue. When a student uses AI to get ideas, proofread for grammatical mistakes, or reword a piece of writing — is it cheating, or just taking advantage of smart technology?

The answer lies in intention and awareness:

• If AI is used to replace thinking, that’s cheating.
• If AI is used to enhance thinking, that’s learning.

 Example: A student who gets AI to produce his essay isn’t learning. But a student employing AI to outline arguments, structure, then composing his own is showing progress.

Teachers first need to begin by explaining — and not punishing — what looks like good use of AI.

2. Beyond Memory Tests

Rote memorization and fact-recall tests are old hat with AI. Anyone can have instant access to definitions, dates, or equations through AI. Tests must therefore change to test what machines cannot instantly fake: understanding, thinking, and imagination.

• Healthy changes are:Open-book, open-AI tests: Permit the use of AI but pose questions requiring analysis, criticism, or application.
• Higher-order thinking activities: Rather than “Describe photosynthesis,” consider “How could climate change influence the effectiveness of tropical ecosystems’ photosynthesis?”
• Context questions: Design anchor questions about current or regional news AI will not have been trained on.

The aim isn’t to trap students — it’s to let actual understanding come through.

 3. Building Tests That Respect Process Over Product

If we can automate the final product to perfection, then we should begin grading on the path that we take to get there.

Some robust transformations:

• Reveal your work: Have students submit outlines, drafts, and thinking notes with their completed project.
• Process portfolios: Have students document each step in their learning process — where and when they applied AI tools.
• Version tracking: Employ tools (e.g., version history in Google Docs) to observe how a student evolves over time.

By asking students to reflect on why they are using AI and what they are learning through it, cheating is self-reflection.

4. Using Real-World, Authentic Tests

Real life is not typically taken with closed-book tests. Real life does include us solving problems to ourselves, working with other people, and making choices — precisely the places where human beings and computers need to communicate.

So tests need to reflect real-world issues:

• Case studies and simulations: Students use knowledge to solve real-world-style problems (e.g., “Create an AI policy for your school”).
• Group assignments: Organize the project so that everyone contributes something unique, so work accomplished by AI is more difficult to imitate.
• Performance-based assignments: Presentations, prototypes, and debates show genuine understanding that can’t be done by AI.

 Example: Rather than “Analyze Shakespeare’s Hamlet,” ask a student of literature to pose the question, “How would an AI understand Hamlet’s indecisiveness — and what would it misunderstand?”

That’s not a test of literature — that is a test of human perception.

 5. Designing AI-Integrated Assignments

Rather than prohibit AI, let’s put it into the assignment. Not only does that recognize reality but also educates digital ethics and critical thinking.

Examples are:

• “Summarize this topic with AI, then check its facts and correct its errors.”
• “Write two essays using AI and decide which is better in terms of understanding — and why.”
• “Let AI provide ideas for your project, but make it very transparent what is AI-generated and what is yours.”

Projects enable students to learn AI literacy — how to review, revise, and refine machine content.

6. Building Trust Through Transparency

Distrust of AI cheating comes from loss of trust between students and teachers. The trust must be rebuilt through openness.

• AI disclosure statements: Have students compose an essay on whether and in what way they employed AI on assignments.
• Ethics discussions: Utilize class time to discuss integrity, responsibility, and fairness.
• Teacher modeling: Educators can just use AI themselves to model good, open use — demonstrating to students that it’s a tool, not an aid to cheating.

If students observe honesty being practiced, they will be likely to imitate it.

7. Rethinking Tests for the Networked World

Old-fashioned time tests — silent rooms, no computers, no conversation — are no longer the way human brains function anymore. Future testing is adaptive, interactive, and human-facilitated testing.

Potential models:

• Verbal or viva-style examinations: Assess genuine understanding by dialogue, not memorization.
• Capstone projects: Extended, interdisciplinary projects that assess depth, imagination, and persistent effort.
• AI-driven adaptive quizzes: Software that adjusts difficulty to performance, ensuring genuine understanding.

These models make cheating virtually impossible — not because they’re enforced rigidly, but because they demand real-time thinking.

 8. Maintaining the Human Heart of Education

• Regardless of where AI can go, the purpose of education stays human: to form character, judgment, empathy, and imagination.
• AI may perhaps emulate style but never originality. AI may perhaps replicate facts but never wisdom.

So the teacher’s job now needs to transition from tester to guide and architect — assisting students in applying AI properly and developing the distinctively human abilities machines can’t: curiosity, courage, and compassion.

As a teacher joked:

• “If a student can use AI to cheat, perhaps the problem is not the student — perhaps the problem is the assignment.”
• That realization encourages education to take further — to design activities that are worthy of achieving, not merely of getting done.

 Last Thought

• AI is not the end of testing; it’s a call to redesign it.
• Rather than anxiety that AI will render learning obsolete, we can leverage it to make learning more real than ever before.
• In the era of AI, the finest assignments and tests no longer have to wonder:

“What do you know?”

but rather:

• “What can you make, think, and do — AI can’t?”
• That’s the type of assessment that breeds not only better learners, but wise human beings.