Artificial intelligence is often discussed in education as a threat.
Teachers worry that students will use AI to cheat. Parents worry that children will stop learning how to think. Schools are trying to determine how to detect AI-generated work and whether assignments can still be trusted. Those are legitimate concerns. But they may also cause us to miss the bigger opportunity.
AI gives us a chance to rethink what we are asking students to learn in the first place.
For generations, much of K–12 education has been built around a relatively simple model: teach students information, give them assignments that require them to use that information, and evaluate the work they produce. That model made sense when producing the work itself required a significant amount of effort.
AI changes that equation. A student can now generate an essay, summarize a book, solve a math problem, write computer code, create a presentation, or research a topic in seconds. Rather than viewing that development solely as a problem, educators should ask what it makes possible.
If AI can handle some of the mechanical work, can we spend more of a student’s time on thinking, creativity, problem-solving, experimentation, communication, and judgment?
I believe the answer is yes.
A Note About How This Article Was Written
There is a little irony in writing an article about how AI can change education with the help of AI.
The ideas in this article are mine. I started by putting together my own thoughts, observations, and presentations about the impact of AI on education and where I believe the opportunities really are. I didn’t begin with a prompt asking AI to tell me what to think. I gave it something to work with: what I think.
From there, I asked ChatGPT to help me organize those ideas, identify the themes, and structure them into an article that would be useful and accessible to the audience I am trying to reach. In other words, AI didn’t write my argument for me.
It helped me communicate my argument.
And perhaps that is exactly the point!
The most interesting question about AI in education isn’t whether students will use it to produce their work. They will. The more important question is whether we can teach them to use it as a tool for thinking, creating, questioning, and communicating—without allowing it to do the thinking for them. So consider this article a small demonstration of the idea behind it.
Human provides the ideas. AI helps shape them. Human decides what to say.
The Question Isn’t How to Stop AI
The instinctive response to new technology is often to try to prevent students from using it. But AI isn’t going away!
Today’s students will enter colleges, businesses, professions, and communities where artificial intelligence is increasingly embedded in everyday work. Teaching them simply to avoid AI would be like preparing students for the modern workplace by teaching them not to use computers.
The more important question is:
How do we teach students to use AI without allowing AI to replace learning?
That requires changing some of the assignments we give them.
From Producing Answers to Demonstrating Understanding
Traditional assignments often place tremendous emphasis on the final product. A student writes an essay, turns it in, and receives a grade. A student completes a worksheet, submits it, and receives a grade. A student writes a report, and the teacher evaluates the finished report.
AI changes the value of that approach. If an AI system can produce a competent essay in seconds, the essay itself becomes less useful as evidence that the student understands the subject.
That doesn’t mean essays, writing, or homework are no longer valuable. It means educators need to place greater emphasis on how the student arrived at the answer and whether the student actually understands it.
Instead of simply grading the final essay, a teacher might evaluate the student’s research, thesis development, sources, revisions, and ability to explain the argument. The final product remains important. But it becomes one piece of evidence rather than the entire assessment.
The Process Becomes More Important
One of the most significant changes AI can bring to education is a greater emphasis on process. Consider a research assignment. Rather than simply asking a student to write a paper about a historical event, the assignment could involve:
- Developing a research question
- Finding and evaluating sources
- Creating an initial thesis
- Building an argument
- Writing a draft
- Receiving feedback
- Revising the work
- Explaining why particular evidence was selected
AI can participate in some of those steps.
That’s okay.
The important question is whether the student remains responsible for the thinking. This approach also mirrors the real world. Professionals rarely produce their best work in a single sitting. They research, evaluate, draft, receive feedback, revise, and defend their decisions. Schools should increasingly teach that process.
AI Can Become a Teacher’s Tool, Too
The opportunity isn’t limited to students. AI can potentially give teachers tools that were previously difficult or impossible to provide at scale. It can help generate differentiated practice, explain concepts in different ways, provide examples, help teachers identify areas where students are struggling, and assist with the development of instructional materials.
That doesn’t mean AI should replace teachers. Quite the opposite.
The more routine work technology can handle, the more teachers can focus on the things that make teaching uniquely valuable: understanding individual students, encouraging them, challenging them, recognizing when they are struggling, and helping them develop confidence and curiosity.
AI can assist with instruction.
It cannot replace the human relationship at the center of education.
Students Need to Learn How to Question AI
Perhaps one of the most important skills schools can teach is that AI is not an authority. AI can produce an answer that sounds extremely confident and is completely wrong. That creates an opportunity for educators. Instead of always asking students to generate the answer, teachers can sometimes give them an AI-generated answer and ask them to evaluate it.
Is it accurate?
What evidence supports it?
What is missing?
Did the AI misunderstand the question?
Did it invent a source?
Can you verify its claims?
That may actually teach critical thinking more effectively than simply asking students to memorize the correct answer. Students need to understand that using AI does not eliminate the responsibility to think.
