The WHY Behind the Education System
We all know what education was supposed to be about, right?
The beginnings of formal education can be traced back to ancient civilizations; let’s think Socrates for a moment. Socrates was a key proponent of the idea that education should not be about transferring information from teacher to student, but about developing the individual’s ability to think critically and question the world around them. His famous Socratic method—a form of cooperative argumentative dialogue—was designed to stimulate critical thinking and illuminate ideas through questioning. This approach is arguably one of the earliest forms of education focused on cultivating human intelligence rather than merely imparting knowledge.
In the classical world, particularly in Greece and later Rome, education centered on creating well-rounded individuals capable of thinking independently and contributing to civic life. Plato, a student of Socrates, established the Academy in Athens, one of the first institutions of higher learning, where the goal was to teach students to engage in deep philosophical thought. Education wasn’t about efficiency; it was about fostering the intellect and wisdom necessary to navigate the complexities of life.
Ironically, while these early pioneers focused heavily on the development of critical thinking and self-exploration, modern education systems have gradually drifted toward standardized methods and streamlined processes. Instead of focusing on fostering human intelligence, much of today’s educational structure prioritizes efficiency and conformity.
Now, with the rise of generative AI, we’ve arrived at a fascinating crossroads. AI has the potential to do what many standardized systems have done for years: encourage passive, even ineffective learning and reduce the need for genuine intellectual effort. Of course, AI can be an extraordinary tool for personalized learning and stretching the curriculum, but relying too much on it may actually diminish the very thing education should be cultivating: the unique, creative power of the human mind.
The HOW of Life-long Learning
Let’s talk about what really builds intelligence.
The irony is that the components of what makes human intelligence thrive have been clear for centuries. Yet, these key elements are increasingly overlooked as we move toward a more streamlined system. It begins with something students may not be eager to face, but is essential for growth: tackling challenging problems head-on.
Productive struggle — letting students wrestle with challenging tasks — builds resilience and problem-solving skills. The teacher, or indeed AI, can step in and give students an easy answer, of course. But then where’s the growth? True intellectual development is born from struggling through complexity and thinking critically, not from being spoon-fed solutions. “Never answer a question a student hasn’t asked”, I have been known to say to the teacher whose class consists 100% of direct instruction. When today’s teachers incorporate AI into their practice, they must be cognizant that AI should enhance — rather than replace — the struggle, by expanding the scope of learning.
And then there’s the art of reflecting on the learning process. When students are encouraged to reflect on their own thinking, they gain metacognitive awareness — the ability to analyze their own learning strategies. But again, reflection takes time, effort, and a certain amount of discomfort. There isn’t always space for this in the curriculum, but just how important is metacognitive awareness? Isn’t this the crux of individual personal growth? And what role does AI play in the development of metacognitive awareness? Effective metacognitive development requires a balance of AI tools with human support to help students internalize self-regulated learning strategies.
Education was built on the foundation of collaborating with peers, learning from diverse perspectives, and building ideas through discussion. Somehow, we’ve managed to shift away from this, encouraging more independent tasks that are simpler to grade instead, but human intelligence doesn’t thrive in isolation. It grows through interaction and social learning. If students aren’t collaborating, they’re missing a fundamental aspect of learning — engaging with ideas that challenge their own. But it’s less efficient for the busy teacher with a curriculum to deliver.
And what about inquiry-based learning — the foundation of curiosity-driven exploration? It’s what drives students to ask questions, investigate new concepts, and follow their interests. Of course, AI, or a busy teacher, can provide all the answers in an instant. But the ability to explore, hypothesize, and find answers on your own? That’s where genuine learning happens. Of course, inquiry takes time, patience, and a degree of intellectual discomfort. So the real question is: how can we reimagine classroom dynamics and integrate tools like AI to free up the time and space teachers need for this essential, curiosity-driven exploration?
Authentic application — — using knowledge in real-world contexts — has become a luxury, an afterthought, and the first element to be sacrificed in the learning process. Learning was supposed to be about more than passing exams; it was about transferring knowledge and skills into new, unfamiliar situations. AI can help exponentially with the acquisition of knowledge. It’s all there right at our fingertips. It can spit out information in seconds, craft your essay, generate data-driven insights, solve complex equations, and personalize learning experiences to fit individual needs, but it’s in applying that information to solve real-world problems that human intelligence truly shines. If we keep letting AI, or indeed the teacher, handle the thinking for us, we run the risk of missing out on the satisfaction (and, yes, frustration) of solving real problems ourselves.
And finally, there’s continuous enrichment, the idea that learning doesn’t stop once the core curriculum is mastered. Students should be encouraged to pursue their interests, explore advanced topics, and develop a lifelong love of learning. AI can provide content, yes, and it can help us to think in ways we hadn’t originally imagined, but to foster passion and creativity, our education systems must create space for human curiosity, exploration, and a drive to discover more than what’s required.
AI’s Place in the Learning Process
AI has its place — it’s not the enemy. But the moment we start treating it as a replacement for human intelligence rather than a tool to enhance it, we run into trouble. Education was never meant to be about automating intelligence. It’s about nurturing human intelligence, even when that means leaning into the discomfort of solving problems ourselves — acknowledging that while AI can often generate better answers, it’s the process of thinking through challenges that sharpens our minds and deepens our understanding.
While we should embrace the advantages AI offers, we mustn’t forget what education is really supposed to be about: building human intelligence in all its messy, complex, and wonderfully creative forms. Oh, and let’s not forget, our human intelligence feeds the AI algorithms!
Post written by Anna Shildrick