AI Should Sometimes Be Turned Off
At the same time, giving students access to AI for everything would be a mistake. There are fundamental skills that students need to develop independently.
Young students need to learn how to read, write, spell, calculate, communicate, and solve problems without having a machine do the work for them. Older students still need to develop the ability to construct an argument, analyze information, perform calculations, and think critically without assistance.
AI should not become a substitute for learning the fundamentals. This suggests that schools may need two different kinds of assignments.
AI-off assignments can measure whether a student has independently mastered a fundamental skill.
AI-on assignments can measure whether a student knows how to use AI effectively, critically, and responsibly.
Both are valuable.
The Oral Defense May Become More Important
There is another relatively simple tool educators can use: conversation. After a major assignment, a teacher might spend a few minutes asking a student:
Why did you choose this argument?
What was your strongest source?
What did you change during revision?
What part of the assignment did you find most difficult?
If you could do it again, what would you change?
A student who genuinely understands the work should be able to discuss it. This doesn’t mean every assignment needs to become an oral examination. But periodically asking students to explain and defend their work can provide teachers with something a finished paper cannot: evidence of actual understanding.
The Best Assignments May Become More Interesting
There is perhaps an even bigger opportunity here. AI doesn’t necessarily mean that education has to become more restrictive. It could allow teachers to assign more ambitious and interesting work.
Instead of spending hours on repetitive exercises, students could spend more time investigating real problems, conducting experiments, analyzing competing ideas, creating projects, interviewing people, making observations, and solving problems that don’t have a simple answer.
AI can handle some of the mechanical work. Students can spend more time on the intellectual work. That’s a potentially very good thing.
The Goal Isn’t to Make School AI-Proof
Trying to create an entirely AI-proof educational system may ultimately be the wrong goal. Students are going to have access to AI.
The better goal is to make assignments valuable even when AI is available.
If a student can outsource the entire assignment to AI and still receive an excellent grade without understanding the subject, the assignment probably needs to be redesigned. But if the student has to make decisions, evaluate evidence, demonstrate understanding, revise their work, and explain their reasoning, AI becomes much less of a threat to the learning process. In fact, it becomes part of it.
The arrival of AI gives education an opportunity to move beyond a model that often rewards the production of answers and toward one that rewards understanding, curiosity, creativity, judgment, and the ability to think.
That is not something we should be afraid of. It may be one of the best opportunities education has had in generations.
About the Author
Andy LoCascio is a technology entrepreneur, strategist, and innovator focused on the intersection of artificial intelligence, cybersecurity, education, and digital transformation. He is the architect of the Eternos AI and Omega Logic AI applications, and has spent decades working with emerging technologies and helping organizations understand how technology can be applied to solve real-world problems.
Andy brings a practical perspective to AI—one that looks beyond the technology itself to consider how it will change the way people work, learn, communicate, and make decisions.
His work explores both the opportunities and challenges created by rapidly evolving technologies, with a particular interest in how AI can be used to enhance human capabilities rather than replace them.
Through his writing, presentations, and technology ventures, Andy shares his perspective on where AI is heading—and what individuals, businesses, and educators should be doing now to prepare for it.
Frequently Asked Questions
AI is transforming traditional education by automating tasks like essay writing, problem-solving, and research, which were previously time-consuming. This shift allows educators to focus more on developing students' critical thinking, creativity, problem-solving, and communication skills rather than just the final product.
With AI capable of quickly producing final assignments, the value of the end product as proof of understanding diminishes. Educators should emphasize the student's process—such as research, thesis development, revisions, and explanations—to ensure genuine comprehension and critical engagement with the material.
AI can assist teachers by generating differentiated practice materials, explaining concepts in various ways, identifying student struggles, and helping develop instructional content. This support allows teachers to concentrate on personalized student engagement, encouragement, and fostering curiosity, rather than routine tasks.
Since AI can produce confident but incorrect answers, teaching students to critically evaluate AI outputs is crucial. Students should learn to verify accuracy, check sources, identify missing information, and understand AI's limitations, fostering critical thinking and responsible AI use.
Certain fundamental skills like reading, writing, spelling, calculating, and critical thinking need to be developed independently without AI assistance. AI-off assignments ensure students have mastered these basics on their own, maintaining essential learning foundations.
AI-on assignments allow students to use AI tools responsibly and effectively, demonstrating their ability to integrate AI into learning. These assignments teach students how to leverage AI for thinking, creating, and problem-solving while maintaining critical oversight.
Oral defenses provide teachers with an opportunity to engage students in explaining their reasoning, sources, revisions, and challenges faced during assignments. This interaction helps verify understanding and ensures students can articulate their learning beyond AI-generated work.
AI is becoming an integral part of modern workplaces and daily life. Teaching students to avoid AI is impractical; instead, education should focus on teaching them how to use AI as a tool without letting it replace their own learning and thinking.
